摘要
智能电网发展的各个阶段,从基础科学和工程技术的研究直到开发、示范和运行都会出现障碍。指出其中关键性的障碍,可以明确如何才能最大限度地发挥其潜能,从而为国家提供广泛的社会效益和经济效益。为此,梳理出发展智能电网所面临的11个关键的挑战性问题,强调指出:计量科学和技术以及标准的制定是需要优先发展的重点领域,多学科交叉合作是发展智能电网的必然选择,法律框架和监管、市场设计以及管理改革是智能电网成功实施并获取应得效益的基本保障。
Barrier exists in every stage of developing a smart grid, from fundamental science and engineering technology research to development, demonstration and operation. Figuring out the critical barrier will be helpful to clarifying how to maximize smart grid＇ s potential, thus providing comprehensive social and economic benefits to the nation. This paper identifies eleven key challenging issues o{ the smart grid and emphasizes that rnetrology and standardization are the priority important areas, interdisciplinary cooperative research is the inevitable choice for developing the smart grid, while legal framework and supervision, market design and management reform are the basic guarantees of successfully implementing the smart grid and obtaining the deserved benefits.
出处
《电力系统自动化》
EI
CSCD
北大核心
2015年第2期1-5,共5页
Automation of Electric Power Systems
基金
国家社科基金重大资助项目(12&ZD208)~~
关键词
智能电网
挑战性问题
研发
模型
标准
市场
smart grid
challenging issues
research and development
model
standard
market
