Design of Experimental Platform for Demand Response of Low Carbon Comprehensive Energy System
With the high penetration of new energy into the power grid,the intermittency,randomness,and volatility of new energy have intensified the imbalance between source and load,reducing the reliability of the power grid.Based on this,develop a low-carbon comprehensive energy system demand response test platform,adjust the electricity consumption period through user side demand response,and alleviate power fluctuations in the power grid.The paper first studied the construction of a low-carbon comprehensive energy system,then analyzed three demand response schemes,and designed a low-carbon comprehensive energy system demand response practice platform based on standardized pages.Such as resource allocation,execution startup,response evaluation,and data analysis,the core operation modules were introduced in detail.The platform fully explores the load side flexibility resources of the new power system and can serve as an electrical teaching and employee training experimental platform to support the safe and stable operation of the new power system.
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