Potential Evaluation and Best Practices of Solar Power Plant Application in Rural Areas

Y. Daus, V. Kharchenko, I. Yudaev, V. Dyachenko, S. Klychev, Sergey Rakitov
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Abstract

Recreational rest and recovery zones require a daily hot water supply, and constant availability of electricity. Therefore, the need for renewable energy sources usage in the Lower Volga region is obvious and power plants with an environmentally friendly component significant in the region. An analysis of the theoretically calculated potential renewable energy makes it possible to optimistically assert that the region is promising for autonomous renewable energy source implementation. It may be noted that potential wind and solar energy, in spite of the fact that it is distributed unevenly, is sufficient to provide energy for remote rural communities and tourist facilities. An analysis was conducted on the availability of actinometric data required for heliotechnical calculations and identified areas of applicability and accuracy of the information received from various meteorological information sources.
太阳能发电厂在农村应用的潜力评估和最佳实践
休闲休息和恢复区需要每天提供热水供应,并持续供电。因此,伏尔加河下游地区对可再生能源使用的需求是显而易见的,具有环境友好成分的发电厂在该地区意义重大。通过对理论计算的可再生能源潜力的分析,可以乐观地断言,该地区有望实现自主可再生能源。值得注意的是,潜在的风能和太阳能,尽管分布不均,但足以为偏远的农村社区和旅游设施提供能源。对日光技术计算所需的光量数据的可得性进行了分析,并确定了从各种气象资料来源收到的资料的适用领域和准确性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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