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The Multifunctional High Temperature Heat Pump Experimental System is designed for practical teaching and experimental research in energy engineering, thermal engineering, refrigeration, and heat pump technology. By integrating a complete heat pump cycle, heat source simulation, water circulation, real-time data acquisition, and an interactive control system, the equipment provides students with a practical platform for studying heat pump operation and thermal energy conversion.
The system uses a heat pump cycle consisting of a compressor, evaporator, condenser, and electronic expansion valve, with both air-source and water-source evaporation configurations. It can produce hot water at temperatures above 60°C, with a maximum outlet water temperature of up to 100°C, allowing students to investigate high-temperature heat pump operation and its potential applications in industrial heating, hot water production, and energy-saving systems.
The Heat Pump Laboratory Equipment supports a range of experiments that help students understand the principles and performance of heat pump systems. Students can measure the heating coefficient of the compressor and compare the actual refrigeration cycle with an ideal cycle. They can also investigate how different water-source temperatures affect heat pump heating performance and how compression ratio influences system efficiency.
By changing evaporation and condensation conditions, students can obtain and analyze heat pump performance curves. These experiments provide practical knowledge of the refrigeration cycle, compressor operation, heat transfer, evaporation, condensation, pressure, temperature, energy efficiency, and system performance.
The real-time data acquisition and processing system allows students to monitor operating parameters and analyze experimental results directly. This helps develop practical skills in experimental measurement, data analysis, thermal system operation, and engineering problem-solving.
The system can also be connected with thermal energy storage, phase change energy storage, and multi-energy complementary systems for expanded experiments. This makes it suitable not only for basic heat pump teaching but also for comprehensive research into renewable energy utilization, energy storage, energy efficiency, and integrated energy systems.
The Multifunctional High Temperature Heat Pump Experimental System is therefore suitable for students majoring in Energy and Power Engineering, Thermal Engineering, Refrigeration and Air Conditioning, HVAC, Mechanical Engineering, and related disciplines. Through hands-on experiments, students can develop both theoretical understanding and practical engineering capabilities in modern heat pump and energy technology.
