谷轮创新技术赋能中国菌菇种植产业，推动能效升级与可持续进步

Core Insights - The collaboration between Copeland and Guangzhou Fusheng Refrigeration Equipment Engineering Co., Ltd. has successfully upgraded the refrigeration system at the Guangdong Dalishi Edible Mushroom Plant, enhancing energy efficiency by over 15% since the project's first phase began in 2024 [1][7]. Group 1: Project Overview - The project utilizes Copeland's advanced ZB series medium-temperature refrigeration scroll compressor parallel unit solution, which has improved energy efficiency and operational stability [1][2]. - The system is designed to meet varying refrigeration demands across different stages of mushroom cultivation, ensuring precise temperature control [2][4]. Group 2: Energy Efficiency and Performance - Since the project's implementation, the plant has achieved a 15% reduction in energy consumption, with a 28% increase in the coefficient of performance (COP) during non-peak hours [7]. - Daily energy consumption fluctuations have been reduced by 40%, resulting in an annual electricity savings of 760,000 kWh, calculated based on Guangdong's grid carbon emission factors [7]. Group 3: Operational Stability and Cost Optimization - The refrigeration system maintains stable performance even in high temperatures exceeding 35°C, with discharge temperatures consistently below 85°C [7]. - The upgrade has reduced the average number of compressor starts and stops from 32 to 9 per day, leading to a 76% decrease in annual maintenance costs and a savings of 144,000 yuan in labor costs [7]. Group 4: Future Prospects and Industry Impact - The project exemplifies the dual value of Copeland's solutions in addressing energy efficiency challenges in modern agriculture while aligning with China's sustainable development goals [7]. - The successful implementation of this project is expected to enhance the competitiveness of mushroom cultivation and may lead to further system upgrades to optimize planting processes and explore additional energy-saving potentials [8].