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Opened: 2017
Use: Power plant, sports facility
Design: Bjarke Ingels Group (BIG)

CopenHill, also called Amager Bakke, might be the ultimate mixed-use project.

It's both a power plant that burns waste to generate electricity, and a sports facility where you can take on one of the world's tallest climbing towers. But it's most spectacular offering is an artificial ski and snowboard slope.

Beneath the wintertime fun, 440,000 tons of waste is yearly converted by furnaces, steam and turbines into clean electricity and heating for 150,000 nearby homes, according to Architect Magazine.

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Central Park Sydney, Бродвей, Чиппендейл Новый Южный Уэльс, Австралия

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Central Park Sydney, Бродвей, Чиппендейл Новый Южный Уэльс, Австралия

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Central Park Sydney, Бродвей, Чиппендейл Новый Южный Уэльс, Австралия

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Muzafarov Maxim IT1-2018

Central Park Sydney - это современный многофункциональный комплекс, расположенный в Сиднее, Австралия. Он включает в себя жилые здания, коммерческие помещения, парк, открытые площадки и другие объекты инфраструктуры.

Комплекс был создан на месте бывшей текстильной фабрики и стал примером успешной реконструкции промышленного района. Он знаменит своим просторным парком, который включает в себя ландшафтный дизайн, общественные пространства, искусственные водоемы и сады.

Central Park Sydney стал популярным местом для проживания, работы и отдыха в Сиднее благодаря своей удобной локации, богатой инфраструктуре и современному дизайну.

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Shnaidmiller Anastasia ITIS-1917R.
Agostinho Neto University, Angola
1. Natural ventilation, which is associated with the architectural solution and the creation of air funnels from trees. Because of this, cooling costs are reduced.
2. Saving electricity due to the location and type of construction.

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Suzlon One Earth, Malwadi Road, Keshav Nagar, Hadapsar, Pune, Maharastra, India

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Suzlon One Earth, Malwadi Road, Keshav Nagar, Hadapsar, Pune, Maharastra, India

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Suzlon One Earth, Malwadi Road, Keshav Nagar, Hadapsar, Pune, Maharastra, India

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ITIS-1915R Kamilla Chukanova
This building is green because:
1. The campus is spread across 10 acres and is completely powered by renewable energy, including hybrid wind turbines, solar panels and photovoltaic cells. Suzlon One Earth is a LEED Platinum and GRIHA 5 - star certified building and is one of the greenest corporate campuses in the world.
2. The building is three levels high and is sited on 10.5 acres. It achieved LEED for New Construction Platinum certification from the India Green Building Council, as well as Five-Star GRIHA (Green Rating for Integrated Habitat Assessment) certification
3. 5% (154 kilowatts) of its annual energy is generated on-site through conventional and building-integrated photovoltaic panels (20%) and wind turbines (80%). All balance energy required for the campus is generated through Suzlon’s off-site wind turbines, making One Earth technically a zero energy project.

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105 Namsangongwon-gil, Yongsan-gu, Seoul, Южная Корея

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105 Namsangongwon-gil, Yongsan-gu, Seoul, Южная Корея The BOS Tower in Seoul 

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105 Namsangongwon-gil, Yongsan-gu, Seoul, Южная Корея The BOS Tower in Seoul 

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1 The building features a smart lighting system that adjusts to changing natural light levels and occupancy, reducing energy consumption and improving indoor air quality.

2 The building has an intelligent waste management system that minimizes waste and conserves resources. The system sorts and recycles waste materials, reducing the building's overall environmental impact.
Energy Management System: The building has a highly integrated energy management system that provides real-time monitoring of energy usage, indoor air quality, and other building systems. This helps to optimize building performance and reduce waste.

3 The building is designed to provide a comfortable and convenient environment for its occupants, with features such as an efficient heating and cooling system, high-quality indoor air, and convenient access to public transportation.

