首页|分布式光伏并网造成的配电台区电压问题治理方法探索

分布式光伏并网造成的配电台区电压问题治理方法探索

扫码查看
针对大量分布式光伏接入后,造成的配电台区三相不平衡、末端高电压等问题,探索采用光伏+储能、中低压监测协同控制、边缘集群技术、配电网多区域自律协同等技术,主动监测,协同控制,减少分布式光伏接入对配电台区电压的影响,打造绿色能源新型电力系统的同时,助力国家经济发展.
Integration of Distributed Photovoltaic Access and Low Voltage and Heavy Load Control in Rural Distribution Network
In response to the problems of three-phase imbalance and high terminal voltage in the distribution station area caused by the integration of a large number of distributed photovoltaics,we explore the use of technologies such as photovoltaics+energy storage,medium and low voltage monitoring and collaborative control,edge clustering technology,and multi regional autonomous cooperation in the distribution network to actively monitor and coordinate control,reduce the impact of distributed photovoltaics integration on the voltage in the distribution station area,create a new green energy power system,and assist in the development of the national economy.

Distribution Radio AreaThree Phase UnbalanceHigh Terminal VoltageDistributed Photovoltaic

阮永丽、李兴龙、海迪、周艳平

展开 >

云南电网有限责任公司昆明供电局,云南 昆明 650011

云南电网有限责任公司宜良供电局,云南 昆明 652100

配电台区 三相不平衡 末端高电压 分布式光伏

2024

云南电力技术
云南省电机工程学会 云南电力试验研究院(集团)有限公司电力研究院

云南电力技术

影响因子:0.244
ISSN:1006-7345
年,卷(期):2024.52(3)