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智能电网作为一种数字自动化电网,其在实际应用过程中,能对不同用户端和电网中节点进行监控,一旦发现问题,能及时对电网不同部门之间进行协调,以促进电力企业发展。正是因为智能电网有上述优势,使得其能更好的在电力系统中应用。本文主要从低碳电力系统概况、智能电网优势、低碳电力系统问题及解决问题策略等方面出发,对智能电网对低碳电力系统的支撑作用进行相应分析。
As a kind of digital automation power grid, the smart grid can monitor the nodes in different clients and power grids in actual application. Once the problems are found, it can timely coordinate the different departments of the power grid to promote the development of power enterprises. It is because of smart grid has the above advantages, making it better in the power system applications. This paper mainly analyzes the supporting role of the smart grid in low-carbon power system from the aspects of low-carbon power system overview, smart grid advantages, low-carbon power system problems and problem-solving strategies.