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Bullitt Center, Восток-Мэдисон-стрит, Сиэтл, Вашингтон, США

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Bullitt Center, Восток-Мэдисон-стрит, Сиэтл, Вашингтон, США

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Bullitt Center, Восток-Мэдисон-стрит, Сиэтл, Вашингтон, США

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The Bullitt Center in Seattle, USA is considered a green building for several reasons:
1. Net zero energy: The Bullitt Center is designed to be energy self-sufficient, generating all of its own energy needs through a large rooftop solar panel array.
2. Water conservation: The building uses rainwater harvesting and greywater systems to reduce water consumption by up to 70%.
3. Sustainable materials: The building was constructed using non-toxic, locally sourced, and sustainably harvested materials, with a focus on reducing waste.
4. Health and well-being: The building was designed with the health and well-being of its occupants in mind, featuring ample natural light, operable windows for fresh air, and a rooftop garden.
5. Certification: The Bullitt Center was the first commercial building to achieve Living Building Challenge certification, which is the most rigorous green building certification in the world.
Overall, The Bullitt Center serves as an excellent example of a green building that promotes sustainability, energy efficiency, and the health and well-being of its occupants.
Gultayev Dauren, ITIS-1915R

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Center for Sustainable Landscapes, Шенли Драйв, Питтсбург, Пенсильвания, США

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Center for Sustainable Landscapes, Шенли Драйв, Питтсбург, Пенсильвания, США

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Center for Sustainable Landscapes, Шенли Драйв, Питтсбург, Пенсильвания, США

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Group: ITIS-1915R
Name: Temirkhan Assel
The Americans are also forerunners in building green buildings so it is no surprise that they took things up a notch when they built Phipps’ Center For Sustainable Landscapes (CSL) in Pittsburgh. This building uses different sources of energy such as solar, wind and geothermal.

The CSL building is also known to be run on net-zero water which means that wastewater is being recycled while rainwater is harvested so that the building won’t rely on city water anymore. This works for CSL as all its operations run smoothly including its plumbing.

Phipps’ CSL also features a green roof where visitors can walk in the rooftop garden as its walkways are filled with lush and leafy plants.

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Museu do Amanhã - Praça Mauá - Centro, Río de Janeiro - Estado de Río de Janeiro, Brasil

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Museu do Amanhã - Praça Mauá - Centro, Río de Janeiro - Estado de Río de Janeiro, Brasil

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Museu do Amanhã - Praça Mauá - Centro, Río de Janeiro - Estado de Río de Janeiro, Brasil

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ITIS-1915R Kamilla Chukanova
This building is green because:
It is the first Brazilian museum to receive the LEED (Leadership in Energy and Environmental Design) Green Building Consul Brazil. With 15 thousand square meters the project has a bold design required a complex and high-technology work, but this did not create barriers to sustainability, it favored the development of sustainable technologies. The factors that made the museum worthy of its title were: rational use of water, sustainable spaces, quality of the building's internal environments, innovation, meeting local needs, energy efficiency, reduction and reuse of materials and resources. In terms of the rational use of water, the building reuses water from sinks, washbasins, showers and rain for non-potable purposes.

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One Angel Square, Манчестер, Великобритания

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One Angel Square, Манчестер, Великобритания

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One Angel Square, Манчестер, Великобритания

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One Angel Square in Manchester, UK is considered a green building for several reasons.

Firstly, it has achieved the highest sustainability rating (BREEAM Outstanding) for a building of its type in the world. This is due to its innovative design features and the use of energy-efficient technologies, such as a combined heat and power plant, rainwater harvesting, and solar shading.

Secondly, the building uses 80% less energy than the building it replaced, and it generates a significant proportion of its own renewable energy on-site through photovoltaic panels and a ground-source heat pump.

Lastly, the building has been designed with the health and well-being of its occupants in mind, with features such as natural ventilation and a green roof, which provides a connection to nature and helps to improve air quality.

