Title :
Stability simulation of a MW-scale PV-small hydro autonomous hybrid system
Author :
Zhou, J.H. ; Ge, X.H. ; Zhang, X.S. ; Gao, X.Q. ; Liu, Yanbing
Author_Institution :
Res. Inst., Zhejiang Electr. Power Corp., Hangzhou, China
Abstract :
A 5 MWp PV solar power station will be installed in a remote area of China. This new system may contribute to addressing the area´s serious electricity shortage, while also minimizing damage to the environment. The PV station consists of photovoltaic generation system and battery energy storage system, which combine with the existing small-hydro facility to form an autonomous hybrid generation system. In this system, the small-hydro works in V/f control mode, the PV and battery storage systems work in P/Q control mode to make full use of solar energy and reduce the amount of water and diesel used. In this paper we analyze and evaluate the stability of the hybrid system using a PSCAD simulation. Reasonable measures and recommendations are proposed based on these results.
Keywords :
battery storage plants; frequency control; hybrid power systems; hydroelectric power stations; photovoltaic power systems; power generation control; power system stability; reactive power control; voltage control; China; MW-scale PV-small hydro autonomous hybrid generation system; P-Q control mode; PSCAD simulation; PV solar power station; V-f control mode; battery energy storage system; constant voltage and frequency control; diesel reduction; electricity shortage; fixed active and reactive power output control; photovoltaic generation system; power 5 MW; solar energy; stability simulation; water reduction; Analytical models; Arrays; Photovoltaic systems; Hybrid System; PV Solar Power Station; Rural Electrification; Small Hydropower; Stability Simulation;
Conference_Titel :
Power and Energy Society General Meeting (PES), 2013 IEEE
Conference_Location :
Vancouver, BC
DOI :
10.1109/PESMG.2013.6672653
