XTLD 30HP Energy Saving Compressor High COP For Large Scale Cold Storage Project

XTLD 30HP high-COP energy-saving large-power compressor is a high-efficiency green refrigeration equipment developed for large-scale cold storage projects and industrial energy-saving transformation demands, relying on British advanced energy-saving refrigeration optimization technology. Aiming at the problem of high comprehensive energy consumption of traditional high-power compressors in long-term operation of large cold storage, this model adopts upgraded fluid dynamics compression structure and optimized valve group circulation design, greatly improving COP comprehensive energy efficiency ratio, effectively reducing unit refrigeration power consumption, and helping large cold storage projects reduce long-term operating costs and meet global double-carbon environmental protection standards. With super large displacement and strong refrigeration output, it can quickly complete uniform cooling and precise constant temperature control for large-scale cold storage space, improving cold storage operation efficiency and goods turnover rate. The whole machine undergoes strict energy efficiency test and full-load aging test, with stable energy-saving effect and no attenuation of refrigeration efficiency in long-term operation. All products pass 100% high-pressure sealing test and dynamic balance calibration, with low vibration, low noise and low failure rate. Supporting multiple low-GWP environmentally friendly refrigerants and traditional industrial refrigerants, it has wide adaptability and meets the green refrigeration policy requirements of European, American and other high-standard markets. Widely used in large-scale industrial cold storage construction projects, cold chain park energy-saving transformation, large agricultural product centralized cold storage and food cold chain base projects, this high-COP energy-saving compressor is the preferred high-efficiency and environmentally friendly core equipment for modern large-scale cold storage engineering.