Renewable electricity sources selection based on the economy applied approach

A. Antonov, D. Bosyi
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Abstract

The aim of the work is to develop an economically justified approach to the selection of renewable sources of electricity. This aim is achieved by construction an automated algorithm that takes into account a set of restrictions for creating the optimal structure of a photovoltaic station. The work confirms the influence of such factors on project implementation as: electricity consumption schedule, built-up area, photovoltaic station mounting system type, allocated amount of money for project implementation, fixed and variable costs for maintenance of photovoltaic station, cost of electricity. The results of an economically justified approach to the selection of renewable sources of electricity at a real photovoltaic station are given. Indicators such as pay-back period and cash flow were calculated, which show the feasibility of the proposed approach.
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基于经济应用方法的可再生能源选择
这项工作的目的是开发一种经济上合理的方法来选择可再生能源的电力。这一目标是通过构建一个自动算法来实现的,该算法考虑了一组限制,以创建光伏电站的最佳结构。工作确定了用电量计划、建筑面积、光伏电站安装系统类型、项目实施拨款金额、光伏电站固定和可变维护成本、电力成本等因素对项目实施的影响。给出了在实际光伏电站选择可再生能源的经济合理方法的结果。通过对回收期、现金流量等指标的计算,验证了所提方法的可行性。
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