Research on the economic feasibility of large-scale hydro-solar power complementary including long-distance transmission
At present, the Solar PV is expected to the most price-competitive renewable energy, with its cost decreasing rapidly.Hydropower is a kind of high-quality and reliable regulating power, and can be bundled with solar PV to improve the economic feasibility of long-distance transmitted power.In this paper, a quantification model is established, taking into account the regulating capacity of the reservoir, characteristics of solar generation, and cost of hydro and solar PV combined with long-distance transmission, based on the installed capacity ratio of Hydro-solar power joint development is studied.The results indicate that for hydropower stations with high regulating capacity and generation factor about 0.5, a hydro-solar installed capacity ratio of 1∶1 will deliver the optimal overall economic performance, and for hydropower stations with daily regulating capacity reservoir and capacity factor about 0.65, the optimal hydro-solar installed capacity ratio is about 1∶0.3.In addition, the conclusions are verified using two cases in Africa by the operation simulation of the hydro-solar complemented system including UHVDC transmission.
Hydropower Solar power Multi-energy complementation Economic analysis UHVDC transmission Hydro-solar Power Complementary
Zhenchen Deng Jinyu Xiao Yuetao Xie Yang Yang Yue Rong
PowerChina ZhongNan Engineering Corporation Limited, Changsha, 410014, P.R.China Global Energy Interconnection Development and Cooperation Organization, Beijing 100031, P.R.China China Renewable Energy Engineering Institute, Beijing 100120, P.R.China
国际会议
法国巴黎
英文
85-91
2019-03-13（万方平台首次上网日期，不代表论文的发表时间）