Design and analysis of an HVAC-based heat recovery system

机译：基于HVAC的热回收系统的设计和分析

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In this paper, the design of a heat recovery system is presented and analyzed. It allows recovering the heat waste from Heating, Ventilating, and Air Conditioning (HVAC) systems to obtain hot water. A code is developed for this purpose, which allows simulating the heat transfer in the system. The outlet temperature is studied in terms of the water flow rate and the amount of ton refrigerant in the system. It is shown that the water can be heated up to 347 K with a HVAC system of 9 tons of refrigerant (108 000 Btu/hr).

机译：本文提出并分析了热回收系统的设计。它允许从加热，通风和空调（HVAC）系统中回收废热，以获取热水。为此目的开发了一个代码，该代码允许模拟系统中的热传递。根据水流量和系统中制冷剂的吨数研究出口温度。结果表明，使用9吨制冷剂（108 000 Btu / hr）的HVAC系统可以将水加热到347K。

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《International Conference on Microelectronics》|2013年|1-4|共4页
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Ramadan Mohamad; Khaled Mahmoud; Hachem Farouk; Al Shaer Ali more authors;
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HVAC; Heat recovery; heat exchanger; renewable energy; thermal modeling;

机译：暖通空调;热回收;热交换器;可再生能源;热模型;

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3. From heat integration targets toward implementation - A TSA (total site analysis)-based design approach for heat recovery systems in industrial clusters [J] . Hackl Roman, Harvey Simon Energy . 2015,第OCTaPTa1期

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5. Design of heat and power recovery systems for energy conservation in chemical plants. [D] . Colmenares Torrealba, Tulio Rafael. 1988

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Design and analysis of an HVAC-based heat recovery system

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