Oilfield Load Flexible Adjustment Characteristics based Optimal Operation Regulation Strategy of Multi-energy Complementary System

The multi-energy complementary system has become a hot topic in industry research due to its advantages of high energy utilization efficiency and low operating costs. There is limited research on multi-energy complementary systems in the context of oilfield well sites. This paper conducts research on the electrical and thermal load flexibility and its optimal operation regulation strategy for the Multi-energy Complementary System in Oilfield Well Sites. Based on the diverse load demand and heterogeneous energy endowment in oilfield well sites, an electric-thermal coupling interconnection structure is constructed. This paper studies the flexible model of electric and thermal loads in oilfield well sites, considering the integration of new energy consumption and electricity pricing mechanisms. Considering energy costs and system losses, an optimization operation control strategy for multi-energy complementary systems in oilfield well sites is established. Through a comparative analysis of case studies, the effectiveness of the optimization control strategy is validated.