Research on Synergistic Optimization of Wind, Solar, Hydrogen, and Storage Systems in Oil and Gas Enterprises
In response to the problems of high carbon emissions in the traditional energy supply mode of oil and gas enterprises, insufficient utilization of new energy, and insufficient energy supply stability in remote areas, this study explores the path of synergistic optimization of wind, solar, hydrogen, and storage systems. Considering the characteristics of energy consumption in oil and gas production, the composition relationship among wind power, photovoltaic power, hydrogen energy, and storage systems is analyzed. Synergistic optimization research is conducted from aspects such as capacity configuration, energy conversion, intelligent regulation, and digital management. By constructing a multi-energy complementary operation mode, the coordinated operation of new energy generation, energy storage regulation, and hydrogen utilization is achieved. The utilization rate of wind and solar resources can reach 85% to 95%, effectively improving energy utilization efficiency and reducing reliance on traditional energy. The wind, solar, hydrogen and storage system can enhance the energy security capability of oil and gas enterprises, promote the low-carbon and intelligent development of the production process, and provide technical support for the construction of a comprehensive energy system.
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