油田多能互补分布式能源站技术应用

Oilfield Multi-energy Complementary Distributed Energy Station Technology Application

风、光伏等新能源发电项目兴起,需要火力发电机组做调峰,传统的天然气发电项目因成本问题受到限制,随着分布式能源站技术推广,利用燃气发电机组快速调峰能力,融合新能源发电,多能互补能源供应系统技术得以应用,新能源利用率显著提高。油田天然气资源丰富,风、光能充沛,电网规模容量大,诸多条件决定了油田具备建立多能互补能源系统的优势。对油田多能互补能源优化利用,多能互补分布式能源站建设方式,运行调节、能源梯级利用节能效果进行了分析研究。

The rise of wind,photovoltaic and other new energy power generation projects require thermal power generating units to perform peak shaving.Traditional natural gas power generation projects are limited due to cost issues.With the promotion of distributed energy station technology,the use of gas generators to quickly peak shaving capabilities and integration of new energy power generation,multi-energy complementary energy supply system technology can be applied,and the utilization rate of new energy has been significantly improved.Oilfields are rich in natural gas resources,abundant wind and solar energy,and large-scale power grid capacity.Many conditions determine the advantages of oilfields in establishing multi-energy complementary energy systems.The optimization and utilization of multi-energy complementary energy sources in the oil field,the construction method of multi-energy complementary distributed energy stations,operation adjustment,and energy-saving effects of energy cascade utilization were analyzed and studied.