中国电机工程学报
中國電機工程學報
중국전궤공정학보
ZHONGGUO DIANJI GONGCHENG XUEBAO
2014年
19期
3043-3049
,共7页
主动配电网%云计算%智能电网%分阶段优化
主動配電網%雲計算%智能電網%分階段優化
주동배전망%운계산%지능전망%분계단우화
active distribution networks%cloud computing%smart gird%hierarchy optimization
主动配电网允许高渗透率的分布式电源、电动汽车、智能家居等可控元件,以及智能电表、同步测量单元等监测元件的接入。这些元件的大量接入,使得主动配电网对信息存储、计算等信息与计算(information & computation technology,ICT)资源的需求与日俱增。云计算作为一种新的 ICT 资源的商业化提供模式,在技术和经济两方面较传统的ICT资源配置方案更具优势。文章具体研究了云计算提供商的定价策略,并基于云计算的商业模式,针对主动配电网中不同电力系统应用对 ICT 资源的需求特性进行应用分类。基于以上分类与定价策略,提出主动配电网中云计算资源的优化配置模型。通过算例展示了云计算的商业模式在降低主动配电网 ICT 投资成本,实现计算资源互补方面的潜在应用效果。
主動配電網允許高滲透率的分佈式電源、電動汽車、智能傢居等可控元件,以及智能電錶、同步測量單元等鑑測元件的接入。這些元件的大量接入,使得主動配電網對信息存儲、計算等信息與計算(information & computation technology,ICT)資源的需求與日俱增。雲計算作為一種新的 ICT 資源的商業化提供模式,在技術和經濟兩方麵較傳統的ICT資源配置方案更具優勢。文章具體研究瞭雲計算提供商的定價策略,併基于雲計算的商業模式,針對主動配電網中不同電力繫統應用對 ICT 資源的需求特性進行應用分類。基于以上分類與定價策略,提齣主動配電網中雲計算資源的優化配置模型。通過算例展示瞭雲計算的商業模式在降低主動配電網 ICT 投資成本,實現計算資源互補方麵的潛在應用效果。
주동배전망윤허고삼투솔적분포식전원、전동기차、지능가거등가공원건,이급지능전표、동보측량단원등감측원건적접입。저사원건적대량접입,사득주동배전망대신식존저、계산등신식여계산(information & computation technology,ICT)자원적수구여일구증。운계산작위일충신적 ICT 자원적상업화제공모식,재기술화경제량방면교전통적ICT자원배치방안경구우세。문장구체연구료운계산제공상적정개책략,병기우운계산적상업모식,침대주동배전망중불동전력계통응용대 ICT 자원적수구특성진행응용분류。기우이상분류여정개책략,제출주동배전망중운계산자원적우화배치모형。통과산례전시료운계산적상업모식재강저주동배전망 ICT 투자성본,실현계산자원호보방면적잠재응용효과。
With high penetration of controllable equipments and monitoring devices, such as distributed generations, electric vehicles, smart meters and phasor measurement units (PMU), the requirements of active distribution networks for information and computation technology (ICT) resources are growing rapidly. As a novel mode to supply ICT resources, cloud computing has many advantages over traditional ICT resources allocation schemes. This paper investigated the pricing mechanisms of cloud resources providers, and classified distribution network applications by considering the characteristics of the way in which those applications occupy the ICT resources. Based on the pricing strategy and classification, an optimization model for resources allocation of cloud computations in active distribution networks was proposed. At last, a case was analyzed to demonstrate the potential ability of cloud computing to reduce the investment of ICT resources and achieve computation resources complementarity in active distribution networks.