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Finland's Integrated National Energy and Climate Plan Update

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Finland's Integrated National Energy and Climate Plan Update

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The responsibility for respecting the IMPR rights in this document lies with the original authors.

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The responsibility for respecting the IMPR rights in this document lies with the original authors.

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The responsibility for respecting the IMPR rights in this document lies with the original authors.

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Toolbox for finding individual energy saving potentials 

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Toolbox for finding individual energy saving potentials 

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The responsibility for respecting the IMPR rights in this document lies with the original authors.

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Directives and programmes of the European Union approaching Energy efficiency in common, and particularly energy efficiency in buildings.

The responsibility for respecting the IMPR rights in this document lies with the original authors.

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The responsibility for respecting the IMPR rights in this document lies with the original authors.

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Further material for the presentation of LCCI

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Further material for the presentation of LCCI

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A circular economy eliminates waste, circulates products and materials, and regenerates nature.

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Circular economy teaching materials for several educational levels

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Circular economy teaching materials for several educational levels

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Circular economy teaching materials for primary school, upper secondary school and vocational school - Sitra

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Are you looking for more effective tools for teaching about the circular economy in primary school, upper secondary school or vocational school? Here are some teaching materials that are appropriate for many different subjects.

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Energy practitioner - Image by Mohamed Hassan from Pixabay

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FlexiQuiz - Quiz 7: Soft skills - Image by Gerd Altmann from Pixabay

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Contains no voices. Depending to the capacity of your connection it may take time to view the video.

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Learn how to use Padlet and this site. Due to the limits of Office interface of certain browsers, animated parts has been left out. The whole presentation can be seen as video in next post on right.

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Link to the evaluation survey for participants

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Link to the evaluation survey for participants

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Formjack - Feedback and evaluation of the Training program for Energy Practitioners

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Formjack - Feedback and evaluation of theTraining program for Energy Practitioners - Survey for lecturers

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Goal is to gain common knowledge base about certain issue, and to strengthen it by experiences got from individual projects. These experiences will be reported to every participant.

Phases of the process are

Theory days - during with the common understanding of the topic will be built,

Project phase during which an individual project will be run at each participant's work place.

Concluding day during which experiences will be reported and learned issues summarized.

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FlexiQuiz - Quiz 4: Building insulation  - Image by Gerd Altmann from Pixabay

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Register for Quiz 4: Building insulation

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FlexiQuiz - Quiz 8: Kain-method - Image by Gerd Altmann from Pixabay

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FlexiQuiz - Quiz 6: Behavioural issues and social campaigns  - Image by Gerd Altmann from Pixabay

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FlexiQuiz - Quiz 6: Behavioural issues and social campaigns

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The time limit has expired and your responses have been submitted.

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FlexiQuiz -Quiz 3: Best Practices - Image by Gerd Altmann from Pixabay

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The time limit has expired and your responses have been submitted.

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FlexiQuiz - Quiz 2: The simple solutions -  - Image by Gerd Altmann from Pixabay

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FlexiQuiz - Quiz 2: The simple solutions

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Register for Quiz 2: The simple solutions

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FlexiQuiz - Quiz 5: Water and Electricity  - Image by Gerd Altmann from Pixabay

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FlexiQuiz - Quiz 5: Water and Electricity

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Register for Quiz 5: Water and Electricity

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Circular economy learning environment Kieppi

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Circular economy learning environment Kieppi

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The Kieppi learning environment offers circular economy training and development cooperation for local companies.

Kieppi is a permanent circular economy ecosystem and pilot environment. It is built specifically for the needs of technology SMEs and vocational education. In Kieppi, you can learn about new energy solutions and prepare for the challenges of the circular economy. The goal of the cooperation is to develop companies' circular economy expertise and business and product development processes related to circular economy.

The configuration of Kieppi is supplemented and changed parallelly with the development of energy solutions. Some of the energy-efficient and environmentally friendly energy solutions being tested at Kieppi are presented at the homesite.

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Kieppi on pysyvä kiertotalouden ekosysteemi ja pilottiympäristö. Se on rakennettu erityisesti tekniikan alan pk-yritysten ja ammatillisen koulutuksen tarpeisiin. Kiepissä voi tutustua uusiin…

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Examples of best practices within the context of energy efficiency

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Examples of best practices within the context of energy efficiency

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Energy efficiency of data centers

Energy saving technologies.

Policy-driven energy audits.

Energy efficient building envelopes.

Energy-efficient HVAC technologies for sustainable buildings.

Methods for evaluating the thermal performance of buildings through energy simulations

Best practices in cybersecurity for green building management systems

The impact of AI on boosting renewable energy utilization and visual power plant efficiency in contemporary construction

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Why it is difficult to implement best practices?

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Why it is difficult to implement best practices?

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Organizations are different and their problems vary a lot. Implementing Best Practice means every time also modifying and localizing the practice so that it fits to local circumstances.

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Best practices. Simple term, isn't it?

A set of guidelines that have been found working well in certain situation and giving successful outcomes.

The Best Practices can be organisational, commercial, governmental, legal, etc., tailored to certain purposes, businesses and markets.

It can also be said, that utilizing best practices is benchmarking, comparing our processes to those described by BPs. They offer new insights and are necessary for decision-making. Best practices support continued improvement and growth too.

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The Ultimate Guide to Sharing Best Practices (2024) | Thirst

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Wondering what sharing best practice is? and how it can level-up your learning culture? Find out in our guide.

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A European Collaborative Framework for Energy Professionals Development

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A European Collaborative Framework for Energy Professionals Development

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May require subscription. Contact your librarian.

The energy transition demands a skilled workforce to optimize efficiency via energy audits and innovate renewable technologies amid shifting global energy dynamics. The skills and competencies developed can contribute to the decarbonization process of organizations and academic institutions can bridge the gap between theory and practice through immersive learning approaches.

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Lifelong Learning to Path the Way towards Decarbonization: A European Collaborative Framework for Energy Professionals Development

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The energy transition demands a skilled workforce to optimize efficiency via energy audits and innovate renewable technologies amid shifting global energy dynamics. This paper details the structure, content, and implementation of educational and training initiatives, designed and implemented within a European funded project framework, highlighting their alignment with European standards and the goal of empowering energy professionals for the era of decarbonization. It also assesses how the skills and competencies enhanced in these actions can contribute to the decarbonization process of organizations respectively highlights the fact that academic institutions can bridge the gap between theory and practice through immersive learning approaches.

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Image by Gerd Altmann from Pixabay Pdf_id:S0306261921007194

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Presents an extensive picture of skills requirements in the energy sector and states that soft” skills are more frequently required than “hard” skills in the past decade. However, the increasing demand on “soft” skills does not contribute to energy firms. According to findings the two most valuable skills are products and marketing and general computer skills.

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Skills needed in renewable energy sector

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Skills needed in renewable energy sector

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Mastering soft skills in the energy industry

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Mastering soft skills in the energy industry

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Mastering Soft Skills for Success in the Energy Industry

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From effective communication and problem-solving to leadership and teamwork, mastering soft skills can set you apart from your peers and help you advance in your career

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The demand for skilled professionals is raising, but what skills are required?

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The demand for skilled professionals is raising, but what skills are required?

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Top 10 skills in energy talent management: what sets the best candidates apart - AGR

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As the energy sector rapidly evolves, and projects in oil and gas and wind power grow in complexity and an increasing focus on sustainability, the demand

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Skills for success in renewable energy careers: Both technical proficiency and soft skills are needed

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Skills for success in renewable energy careers: Both technical proficiency and soft skills are needed

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Achieving success in renewable energy careers requires a combination of technical expertise and essential soft skills. Here's a comprehensive guide to the skills needed for thriving in renewable energy sectors:

1. Technical Skills:

Solar Energy: Proficiency in designing, installing, and maintaining solar PV systems. Knowledge of solar panel technologies, inverters, and solar energy storage solutions.

Wind Energy: Understanding of wind turbine design, installation, and maintenance. Skills in wind resource assessment, turbine performance analysis, and wind farm operations.

Hydroelectric Power: Knowledge of hydroelectric plant operation, dam safety regulations, and water management practices. Skills in hydroelectric power generation, turbine efficiency, and environmental impact assessment.

Biomass Energy: Expertise in biomass feedstock analysis, bioenergy production processes, and biomass conversion technologies. Understanding of biomass supply chain management and sustainability practices.

Geothermal Energy: Proficiency in geothermal resource exploration, reservoir engineering, and geothermal power plant design. Skills in subsurface modeling, heat extraction technologies, and geothermal energy project development.

2. Soft Skills:

Communication: Clear and effective communication skills to explain complex renewable energy concepts, present project proposals, and collaborate with diverse stakeholders including engineers, policymakers, and clients.

Problem-Solving: Analytical and critical thinking skills to identify renewable energy challenges, evaluate alternative solutions, and implement innovative strategies for improving energy efficiency and sustainability.

Project Management: Ability to plan, organize, and execute renewable energy projects. Skills in budget management, resource allocation, scheduling, and risk assessment to ensure project success and client satisfaction.

Teamwork: Collaboration skills to work effectively in multidisciplinary teams. Experience in coordinating with engineers, environmental scientists, regulatory experts, and contractors to achieve project goals and milestones.

Adaptability: Flexibility to adapt to evolving renewable energy technologies, market trends, and regulatory frameworks. Ability to pivot strategies and initiatives in response to changing environmental conditions and stakeholder needs.

3. Regulatory Knowledge and Policy Awareness:

Renewable Energy Policies: Understanding of national and international renewable energy policies, incentives, and regulations. Ability to navigate regulatory compliance, permitting processes, and environmental impact assessments.

Energy Market Dynamics: Knowledge of renewable energy market trends, pricing mechanisms, and supply chain logistics. Awareness of renewable energy financing options, subsidies, and investment opportunities.

4. Environmental Stewardship and Sustainability:

Resource Efficiency: Commitment to promoting resource efficiency, reducing carbon footprint, and minimizing environmental impacts associated with renewable energy projects.

Lifecycle Assessment: Ability to conduct lifecycle assessments (LCAs) to evaluate environmental impacts of renewable energy systems from raw material extraction to end-of-life disposal or recycling.