Saidikarimov Islomkhon, ITIS1915R

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The story that Shymkent is a green city has long been a myth.  With enviable regularity, social networks are shaken by scandals due to cutting down or pruning trees.  The manner of trimming the crowns of trees in winter or summer has already set the townspeople on edge, but Shymkent residents continue to criticize public utilities for this, post photos on social networks and unanswerably appeal to the wisdom of those in power.  In parallel with this, the citizens do not lose hope to defend the trees that stand in the way of potential sidewalks and bike paths.  The mass repair of roads and the construction of zones for pedestrians and cyclists seem to have untied the hands of tree fighters.  This year Shymkent asphalt pavers came up with a "know-how" - they also concrete the roots of trees, although the townspeople still cannot understand why.

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The Crystal Palace, London, United Kingdom

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The Crystal Palace, London, United Kingdom

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The Crystal Palace, London, United Kingdom

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Student: Azhar Kurmangalieva

Siemens, one of the leading and top-most companies in the United Kingdom has built The Crystal, an urban sustainable landmark that draws thousands of visitors each year. Aside from its striking structural design, The Crystal is one of the greenest buildings ever built by mankind.

This building uses natural light, that is, natural daylight is availed of entirely during the day. It also utilizes smart lighting technology, wherein electricity is mainly powered by photovoltaic solar panels- the building is illuminated by an integration of LED and fluorescent lights which are switched on and off depending on the bulk of daylight present.

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1. The Forum Business Center: This office building, also located in Tashkent, is designed to be energy-efficient and sustainable. It features a photovoltaic system that generates electricity from sunlight, as well as a rainwater harvesting system and energy-efficient lighting and HVAC systems.

2. One of the key features of the building is a photovoltaic system that generates electricity from sunlight. This system helps to reduce the building's reliance on grid electricity, lowering its carbon footprint and operating costs. The building also features a rainwater harvesting system, which collects rainwater for reuse in irrigation and other non-potable applications.

3. The Forum Business Center also incorporates energy-efficient lighting and HVAC systems, which help to reduce energy consumption and greenhouse gas emissions. The building's design includes ample natural light and ventilation, which helps to minimize the need for artificial lighting and air conditioning. In addition, the building features a green roof, which helps to reduce heat gain and improve insulation.

4. Overall, the Forum Business Center is an example of how eco-friendly design and construction can be combined with functional and attractive office spaces. The building demonstrates Uzbekistan's commitment to promoting sustainable development and reducing its impact on the environment.

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Марина Гарденс Драйв, Gardens by the Bay, Сингапур

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Марина Гарденс Драйв, Gardens by the Bay, Сингапур

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Марина Гарденс Драйв, Gardens by the Bay, Сингапур

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Gardens by the Bay

One of the most popular natural attractions is "Gardens by the Bay" (Gardens by the Bay), which offers a stunning view of the Marina Bay embankment.

There are several greenhouses in the gardens, where you can get acquainted with different types of flora from all over the world.  The greenhouse is made in the form of free-standing dome glass structures without internal supports.  Greenhouses "Flower Dome" and "Cloud Forest" were entered into the Guinness Book of Records as the largest glass greenhouses in the world in 2015.

In April 2019, a new pavilion was opened - "Flower Fantasy".  He quickly won the love of those looking for truly high-quality and original photo content: everything is filled with flowers here.

Abdullayev Yerkhan

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Тверская область, Россия

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Тверская область, Россия

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Тверская область, Россия

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Among the "green" technologies used at the facility:
- Heat recovery. For the process cold water preparation system, energy-efficient chillers with waste heat recovery for heating the building were used.
- Automated control system for engineering systems. Allows you to perform a detailed analysis of energy consumption.
- Daylight. Providing natural lighting for 90% of all areas of the building during daylight hours.
- Ventilation on demand. Provides an optimal working environment and energy efficiency.
- CO2 level monitoring systems.
- Reuse of water. Innovative vacuum water distillation process - 100% water reuse in phosphating. Only rainwater is used to irrigate lawns.

