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SIRES - PROMISES AND CHALLENGES

机译:陛下 - 承诺和挑战

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Development of energy-resources-poor remote rural areas of the world has been discussed by many in the past. Rural electrification was the first major effort undertaken globally. Harnessing locally available renewable energy resources as an environmentally friendly option is gaining momentum. Smart Integrated Renewable Energy Systems (SIRES) offer a resilient and economic path to "energize" the area and reach this goal. After briefly introducing the underpinnings of SIRES, this paper discusses the action plan that needs to be executed for employment of SIRES. The foremost step is to determine energy requirements, analyze resources availability and optimal size system components based on the objectives defined by the customers. SIRES can be tailored to suit the socioeconomic setting of the locale. Innovative financing ideas need to be developed for the users to pay for the benefits in monetary or in other forms. System components can be standardized as much as possible for mass production, replicability and lower cost. The ultimate action is to set up proof-of-concept SIRES experiments to serve as centers for research, development and training, preferably in academic settings. Among these, tasks that have been performed in order to implement SIRES are reviewed in this paper. SIRES promotes socio economic development and improve the living environment by fulfilling the fundamental energy requirements with the help of low cost renewable technologies and intelligent energy management systems.
机译:过去的许多人讨论了世界能源资源贫困遥远农村地区的发展。农村电气化是全球首次进行的主要努力。利用当地可用的可再生能源作为环保选择是获得势头。智能集成可再生能源系统(SIRE)提供了一个有弹性和经济的路径,以“激励”该地区并达到这一目标。在简要介绍萨尔雷的基础之后,本文讨论了需要被执行的行动计划才能就业。最重要的步骤是根据客户定义的目标来确定能量需求,分析资源可用性和最佳尺寸系统组件。可以根据区域设置的社会经济设置量身定制。需要为用户开发创新的融资思路,以支付货币或其他形式的福利。系统组件可以标准化尽可能多的质量生产,可复制性和更低的成本。最终的行动是建立概念证明的SIRE实验,作为研究,开发和培训的中心,最好是在学术环境中。其中,在本文中审查了以实现SIRE来执行的任务。赛人通过低成本可再生技术和智能能源管理系统促进基本能源要求,促进社会经济发展,改善生活环境。

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