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首页> 外文会议>2017 CHILEAN Conference on Electrical, Electronics Engineering, Information and Communication Technologies >Energy efficiency diagnosis of the solar photovoltaic energy test bank at the plazoleta “A La Vida” in the Francisco de Paula Santader Ocaña University
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Energy efficiency diagnosis of the solar photovoltaic energy test bank at the plazoleta “A La Vida” in the Francisco de Paula Santader Ocaña University

机译：弗朗西斯科·德·保拉·桑塔德·奥卡尼亚大学普拉查塔“阿拉维达”分校太阳能光伏能源测试库的能效诊断

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摘要

Technological knowledge and human capital in the last decades have gathered momentum at world sphere with a significant impact on the sustainable development of the nations through the renewable energies, specifically, with the use of solar energy, which can become useful energy forms such as electricity through a photovoltaic system. Its implementation has increased in places that are located away from the urban areas in which access to the production of electrical energy is difficult. For its implementation, it is important to consider compliance with regulatory standards and access to financing. This is how the Francisco de Paula Santander Ocaña University analyzes the generation of electricity through a photovoltaic installation in the Energy Test Bank located in the `Plazoleta a la Vida' in the institution, where discussed measures that applies, which energy sources aimed at the consumption of luminaires and energy requirements for the functioning of the electrical system shall be replaced. At the local sphere, the present research is planned for the solar photovoltaic system to analyze the determinant parameters for efficient use in the transformation of electric energy and the population that will benefit by substituting traditional energy sources, which will allow to evaluate the reduction of CO2 emissions in the environment. On the characterization of the physical fundamentals, the energy efficiency can be established, analyzing the sub-systems of capture, storage, regulation and consumption in the photovoltaic installation.
机译：在过去的几十年中，技术知识和人力资本在世界范围内积聚了动力，通过可再生能源，特别是通过使用太阳能，对各国的可持续发展产生了重大影响，太阳能可以成为有用的能源形式，例如通过光伏系统。在远离难以获得电能的城市地区的地方，其实施情况有所增加。对于其实施，重要的是要考虑遵守监管标准并获得融资。弗朗西斯科·德·保拉·桑坦德·奥卡尼亚大学就是通过这种方法来分析该机构位于“ Plazoleta a la Vida”的能源测试银行中的光伏装置产生的电能的，在其中讨论了适用的措施，这些能源针对的是消费灯具的数量和电气系统功能所需的能量应予以更换。在局部领域，本研究计划在太阳能光伏系统中进行分析，以确定可有效用于电能转换的决定性参数，以及可通过替代传统能源而受益的人口，这将有助于评估二氧化碳的减排量环境中的排放。根据物理基础的特征，可以建立能效，分析光伏装置中捕获，存储，调节和消耗的子系统。

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