Optimized Dispatching of Integrated Energy System with Comprehensive Demand Response under Carbon Trading Mechanism
To enhance the low-carbon operation of Integrated Energy Systems(IES)and promote the integration of renewable energy,a comprehensive demand response-based optimization scheduling strategy for IES was proposed.Firstly,according to the characteristics of load response,the demand response was divided into two types:price type and substitution type,and the IES low-carbon economic dispatching model including CHP and considering comprehensive demand response was constructed.Then,according to the uncertainty of new energy in the park,Latin hypercube sampling was used to generate typical scenarios for wind and light output.Finally,case studies were conducted with the objectives of total operating cost,purchasing cost,and carbon emissions for the IES.The results demonstrate that by considering the carbon trading mechanism and comprehensive demand response,the IES can effectively enhance the flexibility of energy utilization and promote low-carbon economic operation of the system.
comprehensive demand responsecombined heat and powerintegrated energy systemLatin hypercube sampling
万方数据
维普