5. Continuous Learning and Professional Development:

Industry Trends: Stay updated on emerging renewable energy technologies, innovations, and best practices through professional development opportunities, workshops, webinars, and industry conferences.

Certifications and Credentials: Pursue certifications such as Certified Energy Manager (CEM), LEED Green Associate, or Project Management Professional (PMP) with a focus on renewable energy applications. Certifications enhance credibility and career advancement opportunities in the renewable energy sector.

Conclusion

Combining technical proficiency with essential soft skills is essential for achieving success and making a meaningful impact in renewable energy careers. By developing expertise in solar, wind, hydroelectric, biomass, and geothermal energy technologies, while honing communication, problem-solving, project management, and regulatory knowledge, professionals can contribute to global efforts in sustainable energy transition.

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Skills for Success in Renewable Energy Careers: Technical Proficiency and Soft Skills | EuroClimateJobs

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Achieving success in renewable energy careers requires a combination of technical expertise and essential soft skills.

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Behavioural and social issues blueprints

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Behavioural and social issues blueprints

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Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Education and Culture Executive Agency (EACEA). Neither the European Union nor EACEA can be held responsible for them.

The responsibility for respecting the IMPR rights in this document lies with the original authors.

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The Energy Savings Performance Contracting (ESPC) Campaign engages public sector building owners across the municipal and state governments, universities and colleges, schools, and hospitals (MUSH) market and other market stakeholders to expand and enhance the use of ESPC to achieve significant energy, environmental, and cost savings benefits.

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The Energy Savings Performance Contracting (ESPC) Campaign engages public sector building owners to support and encourage the use of ESPC and expand the adoption of best practices to achieve $1 billion in measured and verified savings.

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Good slide set e.g., for introduction of discourse.

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Information campaigns for residential energy saving

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Information campaigns for residential energy saving

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A campaign with randomized information letters about energy efficient investments and behaviors among 120,000 customers of two utilities in Germany were evaluated. It was found that conservation effects differ considerably between both utilities, ranging from a precisely estimated zero effect to

1.4%. By contrast, it was not found significant framing effects from presenting savings in monetary or ecological terms.

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Easy Energy_Behavioral and Social Campaigns

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How awareness and behaviour campaigns can enable citizens to save energy during and beyond today’s energy crisis?

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A global focus on the demand side of the energy equation has never been more important. Supply uncertainty, high prices and urgent climate targets all point to the value of energy efficiency and energy savings. Governments are responding with various measures including targeted grants and demand-reduction campaigns. At the IEA's recent 7th Annual Global Conference on Energy Efficiency, energy ministers from around the world agreed that "energy efficiency and demand side action have a particularly important role to play now as global energy prices are high and volatile, hurting households, industries and entire economies" and called on "all governments, industry, enterprises and stakeholders to strengthen their action on energy efficiency."

Well-designed campaigns can motivate people to reduce their energy use. For example, in the United States, some estimates suggest that up to 20% of home energy demand could potentially be saved from behavioural changes in the residential sector. One estimate for India suggests the potential for energy savings through behavioural adjustments to be in the range of 3.4 to 10.2 TWh per year by 2030. The IEA's 2021 report The Potential of Behavioural Interventions for Optimising Energy Use at Home shows that campaigns can achieve a wide range of impacts in terms of amounts of energy saved. Even beyond today's energy crisis, IEA modelling highlights the importance of behavioural measures for achieving net zero targets.

Many lessons have been learned on how to design awareness and behaviour change campaigns to achieve maximum effect. It is clear that good design matters - simply transmitting information will not change behaviour and poorly designed campaigns often do not deliver their expected impact. The choice of message, the tone, how the campaign is designed and the transmission channels, can all fundamentally affect the resulting impact on behaviour. Four key concepts are crucial:

Getting the message right

Getting the message across

Combining information with behavioural insights

Campaigns for a crisis context

The correct messaging sets the foundation for an effective awareness campaign.

The first choice is narrative: what themes or stories will be used to communicate the issues and prompt the desired actions. Campaigns typically focus the narrative around three approaches:

1. Saving money: for example, the America Saves save energy save money campaign gives homeowners energy tips based on real cost-saving projections.

Getting the message right

2. The environmental approach: the Become Part of the solution campaign directly links climate change to the threatened extinction of polar bears and recommends energy efficiency action as a key part of the solution.

3. The social approach: messages relating to being a good citizen, appealing to social norms or the general good. These messages are particularly relevant during an energy crisis, as with the 1973 Danish energy crisis, more recent energy supply pressures in Japan and Korea, and the current energy crisis resulting from Russia's invasion of Ukraine.

Experience shows that a campaign is more likely to succeed when based on messages and narratives that are:

targeted: Different messages work with different audiences, so research is important to help define the campaign audience and refine the messages that will resonate. For example, the Government of India tapped into the potential for children to positively influence adults' behaviour in the 'Save energy, make country' campaign, the Egyptian Electricity Ministry chose the message 'You are the solution. Don't be too lazy to turn off an appliance' and repeatedly diffused it over multiple platforms, while 'Michigan Saves' chose a campaign based on crime drama genre, 'Avoid your energy drama'.

relatable: An effective campaign communicates with the target audience in terms that resonate with their lives - few people talk about 'energy efficiency' on a daily basis, but they do talk about saving energy, climate related events or how the recent energy crisis is costing them money. For example, the Dutch campaign, Zet ook de knop om (Flip the Switch) relates energy action to current events.

Focusing on themultiple benefitsof energy efficiency such as health and wellbeing, or comfort, can help people relate to the topic. By talking about addressing comfort levels, the Let's live warmer campaign in Lithuania increased the number of applications for home renovations by four-fold in two years from 2009 to 2011. The Wisconsin focus on energy project highlights the concept of a person's energy 'footprint' and shares local success stories to promote local relevant and repeatable projects.

actionable: those receiving the messages should be able to understand what they are being asked to do, and easily do it. For example, the German campaign Love 80 Million is a cross societal call to action, with clear information on the measures to be taken to save energy. Similarly, the recent Danish campaign, Én ting er sikkert. Og det er grønt (One thing is certain. And it is green) offers simple tips on saving electricity and heat during the summer months.

hitting the correct tone: Different tones connect with different categories of people, and can help to convey the message more clearly. Successful behavioural change messages entertain, engage and educate the target audience. Humour, for example Smart Meters: Einstein's Bath (UK), can successfully go viral on social media. In other contexts, more serious emotional messages may be more appropriate, for example the ``live life give life'' organ donor campaign which combined a well-known actor and a popular song with a strong message. When the situation is urgent, a crisis message can evoke an immediate response such as the stronger tone in this Japanese campaign or the use of more urgent and direct climate messaging such as the climate clock.

Testing messages and narratives with relevant audiences in advance is key. A greater understanding of what resonates with different groups allows the campaign to be fine-tuned, making a huge difference in a campaign's success.

While tailoring the message for a specific audience is key, packaging the message and sharing it widely is equally important. Governments have historically used public service announcements to share information on new programmes and services. Behavioural campaigns share some features with public service announcements but tend to go further by inspiring people to act. To get messages across, the following best practices have emerged from current and previous campaigns:

Using impactful visuals to attract attention and increase shareability via social media. Germany's "80 Millionen gemeinsam für Energiewechsel" (80 million together for energy change) campaign features people and refers to the population of the country, thus creating making it more relatable and promoting a sense of a community.

Getting the message across

A dedicated website with a catchy name is easier for citizens to find and share, and allows easier impact tracking.

Using social media to spread the message more widely. Many campaigns centre on advertisements in mainstream media such as newspaper and radio, but social media helps to remain relevant and reach more people effectively. In Japan, the internet, SMS, email and telephone were all used to reach citizens to communicate about the recent energy supply crisis.

Building on previous experience and gathering data from each campaign is key to improving future performance. Measurement of baselines and impacts is essential. Insights can be gained by engaging with focus groups and conducting population-wide representative surveys before and after campaigns.

An important consideration is the question of who is the messenger. Many campaigns, implicitly or explicitly, involve the government speaking to citizens. Their impact thus depends on how people perceive the government's trustworthiness, authority and credibility on the topic. Similar questions arise when governments partner with companies such as energy utilities. Such campaigns are unsuccessful if citizens feel they are being asked to solve a problem they see as being someone else's responsibility. Some campaigns employ celebrities or 'influencers', which can provide greater recognition if done well, but need to be carefully thought out in terms of likely effectiveness, credibility and reputational risk.

Simple, well-structured and well-communicated energy-saving advice can motivate citizens to act. For example, clear messages such as those in IEA/European Commission's Playing My Part have received widespread recognition, such as the significant impact of simply turning down heat thermostats at home. However, while good information is essential, it is not enough. Without well-crafted messages and design, simply presenting facts such as how much energy can be saved will not lead to significant behaviour change. To achieve sustained change, policymakers can learn from behavioural science and employ digital tools, nudges and incentives to continue stimulating energy-saving behaviour. The following tips have been shown to deliver better results.

Real-time information on energy use can influence user behaviour. South Africa provided real‐time information on the electricity shortfall via a "Power Alert" message, displayed at 30‐minute intervals on the internet and on television between 17:30 and 20:30, informing the public of immediate measures to reduce the peak‐load crisis. Each message resulted in quantifiable savings. Data shows that in the US, real-time feedback to customers can result in up to 15% energy savings. In the UK, households with smart meters and in-home displays, providing real-time consumption information, ended up using 1.5% less natural gas and 2.2% less electricity in 2011, compared with homes with conventional meters. India's dashboard, for instance, demonstrates energy savings, costs savings and emissions savings economy-wide and by region.

Utilities can play a key role through demand response programmes. In California, communication with citizens via apps, SMS, and email is used to lower energy demand at peak times, when the system is under most pressure . Such methods have been deployed in many countries, including in recent months in Japan, France, the US and others.

Feedback mechanisms relying on social norms and comparisons used in home energy reports (HERs) have been shown to reduce residential electricity consumption by 2.2% and natural gas consumption by up to 1.6%. HERs translate complex, and sometimes obscure aspects of energy consumption information and tariffs, into user-friendly language and visuals. Japan's Ministry of Environment worked with four major utilities across Japan to send quarterly HERs, containing personalised energy use, to 300 000 households. On average the households receiving these reports used 2% less energy.

