In the context of the China's “dual carbon” goals(carbon peak and carbon neutrality), the low-carbon operation of oil and gas field stations has become one of the current research hotspots for the green development of oil companies. An analysis of the energy consumption characteristics during the operation of oil and gas field stations indicates that the fluctuations in energy consumption are relatively low, and the energy demand structure is relatively simple, primarily consisting of electricity and heat resources. Integrating the current promotion for industrial application of low-carbon technologies and the emerging trends in low-carbon technologies, it is suggested that the key to achieving low-carbon operation in oil and gas field stations lies in optimizing the energy structure. Taking into account the unique characteristics of new energy resources in different oil and gas fields, it is important to fully utilize renewable energy such as solar energy, wind energy, as well as recovery of waste heat and residual pressure as supplementary energy sources. Additionally, the development of new low-carbon technologies, such as hydrogen energy and zero-carbon methanol internal combustion engines should continue. At the same time, the integration of information technologies like big data and artificial intelligence is crucial for building an intelligent energy management system for oil and gas fields. This system could effectively utilize the new energy advantages of the region. The research findings can provide technical support for the low-carbon development of oil and gas field operation.