This article deeply explores two key new technologies in the heat pump field - AI intelligent control and new refrigerant applications. AI intelligent control significantly improves the energy - saving effect and comfort of heat pumps through precise temperature control and adaptive load adjustment. New refrigerants, with characteristics such as low global warming potential, optimize the operation of heat pumps under different working conditions and contribute significantly to environmental protection. The article emphasizes the company's active actions and leading capabilities in following up and applying these new technologies.
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High-temperature heat pumps are systems designed to produce 75-120°C thermal energy, exceeding the temperature range of conventional heat pumps. They rely on specialized compressors, high-temperature refrigerants, and optimized cycles to achieve "heat upgrade" from low-temperature sources. Widely used in industrial production (food processing, chemical heating), commercial facilities, and waste heat recovery, they replace traditional boilers to reduce emissions. As a key green technology, they play an important role in energy conservation and carbon reduction.
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The heat pump solution adapts to diverse scenarios through customized design, as evidenced by cases in homes, greenhouses, and public buildings. The home system integrates heating and cooling with hot water, combined with intelligent control to meet household needs, saving 30-40% energy; Greenhouse heat pumps maintain stable temperatures (25-28 ℃ during the day and ≥ 15 ℃ at night), helping to increase crop yields by 20%; Public buildings adopt modular systems to achieve zone comfort and convenient maintenance, reducing costs by 40% compared to traditional boilers. These cases demonstrate the wide applicability of heat pumps and the value of customized design.
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Intelligent technologies (sensors, AI, IoT) are optimizing heat pump performance by enabling real-time data monitoring, adaptive demand prediction, and remote management. Sensors act as "nervous systems" to collect key parameters; AI algorithms predict usage patterns and adjust operations in extreme conditions; IoT facilitates remote monitoring and fault warnings. These technologies reduce energy waste by 15-20%, lower maintenance costs by 30%, and extend equipment lifespan, transforming heat pumps into efficient "smart energy managers" suitable for diverse scenarios.
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