Combining information with behavioural insights

A set of coordinated 'nudges' can increase the impact. For instance, the so-called just-in-time and right-in-place prompts used in Switzerland resulted in a reduction of energy and water consumption of 22% among 620 households. In this case, a smart shower meter was installed between the showerhead and shower hose and displayed water temperature, energy and water consumption, energy efficiency rating, and a polar bear animation. The European Commission-funded, Nudge Project, is testing various behavioural interventions in Greece, Belgium, Germany, Portugal and Croatia.

Setting energy-saving defaults is an effective way to rely on consumers taking the path of least resistance. In order to reduce energy consumption due to over-cooling, the Indian government mandated a 24C default cooling temperature for all new air conditioners. Consumers have the option to adjust the settings, but many stay at the default, leading to significant energy savings.

Appeal to people's emotions with stories and messages focusing on multiple benefits. Focusing on messages of public health related to emissions has resulted in energy savings of 19% in families with children, according to the Nudge project. However, retaining people's attention with such nudging can be challenging after several weeks.

Using techniques such as goal setting and public commitments and challenges, as in the case of the Federal energy and water management performance act, can be effective.

Bringing all existing energy efficiency programs and relevant subsidies under one roof. Ireland's Reduce Your Use campaign offers a clear list of existing grants, incentives and tax rebates. Similarly, the UK's Simple Energy Advice brings together all relevant assistance schemes.

Behavioural insights specialists have been studying the impact of social norms, price signals, social media, digital technologies and other drivers on people's willingness to change behaviour. Using such insights can greatly enhance the success of awareness and behaviour change campaigns.

Crisis situations create particular challenges for energy systems, and also change the kinds of messages and campaigns that might be most effective. When energy is in the news, and when changing behaviour gives an immediate and directly visible benefit (increased comfort, lower costs, reduced risk of blackouts), campaigns can be stronger in calling for collective action and go further in what is asked of people.

Many countries already have experience developing and launching citizen-oriented campaigns in response to energy supply crises. For instance, after an earthquake hit off its north-eastern coast in March 2022, Japan launched a campaign encouraging businesses, utilities and citizens to drastically cut energy. Within a day, electricity demand savings reached 6.5% in the Kanto region. In the aftermath of the March 2011 earthquake and tsunami, a demand-reduction campaign relied on a whole-of-society response based on an appeal for solidarity and shared action. The campaign focused on "setsuden," or electricity savings, to unite the country in its response to the crisis. The government launched "Super Cool Biz" campaign to motivate workers to dress in cooler outfits to better tolerate warmer offices during summer. Not only were there significant immediate energy use reductions, but a large proportion of the efficiency gains were sustained for many years beyond the original crisis.

In 2018, the Day Zero campaign in South Africa prepared the citizens of Cape Town for an anticipated water shortage crisis, asking people to consume less water to avoid a city-wide water shut off. The city ran an effective communication campaign focused on inclusivity, relying on behavioural nudges, as opposed to solely depending on restrictions and fines. According to the research carried out during the crisis by the Environmental Economics Policy Research Unit (EPRU) of the University of Cape Town, people were more likely to conserve water knowing that they were working towards a common goal. The Cape Town Water Map, an example of the so-called 'green nudging', openly showed the range of households' water usage and allowed for comparison with neighbours.

New Zealand, which generates much of its electricity from hydro, experienced electricity shortfall during a drought in 2008. A government-led information campaign, which targeted both residential and small commercial sectors, resulted in national electricity savings ranging from 3.6% and 6.9%. In Korea, a campaign in response to the energy supply crisis caused by a heat wave in 2011, reached 1.5 million households, reducing electricity demand by 2% compared to the previous year.

Many crisis campaigns relate to short-term outage risks, for example when electricity systems are reaching capacity limits, as seen recently in the USA, Japan and other places. Effective communication is vital to encourage short-term behaviour change, i.e. switching things off. In Australia, the Powershop's Curb Your Power demand-response programme relied on volunteers with installed smart meters to curb energy consumption ahead of an extreme weather event. Notified by SMS, households were asked to reduce their energy consumption for one to four hours and were offered a discount on the next electricity bill. Such incentives are not uncommon, though messaging often tends to shift towards a more social, collective-action narrative. This is especially true in the case of campaigns seeking to change behaviour over a longer timeframe, rather than just an immediate supply shortage.

Many of the recent examples mentioned in this note fit into the current context of high prices and security concerns arising from Russia's invasion of Ukraine, such as `` Stand with Ukraine: Let's stop fuelling war'' campaign which presents home insulation as a direct protest action. Campaigns, launched by Members States and the IEA/European Commission's Playing My Part, highlight the need to reduce reliance on Russian energy and thus support the Ukrainian people. In times of crisis, saving energy is coming to be seen by many as an example of citizen activism.

Campaigns in a crisis context

The Covid-19 health crisis saw a number of solidarity-driven campaigns asking citizens to work from home and quarantine to protect the most vulnerable groups in society. Several messages centred on the need to connect and share experiences in the midst of the pandemic. The current energy crisis facing the global community calls for a similar whole-of-society response to soften the social impact by reducing demand.

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Empowering people to act: How awareness and behaviour campaigns can enable citizens to save energy during and beyond today's energy crisis - Analysis - IEA

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Empowering people to act: How awareness and behaviour campaigns can enable citizens to save energy during and beyond today's energy crisis - A commentary by Brian Motherway, Kristina Klimovich, Emma Mooney, Céline Gelis

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Ongoing campaigns for sustainable energy: Site presents ongoing campaigns emphasizing the work that relates specifically to certain initiatives and projects. The ongoing campaigns are serving to boost the awareness of the sustainable energy and the global energy transition.

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SEforALL have ongoing campaigns that highlights the work that relates specifically to some initiatives and projects. Find here the ongoing campaigns which serve to boost the awareness for the sustainable energy development and the global energy transition.

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Hessian Energy Saving Campaign - an example of regional campaign

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Hessian Energy Saving Campaign - an example of regional campaign

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Hessian Energy Saving Campaign – Hessian Portal for Administrative Services

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Information from the Ministry of Economics on the Hessian Energy Saving Campaign.

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Multilingual and multinational hubs for energy saving campaigns.

See Save energy campaign activities too!

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Two types of Campaign Implementation Groups (=CIGs) implement communication campaigns for citizens to save energy with simple interventions. Local or regional groups (10 CIGs) work together to address people within their direct outreach and are run by municipalities, NGOs and small businesses (AT, DE). Nationwide approach is used to form a central CIG with stakeholders and partners are acting on an over-regional (PT, LT, SI) scale. Their experiences and lessons learned can be explored here.

CIG activities and resources can be visited through the Hubs.Municipality resources and good practices as well as citizen tipps to save energy can be viewed here.

SaveEnergyTogether equips municipalities with a toolbox to promote energy saving, analyse the potential of the different measures and select the best approach according to the needs of the local context.

Based on the lessons learned of the implemented campaigns, a Cost-Benefit Analysis Calculation (CBA) tool will help municipalities to calculate the costs and benefits of the small Energy Efficiency Interventions. Municipalities can use this tool to compare planned measures and choose the most cost-effective solution.

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Climate Alliance - SaveEnergyTogether Online Hub

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Two types of Campaign Implementation Groups (=CIGs) implement communication campaigns for citizens to save energy with simple interventions. Local or regional groups (10 CIGs) work together to address people within their direct outreach and are run by municipalities, NGOs and small businesses (AT, DE).

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Energy Saving Trust is an independent organisation that is working to address the climate emergency. In United Kingdom it is said to be a respected and trusted voice on energy efficiency and clean energy solutions, that is continuing to work towards a smart, decarbonised, and decentralised energy system.

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Energy Saving Trust’s campaigns encourage people and businesses to save energy and carbon emissions at home and on the move.

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The European Cluster collaboration platform

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The European Cluster collaboration platform

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Find partners through more than 1.500 cluster organisations. Connect with a vast network of cluster members, cluster and meta-cluster organisations, Euroclusters, national associations, training providers, resource efficiency support providers, policy and public institutions, and other innovation actors.

Concerning the energy issues, see e.g., Energy Awareness Campaign: Small Actions But Big Energy Savings

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The European Cluster Collaboration Platform is an OPEN COMMUNITY!

If you have any information/news/events/reports with international character that may be relevant for the cluster community, please share it with us at [email protected] .

Cluster Organisations can upload directly such information on their cluster profile!

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Home - European Cluster Collaboration Platform

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If you have any information/news/events/reports with international character that may be relevant for the cluster community, please share it with us at [email protected] . Cluster Organisations can upload directly such information on their cluster profile!

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Tips on how to save gas and electricity.

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Everything uses electricity, and we often leave our telly on standby or overfill the kettle for our morning cuppa. But we have some handy energy-saving tips to help you save money by doing the smallest things around your home.

Energy saving facts

Heating and hot water account for over half of your energy bill, so it's a good idea to keep track of your usage

Setting the washing machine and dishwasher at 30⁰C could reduce your energy usage by 40%

An immersion heater only needs to be on for an hour for you to have enough hot water for the whole day

How can I be more energy efficient at home?

Adjust your daily routine at home with our tips and you could start saving money on your energy bills.

Save energy on your heating
Save energy in the kitchen

Use a slow cooker or an air fryer - with a slow cooker you can cook a meal for about the same cost as powering a lightbulb.

Meal prep - cook as much as possible in one go to save time and energy. Just pop the rest in the freezer ready for the week, and you're good to go.

Upgrade to an energy-efficient fridge freezer. Check the energy rating on your appliances - A-rated are the most energy efficient. The lower the rating, the more it will cost to run.

Defrost your fridge freezer regularly to avoid it using more energy than it needs.

Keep your fridge at 5°C and freezer at -18°C - no need for it to use more energy than it needs.

Save electric doing the laundry

Save up to £60 a year if you dont use a tumble dryer. Air dry your clothes or hang them on a washing line outside if it's sunny. And if you do need to use it, wash a full load.

