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Cesar Bautista                 Analysis of the life cycle of distributed energy systems projects' Energy consumption and GHG emissions 

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Cesar Bautista                 Analysis of the life cycle of distributed energy systems projects' Energy consumption and GHG emissions 

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With the growing number of distributed energy and natural gas system projects in China, a natural gas-based energy system can meet the diverse needs of the user such as heat, cooling, and electricity, as long as there is a loss of efficiency in energy transportation.
The distributed energy system has accelerated in recent years, which is important to China's five-year plans, as it has the responsible support of politicians and experts who lead and build efficient energy system projects.
The article mentions six investigations or cases that study the differences in emissions between conventional energy and that distributed by natural gas. The researchers provide basic information on the sensitivity factors.

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Each gas-based research projects is complete because they include economic value, environmental value, analyzes the economy, viability, oil prices, evaluation of operational scenarios; thus using the methods of life cycle analysis (LCA), to assess energy consumption and GHG emissions in each project, thus applying the NTC ISO 14040 and 14044 standard, which does not fail any stage of the life cycle, from the extraction of the raw material, processing, manufacturing, transportation, distribution and use of the product, analyzing the different outputs and environmental impacts, with the aim of reducing GHG, and the scope of the beer industry in Sichuan, China.

The interpretation of the study results by research project is based on sensitivity and focuses on the Coefficient of Performance (COP), cooling and boiler efficiency.
The results obtained showed that the All Natural Gas project saves 8% energy and reduces GHG emissions by 38% compared to the traditional project that uses coal and electricity from the grid. Although this shows that the All Natural Gas project reduced emissions, renewable energy projects are not as significant as it is, but this type of renewable energy has potential for development and the future, thus working for the environment and quality. of life.

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In this article in the framework of the research which is based on life cycle analysis (LCA), with the production of electricity, heat and cooling. The aim is to analyze the inputs required by different technologies and compare it with life cycle energy consumption and greenhouse gas (GHG) emissions. Life cycle analysis becomes a major stream of assessment methods that helps to investigate the difference in emissions between the distributed power system and the traditional power system, which provides information on sensitivity factors.

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In this article, life cycle analysis (LCA) methods are used to assess energy consumption and Greenhouse Gases (GHG). The importance of looking for new alternative sources that are efficient and most importantly friendly to the environment is one of the great challenges for humanity. In the article Analysis of the life cycle of distributed energy system projects, it is interesting that to gas-based distributed energy systems, this type of alternative is viable because it helps reduce 8% of energy and an even more important point and where these large projects should be directed is the reduction of effect gases Greenhouse (GHG), main causes of global warming, which in this article has very good results, showing a reduction of its emission by 38% from the point of view of the life cycle.

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The implementation and elaboration of projects applying the analysis of the life cycle, having a better result from its parameters, as explained in the results set out in the article, as wind energy or biomass is specified there from of the byproduct of beer production, improves performance and GHG emissions, which is what seeks to implement these new sustainable development alternatives for the intervention of politics and the interest of the people who come to function and be part not only of projects and citizen initiatives but part of our day to day and  this way leave aside the carbon-based electronic energies that, as it is well exposed, are one of the great generators of environmental pollution, which is why you should bet and strengthen projects that benefit natural resources and the mitigation that day by day is generated to the environment.

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The article shows the importance of the different renewable energy alternatives to reduce and mitigate the environmental impact caused by GHGs. In these studies the positive results are evidenced since it has been possible to reduce up to 38% of these gases, which which can affirm that renewable energy projects can be highly successful if they are developed and worked together with the political factor in order to bet on them and grow to improve environmental quality for future generations.