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Reduction of the CO_2 Emission in an Electrical Network by the Integration of Renewable Resources to Protect the Environment

机译:通过整合可再生资源来减少电网中的CO_2排放以保护环境

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Energy management adapted, through the optimization of the production and consumption of fossil fuels with simple solutions possible to reduce the total over cost bound to fuel production (in all costs of investment) and consequently the reduction of CO_2 emission (less production= less emission),which based on the quality of energy, control of energy and the energy management and to satisfy demand and maintaining equal balance equation: ∑ PD=Pc + Pl with a total cost CT= ∑ Ci feasible and controllable in our case, this optimization allows saving of energy; so this research lies withn the scope of the environmental search for the solutions of optimizations of energy in the electrical supply network (obligation to reduce the CO_2 emission). Indeed, and among these main solution of research is the integration of the renewable resources (energy independence and the sustainable development) that it pushes us to consider from now on the energy problem not only according to the economic point of view, but also according an ecological point of view. This with us encouraged to develop our systems of energy on the basis of distributed generation on a large scale including/understanding renewable energy and the high-output solutions energetic.
机译:通过通过优化化石燃料的生产和消费,通过简单的解决方案进行精度,可以降低燃料生产的总成本(以所有投资成本),因此减少CO_2排放(较少的生产=排放较少)基于能量质量,能量管理和能源管理的控制和满足需求和维护等平衡方程的质量:ΣPD= PC + PL总成本CT =ΣCI在我们的情况下可行和可控,这种优化允许节省能量;因此,这项研究涉及环境搜索的范围,了解电源网络中能量优化的解决方案(减少CO_2排放的义务)。实际上,在这些主要的研究解决方案中是整合可再生资源(能源独立和可持续发展),即它推动我们现在不仅根据经济观点来考虑的能源问题,而且还要根据生态观点。这与我们鼓励在大规模的分布发电的基础上制定我们的能源系统,包括/理解可再生能源和高产量解决方案的精力充沛。

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