If you wash clothes just once a week and reduce the temperature on your cycle to at least 30°C, and you could save up to £29.

General energy saving tips

Keep track of your spending with a smart meter and spot energy-guzzling appliances

Switching electronics off instead of leaving them on standby can save you up to £55 a year.

Cut your shower time to just 4 minutes and you could save up to £70 a year.

Switch to LED lightbulbs they use up to 80% less energy.

Calculating how much electricity your appliances use
How much do everyday appliances cost to run?

Common appliances and running times:

Approximate usage in units

Approximate running cost [1]

How much energy do appliances running 24/7 use?

Appliances commonly running 24 hours

Approximate usage in units

Approximate running cost [1]

What is a kilowatt hour (kWh)

A kWh stands for kilowatt hour - the unit used to measure energy use. 1 kWh will power a 40 watt light bulb for 25 hours.

Read our helpful guide to learn more about what a kWh is and how it's calculated.

How we can help

Here are some ways we can help you manage and save energy at home.

Tracking your energy

If you have smart meters, log in to your account to see how much energy you are currently using on a daily basis.
It's easiest to check in the mobile app Log in to your account
Smart meters

Monitor how much energy you use with a smart meter, and save time as they automatically send your meter readings to us.
Learn about smart meters
Save more with PeakSave

Join hundreds of thousands of customers using their smart meters to save money with PeakSave Sundays.
Learn about PeakSave
Struggling to Pay?

We don't want anyone to struggle. If you can't pay your energy bill or think your bill might be wrong, we're here to help.

Get support
Frequently Asked Questions

Is it cheaper to use your washing machine at night?

Most homes across the country pay a 'flat' or single rate for electricity. This means the cost is the same whatever time of day you're using it. Some homes are on a tariff called Economy 7 - which does give you seven 'off peak' hours in the night when your electricity is cheaper. Our handy guide explains everything you need to know about off-peak electricity.

If you have a smart meter you can . It doesn't matter what tariff you're on. And by joining, you get half-price electricity on PeakSave Sundays and with our new PeakSave Green Flex events too. Perfect for tackling the laundry.

When is the cheapest time to put the heating on?

If you use gas to heat your home: The cost is the same regardless of the time of day. You'll likely need heating in the early morning and evening when temperatures drop. Setting your heating to turn on just before you return home from work, or a day out can be very effective.

Working from home? Then it could be worth just heating a single room where you do all your work. That way you won't be spending money heating empty rooms.

If you use electricity to heat your home: This depends on who supplies your energy and your tariff. If you're on an Economy 7 or 10 tariff, (also with some specialist EV tariffs), you'll pay less for energy you use during the night, but a higher rate than average during the day. If you're on a single-rate tariff, you'll pay the same amount regardless of what time of day it is.

When is the cheapest time to use the tumble dryer?

The cheapest time to use the tumble dryer is during off-peak hours when electricity rates are lower. You'll need a smart meter to take advantage of off-peak electricity times and rewards, like PeakSave Sundays, from your energy supplier. Read our guide to understand more about off-peak electricity.

Other tips to save money when using your tumble dryer:

Let your clothes dry more naturally, weather permitting, so they take less time in the dryer

Wait until you have a full load, so you run less cycles

Make use of any low heat or eco cycles on your dryer.

What are the best boiler settings for saving money?

Reducing your boiler flow temperature to between 55 and 60 degrees and turning your thermostat down by 1 degree can help you to save money on your energy bill. Servicing your boiler once a year is also important to help maintain its energy efficiency.

Save more by covering your hot water tank with an insulated jacket (if you have one). Also, draught-proofing your home and close your blinds and curtains to keep the heat in when it's cold.

Investing in smart home technology like the Hive Thermostat means you can control your heating from your smartphone or tablet. And installing thermostatic radiator valves allows you to control the temperature in each room. Keep them low around 2-3 when you aren't in the rooms or out of the house.

Does turning your radiators off save gas?

Turning off radiators in rooms that are not in use can help you to save on your energy bills. You can also install thermostatic radiator valves which allows you to control the temperature in each room, keeping them low when you aren't in the rooms or out of the house.

Does turning the kettle off at the wall save electricity?

Small changes to how you use electricity can add up. Unplugging appliances like kettles and other appliances instead of leaving them on standby are good habits to get into and every little counts towards lower energy bills.

Is it cheaper to have the heating on all day?

According to the Energy Saving Trust, it's usually not cheaper to leave the heating on all day. Leaving your heating on low all day uses more energy - because your home generally loses a certain amount of heat throughout the day. How much is lost depends on the quality of insulation that you have.

Investing in smart home technology like the Hive Thermostat means you can control your heating from your smartphone or tablet. Installing thermostatic radiator valves allows you to control the temperature in each room.
Should you leave your heating on if you're going away?
The Energy Saving Trust recommends you leave the heating on to some degree during winter, even if you're not there. This helps avoid frozen pipes, which can cause costly damage The general rule is to keep your heating at a minimum 12°C (but some say home insurance policies recommend at least 15°C), rather than switching it off completely.

Additional information

Figures are taken from Energy Saving Trust, based on the 1st July 2025 price cap rates and a customer with typical usage, paying by Direct Debit. Rates and standing charges vary by region and payment method.

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Energy saving tips for your home - British Gas

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Looking to reduce your gas and electricity bills? Read our effective energy saving tips to understand how to save energy at home.

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Low- to No-Cost Tips for Saving Energy at Home

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Consumer electronics play an large role in your home's energy consumption. According to the Consumer Technology Association, 3.4 billion consumer electronic devices consumed about 143 TWh of electricity in 2017, representing about 10% of residential sector electricity consumption.

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The Russia's war of aggression on Ukraine has plunged Europe into an energy crisis, which is also reflected in soaring energy bills in Finland. Many measures are required to solve the crisis and cut costs, but one of them is particularly attractive: saving energy.

Saving energy means managing with less energy use. Many of us are familiar with everyday examples such as lowering the room temperature, carpooling and quick showering.

The Finnish government has launched an energy-saving campaign for the autumn in which Sitra is also involved. This is a way of preparing for the coming winter, when an energy crisis threatens to severely test our country.

But why saving energy of all things? And why should everyone do what they can to save energy now?

Because saving energy...

Saves money. Every saved kilowatt hour and litre of oil means a few more euros in your pocket. Recently, prices of energy have multiplied, so the financial benefits of saving energy have also greatly increased.

No investment is needed. There are many solutions to the energy crisis, ranging from heat pumps to liquified natural gas terminals. But most of them require investment - some of it expensive. Saving energy, on the other hand, works without necessarily costing a cent.

Lowers the price of energy. The market price of energy is ultimately determined by supply and demand. When a large number of people save energy, demand can fall significantly. That's why saving energy helps control energy prices.

Fights inflation. The rise in energy prices has accelerated general price increases - inflation. So saving energy also indirectly combats inflation, benefiting the whole economy.

Is fair. Those hit hardest by pricy energy include people on low incomes and people with high energy needs, especially in rural areas. When saving energy makes energy prices more affordable, it makes life easier, especially for people of limited means.

Also helps our neighbours. Finland's energy market is interconnected with the Nordic and European markets. Saving energy here will therefore help our neighbours cope with the coming winter - and in turn, energy saving campaigns in other countries will ease the situation here.

Reduces dependency on oppressive regimes. Vladimir Putin finances his war of aggression with energy exports, and not all the other producers of fossil fuels are known for their respect for human rights, either. Saving energy improves the energy independence of our country and reduces our dependency on ethically questionable producers.

Helps save the environment. Energy that is not used doesn't need to be generated, transported or stored. So saving energy helps to reduce emissions and other environmental impacts of energy production, such as the harmful effects of metal production.

Has an instant impact. Wind farms and energy renovations, for instance, also help to tackle the energy crisis, but at best they can take several months to several years to complete. Saving energy has immediate results.

Works! Saving energy has also helped us overcome previous energy crises, such as the oil crisis of the 1970s. In 2011, when Japan closed all of its nuclear power plants in the aftermath of the tsunami, energy saving and efficiency measures were able to cover about half of the electricity lost.

Visit the website of the national Down a degree energy saving campaign for energy saving tips that you can already start using right now.

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10 reasons to save energy right now - Sitra

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Saving energy is a particularly fast and effective way to tackle the energy crisis and save money.

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Why do we need to save energy? - BBC Bitesize

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Learn about how we use and waste energy in our daily lives and the impact this has on the environment. Find out how to save energy and live more sustainably. BBC Bitesize Scotland Learning for Sustainability article for Second Level CfE.

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Why do we need to save energy? - BBC Bitesize

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Learn about how we use and waste energy in our daily lives and the impact this has on the environment. Find out how to save energy and live more sustainably. BBC Bitesize Scotland Learning for Sustainability article for Second Level CfE.

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Do you want to make your home more energy efficient, do your bit for the environment and above all save some money? You’ve come to the right place!

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Covers also the other forms of energy

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8 ways to reduce energy consumption - ENGO

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Warto dowiedzieć się, jak oszczędzać prąd, aby mniej za niego płacić.

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Covers also insulation and other forms of energy.

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Follow our tips and advice for quick and easy ways to save energy, lower your bills and reduce your carbon footprint.

Whether you're a homeowner, a private or social renter, a student, or you live with your parents, there are many things you can do.

We're all responsible for the energy we use in our homes. Take a look at our quick tips below and see how you could save up to £415 (£493 in NI) a year* on your bills. Or find out what support is available where you live.

Before you start

Understand your energy bill. The information on a typical energy bill can be confusing, but understanding it can go a long way to helping you get to grips with your energy use at home. This video from Home Energy Scotland is a helpful guide.

Switch off standby

You can save around £55 (£70 in NI) a year just by remembering to turn your appliances off standby mode.

Almost all electrical appliances can be turned off at the plug without upsetting their programming. You may want to think about getting a standby saver or smart plug which allows you to turn all your appliances off standby in one go.

Check the instructions for any appliances you aren't sure about. Some satellite and digital TV recorders may need to be left plugged in so they can keep track of any programmes you want to record.

Find out which appliances use most energy in your home.

