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Planning of micro-grid power supply based on the weak wind and hydro power generation

机译:基于弱风和水电发电的微电网电源规划

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This paper presents the installation and verification processes of micro hydro power plant (MHPP) and micro wind power turbine (MWPT) for Kuromori Mountainous Region of Yamanashi Profecture based on the planning project of COE Program. This research focuses on the technologies to develop and utilize the natural energy in a region where the average wind speed (AWS) and water discharge are relatively weak just like the most other regions in this prefecture. micro-grid (MG) consisting of MHPP and MWPT sources are to be installed in existing power system (EPS). Contribution of MHPP and MWPT are determined by investigated wind and water characteristics on complex shaped mountainous land. Stability and reliability of the new hybrid power system are proved by using the compound controllers. Benefit from MG of MHPP and MWPT is proved by comparing the environmental and financial efficiency before and after installing the MG. This research, with the important practical significance, indicated that regions with relatively weak natural energy may be developed by applying the MG with possible compensation between micro-sources.
机译:本文基于COE计划规划项目,介绍了Micro Hydro Power Power(MHPP)和微风动力涡轮(MWPT)的Micro Hydro Power Power(MHPP)和微风动力涡轮机(MWPT)的安装和验证过程。本研究侧重于在平均风速(AWS)和排水的区域中开发和利用自然能量的技术,就像该县中最常见的地区相对较弱。由MHPP和MWPT源组成的微电网(MG)将安装在现有电力系统(EPS)中。 MHPP和MWPT的贡献是由对复杂形状的山地上的调查风和水特性决定。通过使用复合控制器证明了新的混合动力系统的稳定性和可靠性。通过比较安装MG之前和之后的环境和财务效率,证明了MG的MGPP和MWPT的益处。该研究具有重要的实际意义,表明,可以通过在微源之间可能的补偿来开发具有相对较弱的自然能量的区域。

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