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Renewable energy is understood as any energy that does not cause damage or deterioration to the environment since it does not generate greenhouse gases, one of the most used renewable energy is solar, which is channeled through the solar panels, which They are currently installed in hospitals, houses and farms, at the automobile level we also find this type of energy but in this medium more than all the electricity is used, which has been introduced to our country little by little.
Renewable energies are very useful if you still have concerns to use it at an industrial level since it must be constant enough to generate a product whatever it is.
Despite the benefits it provides to society and the environment and meeting the 17 objectives of the United Nations, there are still countries outside their obligation to the world and continue to exploit minerals such as coal and oil that are the main source of generation of greenhouse gases.

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Being the LCA a tool that allows us to evaluate the environmental problems that remain after the processes of a product, the stages of this can be seen as follows:

-Extraction of raw material: these are the activities that are carried out for the extraction of raw materials that will be used in the manufacture of the product.

-Manufacturing: they are the activities of transformation of the raw material to turn it into the product.

-Logistics: are the activities of packaging and distribution of the product to its point of use.

-Use-Reuse-Maintenance: It is the use attributed to the product, with its consequent consumption according to its type, its repairs if they occur, which bring a new load from the previous 3 phases, and its subsequent reuse.

-Recycling: phase in which different product materials can be recovered to take advantage of this material.

-Residue: finally we have the waste which are not used and are recorded in dumps or landfills, at this point many times waste arrives which could be used in recycling.

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The most important aspects in the Life Cycle Analysis.

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The most important aspects in the Life Cycle Analysis.

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The most important aspects in the Life Cycle Analysis are in the energy consumption and the emissions that these generate, according to studies carried out in China through the energy systems project, where the priority lies in saving traditional energy projects , based on the use of coal and power grid. Through the use of renewable energy, greenhouse gases, which emit radiation within the infrared range, are favorably diminished.

The implementation of clean energy is a great advantage for local economies and development in energy independence. Well, the business of importing fossil fuels is ending the planet. Hence the importance of carrying out projects based on the life cycle, as it complies with environmentally sustainable policies and standards. The method used in the life cycle was as follows.

Step 1: Convert the output to the energy input, such as the equation

Step 2: the energy input to calculate the energy consumption of the technology life cycle.

Step 3: Calculate energy savings and emission reduction rates by comparing life cycle energy savings and reducing greenhouse gas emissions from the life cycle.

With the development I have implemented new technologies, clean and renewable energies, we are helping in the development and education of a social and environmental generation that was severely affected because of the wrong development in human evolution in the environment. If these environmentally sustainable projects had been carried out from the beginning, we would not have animal and plant extinction on the planet, but as long as there are human beings interested in change, problems and environmental conflict, we still have an opportunity to improve survival.

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Renewable energy is called energy obtained from virtually inexhaustible natural sources, either because of the immense amount of energy they contain, or because they are capable of regenerating by natural means.
Renewable energies are those produced from natural sources not subject to depletion, such as the sun, wind, waves and tides, the power of water and the heat of the earth. From here they take the name of solar energy, wind energy, hydroelectric power and geothermal energy.
The renewable energy classes are: solar energy, thermal solar energy, wind energy, geothermal energy, hydraulic energy, bionase, ocean energy, hydrogen, thermal energy,

advantages of renewable energy
advantages of renewable energy
They do not pollute
they are not sold out
They help stop
the greenhouse effect
They benefit the economy
They allow us to save
They are sustainable
They can meet the demand.

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The analysis of the life cycle of the products

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The analysis of the life cycle of the products

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"The life cycle analysis (LCA) is an environmental evaluation methodology through which all the environmental aspects of a product, process or service can be analyzed and quantified throughout its life cycle. The study includes all stages of its existence, that is, the stages that range from the extraction and processing of raw materials, their manufacture, transport, distribution, use, reuse or recycling and the final disposal of waste.
The main function of a life cycle analysis is to provide information that helps to identify opportunities for improvement, in order to confront the associated risks and finally make the necessary decisions to improve environmental performance. The (LCA) allows to compare between processes of the same product or between products of different materials, so that this information has direct application in the design and development of products, the continuous improvement of processes, strategic planning, green marketing, as well as in the development of public policies".

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 Article "Life Cycle Analysis of Distributed Energy System Projects’ Energy Consumption and GHG Emission – A Case of Beer Brewery Auxiliary Power Supply in China”

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 Article "Life Cycle Analysis of Distributed Energy System Projects’ Energy Consumption and GHG Emission – A Case of Beer Brewery Auxiliary Power Supply in China”

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The method of interpretation of results (ICV) and (EICV) were used, in order to extract, according to the objectives and scope set, conclusions and recommendations that allow decision-making, for this case The distribution of energy in China for the beer production process, it is important to show that the use of alternative energy such as biomass, wind energy, solar energy or the same use of natural gas greatly reduces the generation of emissions from greenhouse gases, making the product to be acquired more sustainable, on the other hand if the energy required to make such a product is with co-conventional energy (thermoelectric, use of coal boilers), pollution to the environment is greater which does not make the product sustainable in its life cycle.