通信电源技术
通信電源技術
통신전원기술
TELECOM POWER TECHNOLOGIES
2012年
3期
64-65
,共2页
风电并网%电压波动%轻型直流输电
風電併網%電壓波動%輕型直流輸電
풍전병망%전압파동%경형직류수전
grid connected wind power%voltage fluctuation%HVDC
大型风电场接入电网可能引起电压闪变和波动、电压暂降、电压偏差以及谐波等电能质量问题。通常对风电场进行无功补偿可以抑制系统电压波动,而轻型直流输电则可以起到无功补偿的作用,抑制并网PCC点电压波动、改善风电场的并网性能。
大型風電場接入電網可能引起電壓閃變和波動、電壓暫降、電壓偏差以及諧波等電能質量問題。通常對風電場進行無功補償可以抑製繫統電壓波動,而輕型直流輸電則可以起到無功補償的作用,抑製併網PCC點電壓波動、改善風電場的併網性能。
대형풍전장접입전망가능인기전압섬변화파동、전압잠강、전압편차이급해파등전능질량문제。통상대풍전장진행무공보상가이억제계통전압파동,이경형직류수전칙가이기도무공보상적작용,억제병망PCC점전압파동、개선풍전장적병망성능。
Large wind farms connected to the grid may cause voltage flicker and fluctuations, voltage dips, voltage deviation and harmonic and other power quality problems. Usually the wind farm reactive power compensation can suppress fluctuations in the system voltage, HVDC can play the role of reactive power compensation and suppression grid PCC point voltage fluctuations and improve the performance of grid connected wind power.