摘要
为适应“双碳”背景下油田电网分布式光伏大规模接入,推进新能源全面融入油田电网建设,对光伏发电系统的安装方案进行了技术探讨,按建设规模及利用土地的形式制定了废弃井场及井间土地、站场围墙、厂房屋面和抽油机井场零散空地布局光伏发电系统的方案。总结了光伏发电系统接入工程案例的经验,分散安装的光伏单位装机容量的年发电量在1 118~1 526 kWh之间,达到了新能源开发的效益目标,形成了适合大庆油田现状的分布式光伏发电系统建设设计方案,为今后大庆油田分布式光伏发电工程项目提供了设计路线。
In order to adapt to the large-scale photovoltaic access of oilfield power grid under thebackground of "dual carbon",promote the comprehensive integration of new energy into oilfield powergrid construction,technical discussion onphotovoltaic installation schemes is carried out. According to the construction scaleof the photovoltaic power generation system,and thetype of land used,a photovoltaic layout scheme for abandoned well pads,inter well lands,station fences,plant roofs,and scattered open spaces of pumping unit well pads is formulated. And case experience ofphotovoltaic power generation systemaccess projects is summarized. The annualpower generation per unitof decentralized photovoltaic installedcapacityranges from 1 118 kWh to 1 526 kWh, achieved the benefit goal ofnew energy development, formed a distributed photovoltaic power generation systemconstruction design scheme suitable for thecurrent situation of Daqing Oilfield, and provided a design route for the future distributed photovoltaicpower generation project of Daqing Oilfield.
作者
张庆霞
ZHANG Qingxia(Power Supply Company of Electric Energy Co.,Ltd.,CNPC)
出处
《油气田地面工程》
2022年第12期51-56,共6页
Oil-Gas Field Surface Engineering
关键词
分布式光伏
围墙光伏
屋面光伏
自立式光伏
橇装式光伏
distributed photovoltaic
fences photovoltaic
roofs photovoltaic
self-standing photovoltaic
skid-mounted photovoltaic