Draught-proof windows and doors

Unless your home is very new, you will lose some heat through draughts around doors and windows, gaps around the floor, or through the chimney.

Professional draught-proofing of windows, doors and blocking cracks in floors and skirting boards can cost around £250, but it can save around £90 (£100 in NI) a year on energy bills. DIY draught proofing can be much cheaper.

Find out more about reducing home heat loss.

Turn off lights

Turn your lights off when you're not using them or when you leave a room. This will save you around £20 (£30 in NI) a year on your annual energy bills.

Replacing all the lights in your home with LED bulbs could help you save even more.

Careful with your washing

You can save around £27 (£36 in NI) a year from your energy bill just by using your washing machine more carefully:

Use your washing machine on a 30-degree cycle instead of higher temperatures.

Reduce your washing machine use by one run per week for a year.

Avoid the tumble dryer

Avoid using a tumble dryer for your clothes: dry clothes on racks inside where possible or outside in warmer weather to save £55 (£75 in NI) a year.

Spend less time in the shower

Keeping your shower time to just 4 minutes could save a typical household £65 (£70 in NI) a year on their energy bills.

Swap your bath for a shower

Some of us might enjoy a long soak in the bath, but swapping just one bath a week with a 4-minute shower could save you £14 (£15 in NI) a year on your energy bills.

Find out how saving water at home can help your wallet and the environment.

Be savvy in the kitchen

Kettles are one of the most used appliances in the kitchen. But many of us will admit that we at least occasionally boil the kettle with more water than we're going to use.

Avoid overfilling the kettle and save yourself £11 (£14 in NI) a year on your electricity bill.

You could also consider fitting an aerator onto your existing kitchen tap to reduce the amount of water coming out without affecting how it washes or rinses. An aerator is a small gadget with tiny holes - they attach to the spout of taps and are cheap and easy to install - and could save you £20 a year.

Fill your dishwasher

Only run your dishwasher when it is full to reduce the amount of water you use. Reducing your dishwasher use by one run per week for a year could save you £13 (£18 in NI).

Top up the insulation

Effective insulation of your hot water cylinder is important: even if you have thin spray foam or a loose 25mm jacket, you can benefit from increasing the insulation to a British Standard Jacket 80mm thick, saving £45 (£45 in NI) a year in the process.

Insulating your water tank, pipes and radiators is a quick and easy way to save money on your bills.

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Follow our 10 quick tips for straightforward ways to save energy, lower your bills and reduce your carbon footprint.

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Covers also the other forms of energy

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Rising energy costs affect almost everyone. All the more so given that many consumers, particularly of electricity and gas, are bound by energy contracts that were originally entered into when prices were at an all-time high.

Consequently, when energy prices rose sharply in the winter of 2022, tips on how to be more energy efficient at home regained attention. Authorities and consumer associations emphasize the following: On average, lowering room temperature by one degree can save six per cent of heating energy. To ensure that heating systems work efficiently, furniture, curtains or panelling should not stand too close or cover them. They also advise regular venting.

Proper ventilation is also crucial: so-called cross-ventilation, with the heating turned off and the windows wide open, instead of leaving the windows tilted open for hours on end. Water-saving shower heads can reduce the hot water consumption - as can keeping shower times as short as possible.

Can smarter technology also help? At the very least, manufacturers of smart home solutions claim their systems also help to reduce energy consumption. However, it's worth taking a closer look before investing: After all, potential savings depend largely on the residents' habits and daily routines. Johanna Pohl, environmental researcher at the Technical University of Berlin, summarizes: "If you are already setting your room temperature to 19 degrees, switch off the heating when ventilating and turn the heating down when nobody is home, you won't make any considerable savings with smart home devices."

However, smart systems will certainly help to avoid major mistakes - they shut down heating controls, for example, if a corresponding sensor recognizes that the window is tilted. Moreover, they make energy-conscious behavior easier by turning down all thermostats when everybody has left the house, rather than having to do this manually for every regulator. Temperature control could also be based on pre-programmed times, outdoor temperature and/or advanced algorithms, depending on the system. The latter, for example, recognizes when residents return home based on the GPS positions of their smartphones or it can learn the response time of the existing heating system, known as the heating curve.

That said, as smart home systems are quite expensive, it can take a long time for the investment to pay off. Depending on whether a foundation - such as a smart home-compatible internet router - is already in place, a three-room flat can quickly add up to costs of €1,000, or even €1,500 or more in a single-family home. How long it takes to amortize these costs through savings on heating costs depends on the heating type and amount of energy used in the building - residents should reckon with at least three years.

As is the case with heating energy, electricity consumption is also affected in a similar way. TVs, audio systems, PCs and printers should not be left on standby when not in use, but rather completely disconnected from the power supply via their main switch or, even better, via a power strip. LED lights consume significantly less energy than traditional light bulbs or many of the so-called energy-saving bulbs. And of course, lights should only be switched on where and when they are needed. Motion detectors, timers or smart controls can be useful here.

At first glance, this may come as a surprise: ECO programs of dishwashers and washing machines consume significantly less electricity than quick programs. Although they do run for longer, they have to heat the water significantly less - this has a positive effect on the electricity bill while achieving the same level of cleaning.

The German consumer organization "Verbraucherzentrale" adds further energy-saving tips: a lid on the saucepan reduces electricity consumption by around two thirds. Electric stoves should be switched off as early as possible to utilize the residual heat. Using the air circulation function in the oven saves around 15 percent of energy compared to bottom and top heat at the same target temperature. If you can also do without preheating, this saves around eight per cent of electricity.

Large-scale measures such as energetic restoration, the replacement of heating technology and other such measures, on the other hand, tend to be long-term projects and must always be carried out by the owner. Even if the allocation of these costs to tenants is limited by law, such refurbishments usually lead to rent increases - however, these are then offset by the energy costs saved.

"When it comes to heating in particular, we recommend waiting until the legally required municipal heating planning has been finalized anyway. Only then will it be clear if there will be a district heating connection for the address in question, for example," Michael Heinrich points out. Heinrich is the Product Manager for Energy Efficiency in DEKRA's Construction and Property division. "In any case, homeowners need sound advice that covers many dimensions. Our energy experts inspect the property and identify which measures make sense. For example, the substance of the building and the current heating solution also need to be taken into account." Last but not least, it is also important to know the right funding programs, with which government agencies often cover a relevant part of the costs. DEKRA offers such consultations for private customers - and of course also for companies, although these usually have other questions such as high-energy-consuming production processes or long-term site orientations.

Advice on saving electricity is also offered by consumer advice centers and other institutions. However, DEKRA expert Michael Heinrich recommends weighing up the costs and benefits here as well: "You can find most energy-saving tips online. A few minutes of internet research will provide the relevant checklists. You can find information material on topics such as cooking, washing or heating free of charge from consumer advice centers."

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Saving Energy at Home: Top Tips for Everyday Life

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These simple measures and changes in everyday habits can help to reduce energy costs.

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Saving electricity saves money. You should consider what kind of electricity contract is the best deal for you. You can track the price of electricity and plan your use of electricity accordingly.

In Finland, electricity use peaks on weekday mornings and after work. If you have an exchange electricity contract, electricity is usually cheaper at other times.

However, electricity consumption also affects fixed electricity contracts. If consumption is high in Finland at times when electricity is expensive, fixed electricity contracts will also cost more in the future, so it is a good idea to save electricity regardless of the kind of contract you have.

What kind of electricity contract should I get?

The Energy Authority's website sahkonhinta.fi lets you calculate what kind of electricity contract is the best deal for you.

Track electricity prices

You can track the price of electricity by downloading the Tuntihinta price app on your phone. The app tells you when electricity is expensive and when it is cheap. The app is only available in Finnish.

Track your electricity consumption

Electricity companies have apps that you can use to track how much electricity you use. The apps help you understand what part of your everyday life uses the most electricity. You can find information on the apps on your electricity company's website.

Energy saving tips

In Finland, the peak hours, when electricity consumption is at its highest, are from 8.00 to 9.00 and from 17.00 to 19.00 on weekdays. During these times, it is not advisable to use appliances that consume a lot of electricity. Such appliances include the oven, dishwasher, washing machine, electric sauna and underfloor heating. It is better to use these appliances at other times.

Use less hot water. Take shorter showers.

Lower the room temperature. You can save five per cent of the energy spent on heating by lowering the room temperature by one degree. The recommended temperature is 18-20 ºC for bedrooms and 20-21 ºC in other rooms.

If you have an electric car, charge it during off-peak hours, when electricity is cheaper.

If an electrical appliance has a timer function, you can schedule its use to off-peak hours.

Recycling saves energy

When you sort waste correctly, its material can be reused to make new products. You can also buy and sell used items to conserve natural resources and energy.

Read more on the InfoFinland page Waste and recycling.

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Saving electricity saves money. You should consider what kind of electricity contract is the best deal for you. You can track the price of electricity and plan your use of electricity accordingly.

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Covers also the other forms of energy

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As a resident of apartment block, you are responsible for your apartment’s electricity consumption and, together with the housing company, for the consumption of heating, water and property electricity. If you live in a detached house, increasing the efficiency of energy use is entirely up to you.

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Covers also the other forms of energy

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Reducing your electricity consumption can bring significant savings on electricity while mitigating the carbon footprint of your home. Follow these tips and save money.

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How to save electricity – getting your home’s energy guzzlers under control - Oomi

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How to easily save electricity at home? Check out Oomi’s easy electricity saving tips to save both energy and money!

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Insulation: pg. 3-59

Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Education and Culture Executive Agency (EACEA). Neither the European Union nor EACEA can be held responsible for them.

The responsibility for respecting the IMPR rights in this document lies with the original authors.

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Electricity and water from pg. 60 ->

Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Education and Culture Executive Agency (EACEA). Neither the European Union nor EACEA can be held responsible for them.

The responsibility for respecting the IMPR rights in this document lies with the original authors.

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Some of the links connects to commercial materials. We as teachers are not recommending or excluding any company or other commercial actor. These links are only examples of useful materials that may benefit practitioners and give practical tips.

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Cellar floor insulation plays an important role in enhancing comfort and energy efficiency. It prevents about 25% of heat loss, protects against moisture, and helps maintain a comfortable living environment.

