台湾利用水库出水能的小型水力发电系统:系统介绍及实测结果

Li Wang, Dong-Jing Lee, Jian-Hong Liu, Zan Chen, Zone-Yuan Kuo, Weijen Lee, Jin-Shi Hsu, Cheng-Mei Chen, Shen-Syi Chiu, M. Tsai, Wei-Taw Lin, Yuan-Chung Li
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引用次数: 4

摘要

本文介绍了一种利用台湾南部某水库出口水能发电的小型水力发电系统。该系统的额定容量为8.75 MW,发电量输往台湾电力公司(TPC) 69 kv系统。由于所研究的巫山头水库水量丰富,为农田灌溉、工业灌溉、民生灌溉等提供了有效的水源,因此与风力发电机组和光伏发电阵列的间歇性发电相比,该系统的发电具有非常稳定和连续的特点。所研究的SHP工厂也是台湾最大的农田灌溉协会-中南农田灌溉协会的多重管理业务的投资之一。本文介绍了建成后的SHP系统的一些细节,包括工程、电价、资金成本、发电收益等。并给出了系统谐波和闪烁的测量结果。
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A small hydro power (SHP) system in Taiwan using outlet-water energy of a reservoir: System introduction and measured results
This paper introduces a small hydro power (SHP) system using outlet-water energy of a reservoir in southern Taiwan. The rated capacity of this SHP system is 8.75 MW and the generated power is delivered to the 69-kV system of Taiwan Power Company (TPC). Since the studied Reservoir Wushantou with abundant water offers available water for irrigation of farmlands, industry, people's livelihood, etc., the generated power of the SHP system is very stable and continuous as comparing with the intermittent generated powers from wind turbine generators and photovoltaic arrays. The studied SHP plant is also one of the investments of the multiple managed businesses of the largest farmland irrigation association in Taiwan, Chia-Nan Farmland Irrigation Association. This paper presents some details of the finished SHP system including engineering, electricity prices, capital cost, revenue of power generation, etc. Some measured results of the SHP system including harmonics and flickers are also demonstrated.
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