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Solarsiedlung am Schlierberg, Цигельвег, Фрайбург, Германия

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Solarsiedlung am Schlierberg, Цигельвег, Фрайбург, Германия

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Solarsiedlung am Schlierberg, Цигельвег, Фрайбург, Германия

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The Solar Settlement at Schlierberg(German: Solarsiedlung am Schlierberg) is a 59-home PlusEnergyhousing community in Freiburg, Germany. Solar architect Rolf Dischwanted to apply his PlusEnergyconcept, created originally with his Heliotrope home, to mass residential production. It is one of the first housing communities in the world[1] in which all the homes produce a positive energy balance[2] and which is emissions-free and CO₂ neutral. The houses contain 2-3 floors and were built with ecological building materials via wooden post-and-beam construction from regional forests and prefabricated individual modules, PVC-free, and environmentally friendly insulation materials.

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Museum of Tomorrow – Rio de Janeiro, Brazil

1. Use of renewable energy sources: The Museum of Tomorrow incorporates green technology by relying on renewable energy sources such as solar and wind power to generate electricity. This reduces its carbon footprint and promotes the use of clean energy.

2. Sustainable building design: The building's architecture was designed with sustainability in mind, using materials that reduce energy consumption and promote natural ventilation. This reduces the building's environmental impact and helps it to operate more efficiently.

3. Educational exhibits on green technology: The Museum of Tomorrow features exhibits that educate visitors on green technology and sustainability. This raises awareness about the importance of using green technology and encourages individuals to adopt environmentally-friendly practices in their daily lives.

Акайдар Абзал ITIS-1912

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Solar Ark, 180 Омори, Ампати, Гифу, Япония

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Solar Ark, 180 Омори, Ампати, Гифу, Япония

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Solar Ark, 180 Омори, Ампати, Гифу, Япония

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Group: ITIS-1913
Student: Yerkimbekov Adilbek
The Solar Ark is a unique building located in Gifu Prefecture, Japan. It is shaped like an ark and is covered in 5,046 solar panels, which generate renewable energy to power the building. Here are some of the key green technologies used in the Solar Ark:

1. Solar power: As mentioned, the building is covered in solar panels that generate renewable energy. The panels have a total output capacity of 630 kW, which is enough to power approximately 100 homes.

2. Energy storage system: The building has a battery storage system that stores excess energy generated by the solar panels for use when the sun isn't shining.

3. Educational displays: The Solar Ark also serves as an educational facility, with displays and exhibits that teach visitors about renewable energy and sustainability.

4. Water conservation: The building has a rainwater harvesting system that collects rainwater and uses it for irrigation and toilet flushing.

5. Natural ventilation: The building has a natural ventilation system that uses the stack effect to circulate air and reduce the need for mechanical cooling.

The Solar Ark is an excellent example of how a building can be designed to incorporate green technology and promote sustainability. It is not located in Tokyo, but in Gifu Prefecture, which is approximately 250 km west of Tokyo.

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Each wing can be completely blocked to save energy when that part of the house is not in use.  Skylights on the roofs provide natural light to the rooms during the day, reducing the need for artificial lighting.

Particularly thought out are ways to reduce the heating of surfaces by the sun: for this, green roofs and walls were created that provide significant cooling, as well as a rainwater collection system, which is also used for irrigation.  In a small garden next to the residence, vegetables and herbs are planted, which are quite enough to feed all the residents.

Rakhmetolla Rakhman

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Kanagawa Institute of Technology, 1030 Симоогино, Ацуги, Канагава, Япония

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Kanagawa Institute of Technology, 1030 Симоогино, Ацуги, Канагава, Япония

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Kanagawa Institute of Technology, 1030 Симоогино, Ацуги, Канагава, Япония

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ITIS-1913 Dauletuly Altair (27509)
The Kanagawa Institute of Technology Workshop (Kanagawa Institute of Technology Workshop) is a building in Hayama, Japan, which was built in 2008 for the development and production of furniture and other products. The building was designed by the Japanese architectural firm Junya Ishigami + Associates stands out for its unusual design, which is a series of narrow concrete slabs resting on metal pillars and forming huge overhangs.

One of the key features of the building is the use of natural materials and natural processes to provide ventilation and lighting. The interior space is free from partitions and has an open plan, which creates the impression of a single space and provides maximum flexibility for work and production.

The building also uses energy-saving technologies such as solar panels and heat pumps to reduce its environmental burden. The main material used in the building - concrete - was chosen not only for reasons of strength, but also because it can be easily recycled and restored.

