Smart park electricity-carbon coupling measurement technology considering distributed energy access

With the increasing energy consumption of buildings, how to cooperate and share buildings with a high proportion of distributed energy access has important research significance. Taking the buildings with a high proportion of distributed energy access as the research object, this paper proposes an interactive sharing mechanism for electricity use and carbon emission rights in smart parks. Firstly, a smart park carbon metering and building cluster market trading mode considering carbon emission right surplus and gray power supply and demand is constructed. The electricity carbon metering model of purchasing electricity from the distribution network is constructed. Finally, a new method is proposed based on the improved intelligent building cluster electric carbon coupling sharing model and optimization of electric carbon. The effectiveness and superiority of the smart park electricity carbon coupling measurement technology and the optimization method proposed in this paper are proven through experimental verification.