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Analysis of the energy consumption life cycle of the distributed energy system and GHG emission projects: a case of auxiliary energy supply of brewery in China

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Analysis of the energy consumption life cycle of the distributed energy system and GHG emission projects: a case of auxiliary energy supply of brewery in China

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This article is about a project that studies the energy consumption by a brewery in China and how to use less energy, so they are trying to make a natural GHG gas, which saves energy and reduces emissions, which is very feasible for the environment and also at a socioeconomic level since energy costs a lot and by reducing it, costs are also reduced.
Let's see how the life cycle analysis is an essential tool in the evaluation of the environmental impact of new energy technologies, mainly when establishing the net reduction of greenhouse gas emissions

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Implement energy technologies, mainly in establishing the net reduction in emissions of greenhouse gases.

provide an overview of what a life-cycle assessment of energy services, such as a person reaches their daily work.

Mitigate air pollution due to emissions

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Cada vez son más los que apuestan por el uso de energías renovables. Estas energías son recursos limpios e inagotables que nos proporciona la naturaleza. Su empleo nos proporciona un sinfín de ventajas, el más importante, reducir el efecto invernadero y proteger nuestro planeta.

Las energías renovables han recibido un importante impulso y respaldo tras el Acuerdo de París de 2015. Este acuerdo entrará en vigor en 2020 y, por primera vez, establece un objetivo global vinculante para todos los países firmantes. Todos ellos se han comprometido a reducir sus emisiones contaminantes para reducir los efectos del cambio climático. ¿Y cómo hacerlo? Con el aumento del uso de las energías limpias.

A diferencia de los combustibles fósiles, las energías renovables no producen gases de efecto invernadero, que son los causantes del cambio climático, ni tampoco emisiones contaminantes.

Otra ventaja fundamental es el precio. Mientras que los combustibles fósiles continúan con la subida en sus precios, las energías renovables cada vez tienen unos costes más bajos.

En Biokima apostamos por el uso de las energías limpias como la biomasa y la aerotermia. En los últimos años, el uso de estas energías ha experimentado un gran aumento. Aquí os presentamos el gráfico realizado por el Observatorio Biomasa donde podemos observar cómo ha crecido el número de instalaciones de biomasa desde el año 2009.

Puedes encontrar más información en http://www.observatoriobiomasa.es/.

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La importancia de las energías renovables - biokima.com

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Cada vez son más los que apuestan por el uso de energías renovables. Estas energías son recursos limpios e inagotables que nos proporciona la naturaleza. Su

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This article studies the life-cycle assessment to evaluate energy consumption and GHG emissions. China Resources Snow Breweries studied the natural gas distributed.

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Step 1: Convert the output to energy input
Step 2: Use the energy input to calculate the power consumption and life cycle gas emissions greenhouse
Step 3: Calculate the energy saving and emission reduction rate by comparing ky case based on the above results

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This research is being carried out in order to find alternatives that do not generate as many emissions and that save energy, since it is important to verify that the environment is not contaminated

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It is important to highlight that this article contributes a lot in the industry, since it can be taken as an example so that others see the importance of taking care of the environment.

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Distributed energy systems are on the rise especially in China, but it is at the stage in which it is learned by doing, although this is the gap between current projects and best practices makes the evaluation of projects of the Distributed Energy System is important; The research conducted in Sichuan, China, is based on the analysis of the life cycle (LCA), in the production of electricity, heat and cooling. In this process, the input required by each technology was analyzed by comparing energy consumption according to the life cycle and GHG emissions; allowing to determine which of the technologies are more efficient with energy consumption and emissions. Thus allowing the implementation of policies that guide future distributed energy projects.

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In this case, as far as the life cycle of a product is concerned, as it is well known, its production generates alterations to the environment through the process that is carried out, since it consumes resources such as natural gas in this case. they are proposing as a new alternative since this generates less emissions and consumes less energy.

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It has outstanding performance in energy saving and emission reduction. Comparing the case using coal and electricity network, Distributed Energy System project, based gas 8% energy saving and emission of greenhouse gases reduced by 38% on a Life Cycle Analysis view.
It is important that governments begin to look at alternative energies and have resources to venture into these in search of reducing greenhouse gases

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However, it also deals with where case studies are required both in academic literature and in policy formulation because:
1) The specific configuration of the Distributed Energy System project influences the economic characteristic of the technology that the project uses.

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According to the analysis, coal remains the dominant energy used by central heating systems in China. According to China the 2012 Energy Flow Diagram, coal represents 85% of the energy used in heating. Solar and biomass energy, although limited, can satisfy part of the electricity demand, and our results can quantify these results.

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Energy models can benefit the care of the environment since they benefit the climate. The maximum utilization of solar energy and biomass is economically reasonable, and can reduce the loss of energy in transport and other processes.