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Generation reliability for small isolated power systems entirely based on renewable sources

机译:完全基于可再生资源的小型隔离式电力系统的发电可靠性

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This paper investigates generation reliability for power systems entirely based on renewable energy sources. Stochastic models for solar and wind power are used together with simpler models of small scale hydro power and storage. The load model is deterministic and based on industrial activities with a maximum load of 28 kW. 38 different cases with different supply configurations are simulated using Monte-Carlo simulation. It can be concluded that a system with only wind power has a higher availability than a system with only solar power. However solar power is more regular which allows for a more efficient use of storage. To obtain a high availability large storage capability is needed or a combination of sources.
机译:本文研究了完全基于可再生能源的电力系统的发电可靠性。太阳能和风能的随机模型与小规模水力发电和储能的简单模型一起使用。负载模型是确定性的,并且基于最大负载为28 kW的工业活动。使用蒙特卡洛模拟法模拟了38种具有不同电源配置的不同情况。可以得出结论,仅风力发电的系统比仅太阳能发电的系统具有更高的可用性。但是,太阳能更加有规律,可以更有效地利用存储资源。为了获得高可用性,需要大型存储功能或源的组合。

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