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The Ultimate Guide to Cellar Floor Insulation - Rubcorp

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Discover the best tips and materials for cellar floor insulation to enhance comfort, prevent moisture, and save energy. Read our ultimate guide now!

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Solid wall insulation, e.g., basement ceiling insulation, offers significant energy savings in areas, that often are more expensive and difficult to treat, accounting up to 43% of the lifetime energy savings. Furthermore, concerning to CO2-emissions, insulation has contributed significantly to reducing the greenhouse gas emissions.

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When selecting insulation for basement ceilings, it's important to balance performance and sustainability.

Insulation contributes substantially to energy and carbon savings, accounting for 43% of lifetime energy savings.

In the UK, basement ceiling insulation typically costs £5 to £21.5 per square metre, depending on material, labour, and basement size.

Insulating a basement ceiling enhances energy efficiency and soundproofing, while also boosting comfort and reducing heating costs.

According to the Household Energy Efficiency report by the UK's Department for Energy Security and Net Zero ( DESNZ), insulation has become more prominent over recent years due to its impact on energy efficiency. While this typically refers to external walls, similar methods can be applied to ceilings in uninsulated spaces like basements.

The report continues to state that solid wall insulation, like basement ceiling insulation, often targets areas that are more expensive and harder to treat, but it yields significant energy savings. Additionally, when it comes to energy and carbon savings, insulation has contributed significantly to energy savings, accounting for 43% of the lifetime energy savings.

When choosing the best type of insulation for basement ceilings, it is important to balance performance with sustainability. This guide will help you learn more about basement ceiling insulation types and their associated costs, ensuring you make an informed decision for your home.

Ready to insulate your basement ceiling? Click the button below, and we'll connect you with up to 3 free, customised quotes from professional installers in your area. Start now to ensure your basement is properly insulated!

Should you insulate your basement ceiling?

Whether you choose to insulate a basement ceiling or a cellar ceiling depends on your specific needs and the existing condition of your home. Insulating cellar ceilings can be a great solution to reduce heat loss and improve soundproofing.

Insulating your basement ceiling can significantly improve your home's comfort and energy efficiency. Whether it's an older property with a draughty basement or a modern home, deciding to install insulation for cellar ceilings can offer multiple benefits. Still, weighing the pros and cons is crucial to determine if it's the right solution for your situation.

One of the primary reasons to consider basement ceiling insulation is thermal efficiency. By preventing cold air from rising into your living spaces, you can make your home warmer and reduce your heating bills. This is particularly important in the UK, where winters can be damp and cold. Insulating the ceiling can create a thermal barrier, preventing heat from escaping into unheated basement or cellar areas and ensuring that your living spaces stay cosy.

Adding insulation to your basement ceiling can also improve soundproofing. Sound from the basement can travel upward if your cellar ceiling is beneath frequently used rooms, such as living rooms or bedrooms. Insulating cellar ceilings can help dampen this noise, creating a quieter environment upstairs.

What type of insulation is best for basement ceilings?

When choosing the best insulation materials for your basement ceilings, several factors need to be considered, including thermal efficiency, soundproofing, sustainability, and your home's specific needs. Below, we will delve into the most suitable materials for basement ceiling insulation and their sustainability aspects, making it easier for UK homeowners to decide.

Fibreglass insulation

Fibreglass is one of the most common and cost-effective options for basement ceiling insulation. It comes in batts or rolls, making it easy to install between joists. Fibreglass provides good thermal insulation and soundproofing, particularly useful if your basement is directly beneath a living space. However, it doesn't offer much protection against draughts unless installed correctly.

Sustainability: Fibreglass is not considered the most sustainable option. It is made from sand and recycled glass but requires significant energy. While recyclable, it can release microfibers into the air during installation and may not last as long as other materials, contributing to waste over time.

Spray foam insulation

Spray foam insulation is a versatile option for insulating cellar ceilings, especially in older UK homes with uneven surfaces. It seals gaps and cracks, providing high insulation and draught-proofing. Spray foam also has excellent soundproofing capabilities, making it ideal for homes where noise reduction is a priority.

Sustainability: Spray foam insulation is less sustainable compared to natural materials. It is made from petrochemicals and has a higher environmental impact during manufacturing. Additionally, it is not recyclable and can be challenging to remove, limiting its eco-friendliness.

Rigid foam board

Rigid foam boards, typically made from polystyrene or polyisocyanurate, are highly effective for insulation for cellar ceilings. These boards provide excellent thermal resistance and are easy to install, particularly in newer homes. They also offer good soundproofing qualities.

Sustainability: Similar to spray foam, rigid foam boards are made from petroleum-based materials, making them less eco-friendly. While some foam boards are now made with environmentally friendly blowing agents, they are still not biodegradable or recyclable. However, their durability means they can last for many years without needing replacement, which can reduce waste over time.

Mineral wool insulation

Mineral wool, also known as rock wool or slag wool, is a dense material that provides excellent thermal and sound insulation. It is ideal for insulating cellar ceilings, especially when soundproofing is a major concern. It's fire-resistant and water-repellent, which is beneficial for basements prone to dampness.

Sustainability: Mineral wool is more sustainable than fibreglass and foam-based products. It's made from natural or recycled materials, such as volcanic rock or industrial waste. Although the production process is energy-intensive, it is a longer-lasting material that can reduce the need for frequent replacements.

Cellulose insulation

Made from recycled paper or plant-based fibres, cellulose is a natural and eco-friendly option for basement ceiling insulation. It's treated with non-toxic fire retardants, making it a safe choice for homes. While it's not as commonly used for basements in the UK, it can be blown into tight spaces, providing good coverage.

Sustainability: Cellulose insulation is highly sustainable, made from recycled materials and has a low environmental impact. It's biodegradable and requires less energy to produce than synthetic insulation materials. However, it may not be as durable in damp environments, which is a key basement consideration.

How to insulate a basement ceiling

The insulation process can vary depending on the basement insulation you choose and whether you're doing it yourself or hiring a professional. Here's an overview of the process, including whether a DIY approach is possible and what steps you need to follow.

Is it possible to DIY?

Insulating a cellar ceiling can be a DIY project if you have the right tools, materials, and basic home improvement knowledge. However, it's important to note that while some insulation materials, such as fibreglass batts or rigid foam boards, are relatively easy to handle, others, like spray foam, may require professional expertise.

DIY installation is more feasible with simple materials, but older or uneven homes, which are common in the UK, may present challenges. Professional installation might be safer if you are dealing with moisture issues or need to seal gaps and draughts.

The process of insulating a basement ceiling

Insulating a basement or cellar ceiling requires careful planning and the right materials to ensure optimal thermal performance and soundproofing. Whether tackling this project or hiring a professional, the steps below outline the essential process to help you achieve effective insulation for ceilings.

Assess the space: Inspect the basement for any moisture issues before installing. If there are signs of dampness or water intrusion, fixing these problems is crucial before adding insulation to cellar ceilings.

Choose the right insulation material: The appropriate basement ceiling insulation depends on your goals. For soundproofing, fibreglass batts or mineral wool are effective. Rigid or spray foam boards provide superior performance for thermal insulation, especially for sealing draughts in older properties.

Gather tools and materials: To insulate your basement ceiling, you'll need key tools and materials, including your chosen insulation material.

Measure and cut insulation: Measure the spaces between the joists in your cellar ceiling and cut the insulation material to fit snugly.

Install the insulation: Gently press the material into the spaces between the joists using fibreglass batts or mineral wool. Ensure the insulation fits snugly without being compressed, as compressing the material can reduce its thermal effectiveness. If using rigid foam boards, apply an adhesive to secure them. For spray foam, it's best to hire a professional as it requires specialised equipment.

Seal gaps and draughts: Use caulking or spray foam to seal any gaps around the edges of the insulation and along the joists. This will prevent air from leaking through and reduce energy loss.

Cover the insulation (optional): Sometimes, you may want to cover the insulation with drywall or another finishing material for aesthetic reasons. This step is optional but can improve the appearance of the basement and protect the insulation from wear and tear.

Professional installation

While some materials, like fibreglass batts, can be installed as a DIY project, certain insulation types for basement ceilings are best handled by insulation experts. Spray foam, for instance, requires specialised equipment and expertise to ensure proper application and thorough coverage in tight or irregular spaces.

Similarly, rigid foam boards may need professional installation, especially in older or uneven basements, to guarantee that gaps are properly sealed to prevent air leaks. Suppose you are using mineral wool in a moisture-prone cellar ceiling. In that case, a professional installer can ensure that moisture barriers are applied correctly, helping to avoid long-term issues such as dampness or mould.

Basement ceiling insulation cost in the UK

In the UK, the cost to insulate a cellar ceiling typically ranges between £5 and £21.5 per square metre. This can vary depending on factors such as the type of insulation material, labour costs (if hiring professionals), and the complexity of the installation.

Full insulation for a 50m² basement costs between £250 and £1,075. Below is a table to show the average cost of different materials per m².

Factors affecting the cost

The price of insulating your cellar ceiling can vary significantly depending on the type of material used, the size of the area, and whether you choose a DIY approach or hire professionals. Below is an overview of the factors affecting insulation prices.

Material type: The choice of basement ceiling insulation material significantly affects the cost. More affordable options like fibreglass are on the lower end of the scale, while spray foam and rigid foam boards tend to be more expensive.

Labour costs: If you opt for professional installation, labour costs can significantly increase the overall price. For instance, spray foam requires professional equipment and expertise, making it more expensive than DIY-friendly materials like fibreglass or mineral wool.

Basement size and complexity: Larger basements, those with irregular surfaces or hard-to-reach areas, will require more material and may involve more complex installations, increasing both material and labour costs.

Moisture control: If your basement is prone to dampness, you may need to factor in additional costs for moisture barriers or ventilation systems, which are essential to ensure the longevity of the insulation.

Basement ceiling insulation pros and cons

Basement ceiling insulation effectively improves energy efficiency, reduces noise, and creates a more comfortable living environment. However, like any home improvement project, it has advantages and potential drawbacks.