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Bosco Verticale, Via Gaetano de Castillia, Милан, Италия

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Uristem ITIS-1912
1. Bosco Verticale or the Vertical Forest has become both a touristic destination and a point of reference for creatives in the industry.
2. Bosco Verticale is a building full of greenery. The merging of intelligent solutions, innovative ideas, and environmental purposes made this construction float in the minds of creatives.
3. Yet, to water 900 trees, 5,000 shrubs, and 11,000 bushes throughout a 27-story building, there should be a considerable amount of energy to run the irrigation.

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Московская область, Россия

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Московская область, Россия

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Московская область, Россия

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Among the "green" technologies used at the facility:
- The orientation of the building to the cardinal points. The south-facing asymmetrical slope plays an important role in the home's energy balance and allows solar energy to be stored through intelligently positioned skylights and VELUX solar collectors.
- Automatic sun blinds. All windows are equipped with sun protection elements (awnings) that automatically open to increase lighting and heating from solar energy, or close to prevent overheating on hot days.
- Automated control system for engineering systems. The weather station monitors the direction and speed of the wind, in addition, each room is equipped with sensors that determine the temperature, humidity level and CO  2. Based on the data obtained, certain windows open in the premises, integrated into a single home control system.
- Alternative energy. Hot water is partly provided by solar collectors, and a heat pump is integrated into the heating system.

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Norwegian University of Science and Technology, Høgskoleringen, Тронхейм, Норвегия

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Norwegian University of Science and Technology, Høgskoleringen, Тронхейм, Норвегия

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Norwegian University of Science and Technology, Høgskoleringen, Тронхейм, Норвегия

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1. Components and technical systems were designed to be modified and replaceable over the years, with the overall shape inspired by the form of silicon crystals.

2. The roof and facades are covered in solar panels, tilted 42 degrees south, to catch as much sunlight as possible for optimum energy production.

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JW Marriot

One of the most striking examples of the development of energy-saving "green" technologies is the JW Marriott hotel in Singapore.  The canopy, which covers almost 3 hectares of territory adjacent to the hotel, imitates a curved ocean wave.  At the same time, the angular inclination of the aluminum structure is designed in such a way that the air flow provides cooling of the territory by 1-2 degrees without the use of any air conditioning systems.  The structure is also designed to collect rainwater and is equipped with solar panels that help illuminate the facade of the building.  Spectral glass also helps to limit infrared waves, which reduce the amount of heat, or limit, at the same time, the passage of light.  This means that the interior remains cooler without the expense of such cooling.

Zhumabay Bakdaulet

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1. Nur Alem: Also known as the "Astana EXPO-2017" building, Nur Alem is a futuristic, spherical structure located in the capital city of Nur-Sultan. The building was designed to be energy-efficient and features photovoltaic panels on its exterior, which generate electricity from sunlight.

2. The building is designed to be energy-efficient and sustainable, with a range of environmentally friendly features. The exterior of the building is covered with photovoltaic panels, which generate electricity from sunlight, and the building also features a wind turbine and a geothermal heating and cooling system. The spherical shape of the building helps to optimize natural light, and the interior includes a range of interactive exhibits focused on renewable energy and sustainable technologies.

3. In addition to its sustainable features, Nur Alem is also a significant cultural and educational center. The building houses a number of interactive exhibits focused on science and technology, and it also includes a conference center and a space for events and exhibitions. Since the World Exposition, Nur Alem has become a major tourist attraction and a symbol of Kazakhstan's commitment to sustainable development

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БЦ Дукат Плейс 3, улица Гашека, Москва, Россия

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БЦ Дукат Плейс 3, улица Гашека, Москва, Россия

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БЦ Дукат Плейс 3, улица Гашека, Москва, Россия

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Among the "green" technologies used at the facility:
- Energy efficient lighting. Ordinary lamps in the office center have been replaced with energy-saving ones. The building uses specially developed programs for computerized operation of lighting systems, taking into account the time of day.
- Motion sensors. Motion sensors are installed in the bathrooms.
- The operation of elevators and air conditioning systems has been optimized. This reduced the energy consumption of the building by 35%.
- Separate waste collection. The building has a full cycle of waste disposal (in the absence of a citywide waste recycling program in Moscow at the moment). The operating company organized a systematic waste disposal, having concluded contracts with private contractors for the recycling of paper, cardboard, plastic, metal, glass, electric lamps, cartridges and batteries, which are so necessary for the life of the offices.
- High visual characteristics of the view from the windows. The building is located on a large plot, the windows offer beautiful views in any direction.

