电网技术
電網技術
전망기술
POWER SYSTEM TECHNOLOGY
2011年
12期
1-7
,共7页
智能电网%智能小区%居民住宅区%分布式电源%互动服务%智能家居
智能電網%智能小區%居民住宅區%分佈式電源%互動服務%智能傢居
지능전망%지능소구%거민주택구%분포식전원%호동복무%지능가거
smart grid%smart residential community (SRC)%residential area%distributed generation%interactive power supply service%smart house
研究居民小区应用光伏等清洁能源有序并网、电动汽车有序充电技术,实现各种供用电信息的综合管理和服务,提供灵活便捷的自助用电服务,提升智能小区供电服务能力,提高供电可靠性,是智能小区研究的重要目标。在分析智能小区现状的基础上,综合应用智能电网先进技术,明确了智能小区的内涵与特征:对智能小区业务流、信息流进行了分析梳理,提出了灵活互动的智能小区系统架构,设计了智能小区业务功能和相应的配置;提出了智能小区关键技术架构,详细阐述了智能小区集成通信、互动服务、小区配电自动化、分布式电源运行控制、智能家居等技术,以支持智能小区关键设备的研制。
研究居民小區應用光伏等清潔能源有序併網、電動汽車有序充電技術,實現各種供用電信息的綜閤管理和服務,提供靈活便捷的自助用電服務,提升智能小區供電服務能力,提高供電可靠性,是智能小區研究的重要目標。在分析智能小區現狀的基礎上,綜閤應用智能電網先進技術,明確瞭智能小區的內涵與特徵:對智能小區業務流、信息流進行瞭分析梳理,提齣瞭靈活互動的智能小區繫統架構,設計瞭智能小區業務功能和相應的配置;提齣瞭智能小區關鍵技術架構,詳細闡述瞭智能小區集成通信、互動服務、小區配電自動化、分佈式電源運行控製、智能傢居等技術,以支持智能小區關鍵設備的研製。
연구거민소구응용광복등청길능원유서병망、전동기차유서충전기술,실현각충공용전신식적종합관리화복무,제공령활편첩적자조용전복무,제승지능소구공전복무능력,제고공전가고성,시지능소구연구적중요목표。재분석지능소구현상적기출상,종합응용지능전망선진기술,명학료지능소구적내함여특정:대지능소구업무류、신식류진행료분석소리,제출료령활호동적지능소구계통가구,설계료지능소구업무공능화상응적배치;제출료지능소구관건기술가구,상세천술료지능소구집성통신、호동복무、소구배전자동화、분포식전원운행공제、지능가거등기술,이지지지능소구관건설비적연제。
The orderly grid-integration of solar and other clean energy, the orderly charging of electric vehicle (EV), the implementation of synthetical management of various information related to power supply and consumption and service, the enhancement of power supply and service ability for residential community and improvement of power supply reliability are key objectives to be researched for smart residential community (SRC). On the basis of analyzing present situation of SRC and by means of synthetically utilizing advanced technologies of smart grid, the connotation and features of SRC are clarified; the business flow and information flow in SRC are analyzed and a flexible and interactive architecture of SRC is proposed, meanwhile the business functions and corresponding configuration are designed; a key technical structure for SRC is given and the integrated communication in SRC, interactive service, distribution automation of SRC, operation control of distributed generation and smart house are researched to support the development of key devices for SRC.