en.Wedoany.com Report on Mar 30th, China's Shengli Oilfield Luming Company Linyi Oil Production Management Area firmly upholds the philosophy of "living a frugal life and keeping a clear account of benefits," deeply integrating the application of new energy with energy conservation and consumption reduction. By implementing geothermal heat pump projects and refined operation and maintenance management, it has delivered an impressive performance in cost reduction, efficiency improvement, and green transformation.

As a key project for energy conservation and consumption reduction, the management area's geothermal heat pump system fully utilizes shallow geothermal energy, a renewable resource, to provide "one-stop" services for heating in winter and cooling in summer to seven buildings, including the office building. In winter, the system extracts low-grade heat from the soil and converts it into high-grade heat for heating; in summer, it operates in reverse, transferring indoor heat to the ground to achieve efficient cooling. This fundamentally enables green energy substitution, significantly reducing fossil fuel consumption.

In operation management, technicians abandoned the conventional mindset of "high-temperature operation to ensure heating." Relying on real-time monitoring data and user feedback, they implemented "precise fine-tuning." This significantly reduced equipment load while ensuring indoor comfort standards were met, achieving daily electricity savings of 830 kilowatt-hours.

Since its commissioning, this geothermal heat pump system has saved an average of 45,000 kilowatt-hours of electricity per month compared to traditional split air conditioners and carbon crystal panel heating methods. This achievement not only reduces electricity consumption and contributes to regional energy conservation and emission reduction but also lowers operational costs, achieving a win-win situation for both economic and ecological benefits.

In the next step, the management area will continue to expand the application scenarios of new energy technologies, continuously optimize system operation strategies, deeply tap into the potential of every green energy source, and promote the thorough and solid implementation of cost reduction and efficiency improvement efforts, contributing more practical results to creating an energy conservation model.