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Reignwood Hamilton Scotts

Other "green" innovations include lamination of windows with a special energy-saving film, implementation of "smart" elevator operation control systems, programming of standby mode and motion sensors on stairs, in corridors, in some areas of the home territory, and much more.

Makulbek Nurkobey

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1. Energy-efficient lighting: Bishkek Park uses LED lighting throughout the mall, which consumes less energy than traditional lighting and has a longer lifespan. This helps to reduce energy consumption and maintenance costs.

2. Solar panels: The mall has installed solar panels on its roof to generate renewable energy. The panels can generate up to 10% of the mall's electricity needs, reducing its reliance on non-renewable energy sources.

3. Environmentally-friendly materials: The building's construction materials were carefully selected to be environmentally friendly. For example, the insulation material used in the building is made from recycled paper, while the facade materials are made from natural stone and wood. These materials are more sustainable than traditional building materials and help to reduce the building's environmental impact.
Group: ITIS 1913
Student: Alisher Serikali

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T4 Bldg. Osaka, 3 Тёме-6-3 Намбанака, Naniwa Ward, Осака, Япония

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T4 Bldg. Osaka, 3 Тёме-6-3 Намбанака, Naniwa Ward, Осака, Япония

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T4 Bldg. Osaka, 3 Тёме-6-3 Намбанака, Naniwa Ward, Осака, Япония

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Group: ITIS-1913
Student: Otar Aibol
The NBF Osaki Building in Tokyo, Japan is a 36-story office tower that incorporates a variety of green technologies, including:

1. Rainwater harvesting: The building has a rainwater harvesting system that collects rainwater and recycles it for toilet flushing and irrigation.

2. LED lighting: The tower uses LED lighting throughout the building, which is more energy-efficient than traditional lighting.

3. Energy management system: The building has an energy management system that monitors and controls energy usage in real-time, optimizing energy efficiency and reducing waste.

4. Green facade: The building has a green facade that uses vegetation to help regulate the temperature inside the building and reduce the urban heat island effect.

5. Bike parking and showers: The building provides bike parking and showers to encourage employees to cycle to work and reduce the use of cars.

These green technologies help to reduce the environmental impact of the NBF Osaki Building and contribute to the building's LEED Platinum certification, which is the highest level of certification in the LEED rating system for sustainable buildings.

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Reichstag, Platz der Republik, Берлин, Германия

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Reichstag, Platz der Republik, Берлин, Германия

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Reichstag, Platz der Republik, Берлин, Германия

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Nurdaulet Kurenshe

power station, its surplus heat is stored as hot water 990 feet below the ground and comes back as heating during winter.

The dome’s top uses the energy from the sun beams for light and energy that is retained by the well-insulated walls (which are from the 19th century) to retain the warmth in winter and keep it out in summer decreasing the need for air conditioning system.

The restored Reichstag boasts a 94% reduction of carbon dioxide emissions, uses renewable bio-fuel (refined vegetable oil)

A large sun shield tracks the movement of the sun electronically and blocks direct sunlight to avoid excess heat and uncomfortable glaze.

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Toranomon Hills Business Tower, 1 Тёме-17-1 Тораномон, Минато, Токио, Япония

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Toranomon Hills Business Tower, 1 Тёме-17-1 Тораномон, Минато, Токио, Япония

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Toranomon Hills Business Tower, 1 Тёме-17-1 Тораномон, Минато, Токио, Япония

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Group: ITIS-1913
Student: Kerimbay Kairuddin
The Toranomon Hills Business Tower in Tokyo, Japan is a 52-story skyscraper that was completed in 2014. It incorporates several green technologies, including:

1. Green roof: The building has a green roof that helps to reduce the urban heat island effect and provides insulation to the building, reducing energy consumption.

