浙江电力
浙江電力
절강전력
ZHEJIANG ELECTRIC POWER
2014年
6期
1-5
,共5页
陈荣柱%林世溪%孙景钌%林厚飞%杜俊红
陳榮柱%林世溪%孫景釕%林厚飛%杜俊紅
진영주%림세계%손경조%림후비%두준홍
孤立海岛%微电网%柴油发电系统%改造方案
孤立海島%微電網%柴油髮電繫統%改造方案
고립해도%미전망%시유발전계통%개조방안
isolated island%microgrid%diesel power generation system%modification scheme
为充分发挥柴油发电系统在孤立海岛微电网供电模式下的作用,并最大限度地降低孤立海岛微电网系统的建设费用,有必要对岛上传统老旧柴油发电系统的改造进行研究。针对传统老旧柴油发电系统在孤立海岛微电网供电模式下普遍存在的问题,提出了具体的改造方案,分别对柴油发电机控制器、调速器、调压器、自动化系统及通信网络等进行改造;并对改造后的柴油发电机与微电网之间的交互联系进行了分析。经改造后,柴油发电机能够实现与微电网控制中心的“四遥”功能,并通过与微电网中其它分布式电源以及储能系统的协调配合,参与孤立海岛微电网的整体运行控制,以保证微电网的稳定、可靠、经济运行。
為充分髮揮柴油髮電繫統在孤立海島微電網供電模式下的作用,併最大限度地降低孤立海島微電網繫統的建設費用,有必要對島上傳統老舊柴油髮電繫統的改造進行研究。針對傳統老舊柴油髮電繫統在孤立海島微電網供電模式下普遍存在的問題,提齣瞭具體的改造方案,分彆對柴油髮電機控製器、調速器、調壓器、自動化繫統及通信網絡等進行改造;併對改造後的柴油髮電機與微電網之間的交互聯繫進行瞭分析。經改造後,柴油髮電機能夠實現與微電網控製中心的“四遙”功能,併通過與微電網中其它分佈式電源以及儲能繫統的協調配閤,參與孤立海島微電網的整體運行控製,以保證微電網的穩定、可靠、經濟運行。
위충분발휘시유발전계통재고립해도미전망공전모식하적작용,병최대한도지강저고립해도미전망계통적건설비용,유필요대도상전통로구시유발전계통적개조진행연구。침대전통로구시유발전계통재고립해도미전망공전모식하보편존재적문제,제출료구체적개조방안,분별대시유발전궤공제기、조속기、조압기、자동화계통급통신망락등진행개조;병대개조후적시유발전궤여미전망지간적교호련계진행료분석。경개조후,시유발전궤능구실현여미전망공제중심적“사요”공능,병통과여미전망중기타분포식전원이급저능계통적협조배합,삼여고립해도미전망적정체운행공제,이보증미전망적은정、가고、경제운행。
To fully exert the role of diesel power generation system under isolated island microgrid power supply mode and minimize construction cost of isolated island microgrid system, it is necessary to study the modification scheme for traditional and old diesel power generation system on island. Aiming at common prob-lems of traditional and old diesel power generation system under isolated island microgrid power supply mode, a specific modification scheme is presented, according to which diesel generator controller, speed governor, voltage regulator, automatic system, communication network and so forth are modified respectively. Further-more, the interaction between modified diesel power generation system and microgrid is analyzed. After modi-fication, diesel power generation system can realize the four-remote functions with microgrid control center, and it can involve in the whole operation control of isolated island microgrid through coordinating with other distributed generation and energy storage system in microgrid and thus ensure stable, reliable and economical operation of microgrid.