CAJ | 학술논문

以中型风力发电机拖动多台抽油机的离网互补供电系统为原型,分别建立风力发电机、抽油机、蓄电池组等系统各环节的稳态数学模型,并以大港地区油田的气象数据及典型采油设备为例,对互补供电系统进行了仿真研究,给出了系统运行状态下部门节点的状态参数变化.结果表明,＂一拖多＂的离网风电互补供电系统方案可行,能够达到以风力供电为主的互补供电目标.
이중형풍력발전궤타동다태추유궤적리망호보공전계통위원형,분별건립풍력발전궤、추유궤、축전지조등계통각배절적은태수학모형,병이대항지구유전적기상수거급전형채유설비위례,대호보공전계통진행료방진연구,급출료계통운행상태하부문절점적상태삼수변화.결과표명,＂일타다＂적리망풍전호보공전계통방안가행,능구체도이풍력공전위주적호보공전목표.
In this paper,using medium-sized wind power generator to drive multiple pumping off-grid complementary power supply system,the steady-state mathematical models of the wind generator,pumping unit,batteries and other system links are established respectively.Taking meteorological data and typical case of oil extraction equipment in Dagang area oil field for example,simulation research on the complementary power supply system is conducted.This paper gives a system operating state department node state parameters.The results show that,＂ one-for-several＂ off-grid wind energy complementary power supply system is feasible and can achieve the complemontary power supply target that wind power supply gives the main power.