2. High-efficiency air conditioning system: The tower uses a high-efficiency air conditioning system that uses natural refrigerants and can adjust to changes in outdoor temperature and humidity.

3. Solar power: The building has solar panels installed on the roof and the facade, which generate renewable energy to power the building's lighting and other systems.

4. Rainwater harvesting: The tower has a rainwater harvesting system that collects rainwater and recycles it for irrigation and toilet flushing.

5. Waste reduction: The building has a waste sorting system that separates recyclables and food waste from other waste, reducing the amount of waste sent to landfills.

These green technologies help to reduce the environmental impact of the Toranomon Hills Business Tower and contribute to the building's LEED Gold certification, which recognizes buildings for their sustainable design and operations.

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Eight Edges, Малоохтинский проспект, Санкт-Петербург, Россия

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Student: Zhalgasova Manzura (ITIS - 1911)

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Eight Edges, Малоохтинский проспект, Санкт-Петербург, Россия

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Eight Edges, Малоохтинский проспект, Санкт-Петербург, Россия

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The main "green" technological solutions of this building are:
1. High performance glazing. Exceptional visual comfort and a high level of natural light due to the almost complete glazing of the facade. Double glazing with solar control reduces the building's energy needs throughout the year. The heat transfer resistance of the façade is more than 70% higher than the requirements of Russian standards for buildings with a high glazing factor.
2. Ventilation systems with waste air heat recovery. Saving about 60% of heat for supply air heating in winter. Automatic regulation of air flow in rooms with a variable number of people. The volume of fresh air supplied to the premises meets both Russian and American ASHRAE standards. During the transitional period, when outdoor air temperatures are up to about 0°C, the use of recuperation allows you to completely eliminate the consumption of external energy resources for the needs of heating the supplied air.
3. The latest air conditioning and fire extinguishing systems. Using only ozone-friendly refrigerants with minimal global warming potential. Option "free cooling" - cooling of the internal air due to low ambient temperatures in the transitional and winter periods, without the participation of refrigeration machines, and, accordingly, the cost of electricity.

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MMS Green building, Улан-Батор, Монголия

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MMS Green building, Улан-Батор, Монголия

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MMS Green building, Улан-Батор, Монголия

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1. Energy Efficiency: The building is designed with energy-efficient features that reduce its overall energy consumption, including the use of high-performance insulation, LED lighting, and a smart HVAC system that utilizes waste heat recovery.

2. Sustainable Materials: The construction materials used in the building are environmentally friendly and sustainably sourced. For example, the building's facade is made of natural stone, and the interior finishes use eco-friendly materials.

3. Water Conservation: The building is equipped with water-efficient fixtures and a rainwater harvesting system that collects and reuses rainwater for irrigation and other non-potable uses, reducing the building's overall water consumption.

Students: Ramazan Zholdas from ITIS -1913

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Здание - Tree House

Here are three reasons why we choose Tree Houses in Singapore:

1. For home maintenance and maximum autonomy of its existence, innovative developments in wastewater treatment and processing were introduced.  In order to save electricity coming from outside, solar panels with the size of 1520 square meters were installed on the roof of the complex.  m which produce about 219 thousand.  kWh of energy annually.

2. Other "green" innovations include lamination of windows with a special energy-saving film, implementation of "smart" elevator operation control systems, programming of standby mode and motion sensors on stairs, in corridors, in some areas of the home territory, and much more.

3. Now this riot of greenery saves the residents of the residential complex from unbearable heat for the most part without the use of air conditioning.  And this significantly reduces electricity consumption, as Novate.Ru editors have learned, thanks to the reasonable use of the protective functions of plants, there is no need for air conditioning by 15 - 30% (it all depends on the location of the apartment).  And this means that $400,000 is saved annually on just one item of expenditure, not to mention the improvement of the environment and the beneficial effect of purified air saturated with oxygen on people's health.

Anayat Abylay