The decision to insulate a cellar ceiling depends on cost, material choice, and whether the benefits, such as increased comfort and reduced heat loss, outweigh concerns like moisture control and installation challenges. Below, we explore the pros and cons to help you make an informed decision.

Compare quotes to get the best deal on your basement ceiling insulation

Getting multiple quotes for your basement ceiling insulation is the easiest way to ensure you make a smart investment. By comparing offers from different professionals, you can spot the best deals and secure quality service that fits your budget.

It's not just about saving money - it's about getting the right solution for your home installed by trusted experts.

Now that you know your options, we're here to help you take the next step! Click the button below to receive up to 3 free, personalised quotes from local professionals. Don't wait - start today and ensure your basement ceiling is insulated perfectly!

What type of insulation is best for basement ceilings?

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Basement Ceiling Insulation: Types, Costs, Pros & Cons

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Basement Ceiling Insulation: Types, Costs, Pros & Cons According to the Household Energy Efficiency report by the UK's Department for Energy Security and Net Zero (DESNZ), insulation has become more prominent over recent years due to its impact on energy efficiency. While this typically refers to external walls, similar methods can be applied to ceilings [...]

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Note the possible cultural differences!

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The 5 Soft Skills That Will Make or Break Your Career

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Professionals need soft skills like communication, teamwork, adaptability, problem-solving, and critical thinking to collaborate effectively, navigate challenges, and maintain a positive work environment. Other crucial soft skills include leadership, time management, emotional intelligence, creativity, and a strong work ethic. These personal attributes and interpersonal skills are transferable and essential for professional success across various roles and industries.

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Improving energy efficiency in traditional buildings

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Improving energy efficiency in traditional buildings

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Improving Energy Efficiency in Traditional Buildings

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Installing insulation or draught-proofing will reduce heat loss, reduce carbon emissions and keep energy bills low.

There are many simple but still effective ways to insulate home, reduce heat and lower heating bills.

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There are many simple yet effective ways to insulate your home, which can significantly reduce heat loss while lowering your heating bills.

Even little fixes around the home can mount up to significant savings in your energy bills. For example, fitting your hot water cylinder with an insulating jacket will save you £70 a year in heating costs and 155kg of carbon dioxide emissions.

Whether you are looking for quick wins around your home or a professional to install insulation, the suggestions below will help maintain a constant temperature in your home.

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There are many simple yet effective ways to insulate your home, which can significantly reduce heat loss while lowering your heating bills. Even little fixes around the home can mount up to significant savings in your energy bills.

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Retrofit strategies to improve energy efficiency in buildings: An integrative review

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Retrofit strategies to improve energy efficiency in buildings: An integrative review

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Highlights

This is an integrative literature review with 269 papers reviewed. Italy publishes the most on the topic, followed by China, Spain, and the USA. The most used strategy worldwide is improving the envelope’s thermal insulation. Several aspects of retrofits has been discussed, including benefits and disadvantages.

Based on the conclusions, future retrofit assessments has been suggested.

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EU-Directive

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Since the introduction of the Renewable Energy Directive (2009/28/EC), the share of renewable energy sources in EU energy consumption has increased from 12.5% in 2010 to 21.8% in 2021. Sweden had the highest share of renewables in its consumption (62.6%), ahead of Finland (43.1%) and Latvia (42.1%), as reported to Eurostat.

The EU is already a global leader on renewables when it comes to technology development and deployment. However, its competitiveness on global renewable energy markets could be further strengthened, as confirmed by a report on the EU's global leadership in renewable energy, published in 2021.

Under the European Green Deal, renewable energy is a pillar of the clean energy transition. It comes at a very low cost and is home-grown, which reduces Europe's dependency on external suppliers. This is why the EU's level of ambition on increasing the share of renewables in its electricity mix and the measures needed to achieve this are regularly revisited.

Revision of the Directive

Given the need to speed up the EU's clean energy transition, the Directive EU/2018/2001 was revised and entered into force in 2018 and has been legally binding since June 2021.

It sets an overall European renewable energy target of 32% by 2030 and includes rules to ensure the uptake of renewables in the transport sector and in heating and cooling. The directive sets common principles and rules for renewable energy support schemes, sustainability criteria for biomass and the right to produce and consume renewable energy and to establish renewable energy communities. It also establishes rules to remove barriers, stimulate investments and drive cost reductions in renewable energy technologies and empowers citizens and businesses to participate in the clean energy transformation.

In July 2021, the Commission proposed another revision of the directive, raising the 2030 target to 40% (up from 32%), as part of the 'Fit for 55' package.

Less than a year later, following Russia's invasion of Ukraine and the need to accelerate the EU's independence from fossil fuels, the Commission proposed to further increase the target to 45% by 2030.

On 30 March 2023, a provisional agreement was reached for a binding target of at least 42.5% by 2030, but aiming for 45%. Once this process is completed, the new legislation will be formally adopted and enter into force.

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The renewable energy directive is the legal framework for the development of renewable energy across all sectors of the EU economy, and supports cooperation across EU countries.

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EU-Directive

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First adopted in 2012, the directive was updated in 2018 and 2023, setting rules and obligations for achieving the EU’s ambitious energy efficiency targets.

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EU-Directive

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Energy Performance of Buildings Directive

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The directive sets out a range of measures to help boost the energy efficiency of buildings across Europe.

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75% of EU buildings are deemed energy inefficient!

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75% of EU buildings are deemed energy inefficient!

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75% of EU buildings are deemed energy inefficient, and up to one in four households in Europe cannot afford to adequately heat, cool, or light their homes.

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As we emerge from the worst energy crisis in a generation, it is a timely opportunity to look back on our collective achievements over the past year. 2022 was an extraordinarily difficult one – driven primarily by Russia’s unprovoked war on Ukraine and the deliberate attempt to turn energy into a political weapon.

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"EU rules aim to ensure that consumers are well protected in the energy market and can easily participate in the clean energy transition, enabling them to save both energy and money."

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Protecting and empowering energy consumers

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EU rules that protect energy consumers and provide them with the freedom to select their energy supplier.

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The EU is actively promoting Europe’s transition to a sustainable and responsible society, and is trying to facilitate the necessary private and public investment in, e.g., the clean energy transition. This should not only be good for the planet, but also good for the economy, good for the society, and good for consumers.

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The EU is actively promoting Europe's transition to a low-carbon society, and is updating its rules in order to facilitate the necessary private and public investment in the clean energy transition. This should not only be good for the planet, but also good for the economy and good for consumers.

The low carbon transition aims to create a sustainable energy sector which stimulates growth, innovation, and jobs whilst improving quality of life, increasing choice, reinforcing consumer rights, and ultimately providing savings in household bills.

A streamlined and coordinated EU approach ensures a genuinely continental impact in the fight against climate change. Moves to encourage renewables and improve energy efficiency are central to reducing Europe's greenhouse gas emissions and meeting Paris Agreement commitments.

Through the European energy union, the EU is ensuring there is a greater coherence in all policy areas to meet the broad objectives of creating a reliable, affordable and sustainable energy system.

The EU also provides various funding opportunities and lending schemes to help companies and regions successfully implement energy projects.

On the international stage, the EU plays an important role, working together with other countries, regions and international organisations to tackle energy problems and ensure a reliable, competitive energy market within Europe.

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The EU is actively promoting Europe's transition to a low-carbon society, and is updating its rules in order to facilitate the necessary private and public investment in the clean energy transition. This should not only be good for the planet, but also good for the economy and good for consumers.

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Corporate sustainability and responsibility on point of view of EU

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Corporate sustainability and responsibility on point of view of EU

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The activity of companies impacts significantly on the lives of citizens in the EU and even globally. This impact is not limited to the products and services they offer or the jobs and opportunities they create, but enterprises affect also working conditions, human rights, health, the environment, innovation, education and training. That is why it is expected that companies understand their positive and negative impacts on society, economy, and the environment.

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The European Commission’s policy and actions on corporate sustainability and corporate social responsibility (CSR) or responsible business conduct.

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The ultimate best practices guide has real examples, expert tips, discovery methods, and proven implementation strategies for success.

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Tips on how to use best practices in several different purposes

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A best practice is defined as a method or technique that has been generally accepted as superior to any alternatives because it produces results that are superior to those achieved by other means or because it has become a standard way of doing things.

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What Are Best Practices?

Best practices are a set of guidelines, ethics, or ideas that represent the most efficient or prudent course of action in a given business situation.

Best practices may be established by authorities, such as regulators, self-regulatory organizations (SROs), or other governing bodies, or they may be internally decreed by a company's management team.

Key Takeaways

How Best Practices Work

Best practices serve as a general framework for a variety of situations. For instance, in businesses that produce physical products, best practices that highlight efficient ways to complete tasks might be given to employees. Best practices lists may also outline safety procedures in order to minimize employee injuries.

For corporate accountants, the generally accepted accounting principles (GAAP) represent best practices. GAAP is a common set of accounting standards which aim to improve the clarity, consistency, and comparability of the communication of financial information.

GAAP facilitates the cross-comparison of financial information across different companies within the same sector. This benefits investors and the companies they invest in by promoting transparency.

Investment managers may follow best practices when handling a client's money by prudently investing in a well-diversified portfolio and adhering to a client's risk tolerances, time horizons, and retirement goals.

Special Considerations

"Best practices" is a term that can be applied broadly and across a swath of industries. In the world of business, the phrase is used in connection with everything from project management to audit functions to explain the most efficient method of completing a business task.

With the advent of newer quality control systems came the need for a way to apply measurable benchmarks and communicate ways to rapidly implement new standards of excellence across an organization. This is done by identifying problems, quantifying their frequencies, cultivating solutions, and monitoring the execution of those solutions to ensure they solve the issues at hand.

Best Practices as Industry Benchmarks

Best practices can also be used as a benchmark where one company can share actionable solutions with other organizations. Say there's a firm well-known for its best-in-class product distribution infrastructure. When asked to precisely describe the best practices that led to their hyper-efficiency, the company reveals that it outfits all fulfillment staffers with red markers that they may use to sign off on their highest priority deliveries.

Consequently, all red ink orders are given higher levels of scrutiny than others. As more eyes reflexively search for errors when they see red ink, more mistakes can be flagged and corrected.

