作者: S. T. Lee , J. Peschon , A. Germond
DOI: 10.2172/5647265
关键词: Electric power system 、 Reliability engineering 、 Energy storage 、 Engineering 、 Electric power 、 Power transmission 、 Capital cost 、 Nameplate capacity 、 Transmission (telecommunications) 、 Electrical engineering 、 Electric utility
摘要: The objective of this study is to estimate the transmission and subtransmission credits dispersed power plants such as batteries fuel cells. Average credit a range for US were obtained by extrapolation based on two case studies using EPRI Synthetic Electric Utility Systems (EPRI EM-285, 1977). A conventional approach traditional utility planning criteria probabilistic which developed in Europe combined generation-transmission reliability program applied separately studies. networks are expanded first without devices then with devices. differences investments losses between expansions when properly discounted Energy limitation storage non-coincidence system local peak loads qualitatively reviewed regarding their effect credits. Study results indicate that overhead $66 $133 per kW installed capacity. In situations where underground cables could be deferred, high 250 $/kW. This compares national average capital cost $110 investment kWmore » generation addition derived from Electrical World data (September 15, 1977).« less