Steps for Developing Best Practices

Here are eight steps for developing best practices:

Do your homework: Research what companies in your industry do regarding best practices, in terms of customer service, hiring, promotions, production, and anything else of import.

Share your information: Once you have determined what best practices are important, communicate this to key individuals in your company so that everyone is on the same page.

Define your metrics: When you determine your best practices make sure they are measurable so you can keep track of progress towards their implementation, and to boost accountability.

Manage change: Employees and others are typically resistant to change. Prepare for this resistance and develop a strategy to move forward when you implement new practices.

Modify and customize for your business: When implementing a best practice, modify it so that it meets the characteristics of your business and fits with your intended goals.

Involve everyone: Like sharing your information, make certain that everyone in the organization is aware of best practices and that they have agreed to abide by them.

Align business and customer needs: Seek guidance from other businesses or customers that might be able to help you refine and better implement your best practices.

Evaluate and refine: As your business evolves, take stock of your best practices and refine if necessary to meet the ways that your organization has changed.

Examples of Best Practices

Just in Time

Just in time (JIT) is a best practices solution focused on inventory that seeks to align materials ordered from suppliers to a production schedule. The goal of JIT is to ensure efficiency and reduce waste by only receiving materials when needed. While this trims inventory costs, it requires businesses to forecast demand for their goods accurately to ensure proper amounts of supplies are on hand.

Kaizen is a Japanese management philosophy that seeks to improve productivity gradually and methodically. It is a Japanese word that means "change for the better" or "continuous improvement."

Kaizen seeks to involve all employees and improve operations on a continuous basis. Characteristics of kaizen include designing a workplace to be more efficient and impactful by creating a team atmosphere, improving everyday procedures, making sure employees are engaged, and seeking to make jobs more fulfilling, safer, and less tiring.

Best Practices for Investors

With so many stocks to choose from, it can be hard to know which one to pick for your portfolio. In choosing a stock, it's important to know what you want your portfolio to look like and to keep that in mind as time goes by.

As an investor, it's critical to be aware of daily news, not only for the companies you are analyzing or have already invested in but also for world and financial news, as these impact stocks as well. Reading the news is probably the first step in deciding what stock to pick. Understanding which companies are trending, what sectors are primed to do well, and where the economy is heading, will give you an idea of where to start looking.

From there, start compiling a list of stocks that interest you. For example, if you read that new technology has emerged that has made another product obsolete (for example, smartphones making traditional landlines obsolete), you may start looking into such companies.

You can find stocks through research of who the main players are in the sector you are interested in. Conversely, you can look at exchange traded funds (ETFs) that invest in the sector. You can also use screeners to sort through companies based on a variety of factors, such as market cap and earnings. From there, a detailed analysis of a company's financial statements would provide you with information you need regarding the company's health.

What Are Best Practices in Education?

Best practices in education include staying proactive by ensuring your next teaching activity is prepared and set to go before the current one finishes. This allows students to be engaged by reducing disruptions. Encourage communication by involving students in the classroom setting. This can include varying the way in which they provide answers (e.g. verbal, written, visual, in groups, etc.). Work backward by setting an end goal and figuring out how to reach that goal with your students. Always keep your resources, such as lesson plans, so you can build upon what you have done before and refine the way you approach teaching. And lastly, be a role model by setting the examples you want your students to exhibit.

What Are Best Practices in Healthcare?

Best practices in healthcare include training your staff so that they know how to deliver great service and put patient care and experience as their main priority. Ensure patient education, which has been proven to improve the overall healthcare experience. A patient that understands the what and why of their health and the care they are getting are usually happier and more comfortable. Establish a care-orientated environment by incorporating small details, such as remembering a patient's name, smiling, listening carefully, and incorporating follow-up calls.

What Are Best Practices in Customer Service?

Good customer service starts with good employees. Ensure you are hiring the best people and incentivizing them to join your firm and stay. This can be done through good pay and benefits as well as the overall corporate environment.

Manage customer expectations. Telling a customer that everything will be taken care of is easy, but this isn't always the case. Being upfront and honest with a customer will always keep them grounded and prevent them from being disappointed.

With customer service, first impressions count. Make sure the first impression is perfect. This sets the tone for future engagement and shapes customers' opinions of the service they're receiving. Collect as much data as you can to help them and also personalize the experience.

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What You Should Know About Best Practices

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Best practices are a set of guidelines, ethics, or ideas that represent the most efficient or prudent course of action in a given business situation. Best practices may be established by authorities, such as regulators, self-regulatory organizations (SROs), or other governing bodies, or they may be internally decreed by a company's management team.

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Your Ray ID for this request is 972a1f58796ff3bb

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Schedule of the workshop and test course

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Schedule of the workshop and test course

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TO BE CHANGED Note: This schedule is for the test course facilitated at Zakopane. The topics and content may differ from that of this site due to practical reasons.

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Er du interesseret i at følge med i, hvordan Vesthimmerland udvikler sig?

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PP 11 PCH - Pomeranian Chamber of Handicrafts for SMEs

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PP 11 PCH - Pomeranian Chamber of Handicrafts for SMEs

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Pomeranian Chamber of Handicrafts For Small and Medium Enterprises ( Pomorska Izba Rzemieślnicza Małych i Średnich Przedsiębiorstw) is a business self-government organization gathering 25 guild organizations and 5 craft cooperatives based on the principles of voluntary membership.
The Chamber specializes in:

trainings in the scope of implementation of quality management systems: ISO 9000, ISO 14001, HACCP

trainings in the scope of enterprise management: negotiations, sales, marketing, controlling, taxes, finance, OHS

professional trainings in craft professions, preparing for the apprentice examination and trainings for a specific job

information services in the scope of: administrative and legal aspects of running business activities, contact information, fair events, exhibitions and other economic events, drawing requests for public aid and financing business activities from different sources.

More information PIRMiŚP

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Pomeranian Chamber of Handicrafts For Small and Medium Enterprises

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Pomeranian Chamber of Handicrafts For Small and Medium Enterprises ( Pomorska Izba Rzemieślnicza Małych i Średnich Przedsiębiorstw) is a business self-government organization gathering 25 guild organizations and 5 craft cooperatives based on the principles of voluntary membership.

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PP10 SAMK - Satakunta University of Applied Sciences

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PP10 SAMK - Satakunta University of Applied Sciences

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SAMK – Satakunta University of Applied Sciences

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SAMK – Satakunta University of Applied Sciences

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We are a multi-disciplinary and an international higher education institute of over 6,700 students and over 500 employees.

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PP09 SOP - Stowarzyszenie Otulina Podkrakowska

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PP09 SOP - Stowarzyszenie Otulina Podkrakowska

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Witamy na stronie Stowarzyszenia Otulina Podkrakowska.

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PP08 TREA - Tartu Regional Energy Agency

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PP08 TREA - Tartu Regional Energy Agency

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TREA english – Tartu Regional Energy Agency

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News Follow us on Facebook! ENERGIA- MONITOR
Energy monitoring, analyses and reduction

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PP07 ECCI - Estonian Chamber of Commerce and Industry

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PP07 ECCI - Estonian Chamber of Commerce and Industry

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Front page | Eesti Kaubandus-Tööstuskoda

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PP05 LCCI - Latvian Chamber of Commerce and Industry

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PP05 LCCI - Latvian Chamber of Commerce and Industry

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PP04 PDM - Panevezys District Municipality

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PP04 PDM - Panevezys District Municipality

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PP03 PCCI - Panevėžys Chamber of Commerce, Industry and Crafts

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PP03 PCCI - Panevėžys Chamber of Commerce, Industry and Crafts

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Panevėžio prekybos, pramonės ir amatų rūmai

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Panevėžio prekybos, pramonės ir amatų rūmai

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Patikimas verslo partneris ✓ Ilgametė patirtis ateities lyderiams ✓ Mūsų veiklos zonai priklauso Panevėžio ir Utenos apskritys ✓ Junkis prie mūsų!

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Lead partner of the project

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Hanse Parlament - Network for Small and Medium Enterprises

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Promoting Economic Cooperation in the Hanseatic Region

The Hanse-Parlament, a dynamic and forward-thinking organization, is dedicated to strengthening and promoting economic cooperation in the Hanseatic region. Our roots are in the rich history of the Hanseatic League, a once powerful confederation of merchants and cities known for its pioneering spirit and innovative strength. Today, we continue this legacy by providing a platform for exchange, collaboration, and growth for small and medium-sized enterprises (SMEs) in the region.

Our Mission

Our primary task is to enhance economic development and competitiveness in the Hanseatic region. We focus on supporting SMEs by providing them access to new markets, technologies, and knowledge. By creating a network of businesses, educational institutions, and policymakers, we facilitate knowledge sharing and foster innovative solutions to regional and global challenges.

Nurturing Knowledge and Innovation in the Baltic Region

The Baltic Sea Academy is a renowned institution committed to advancing education, research, and innovation across the Baltic region. As a hub of academic excellence and collaboration, we bring together a diverse community of scholars, researchers, and students dedicated to addressing the unique challenges and opportunities of the Baltic Sea area.

Our Mission

Our mission is to foster a deep understanding of the Baltic region's cultural, environmental, and economic dimensions. We aim to create a vibrant academic environment that encourages intellectual curiosity, critical thinking, and practical problem-solving. By integrating research and education, we strive to contribute significantly to the sustainable development of the region.

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About Us - Hanse Parlament - Network for Small and Medium Enterprises

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Canadian On-Line book containing covering instructions for gaining energy efficient homes by insulating.

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Keeping the Heat In - Natural Resources Canada

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Natural Resources Canada’s Office of Energy Efficiency offers this guide to educate on basic principles of building s

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Easy Energy Solutions – 
blueprints – introduction to collection, evaluation and selection

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Easy Energy Solutions – 
blueprints – introduction to collection, evaluation and selection

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The responsibility for respecting the IMPR rights in this document lies with the original authors.

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Energy efficiency solutions for Water and Electricity

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Energy efficiency solutions for Water and Electricity

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The responsibility for respecting the IMPR rights in this document lies with the original authors.

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The responsibility for respecting the IMPR rights in this document lies with the original authors.