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Realization of heat pump for recycle energy management system using wasted hot water

Author: 
Prof. Dr. Kyoo Jae Shin and Amarnath Varma Angani
Subject Area: 
Physical Sciences and Engineering
Abstract: 

The present work is about the design and installation of the heat pump and vertical aquarium energy management system (VAEMS). This design is new invention to the world. The main concept of this project is to recycle the waste hot water produced from the power plants. This hot water after processing is filled in the vertical aquarium for aquaculture. The vertical aquarium means building the aquariums one over the other to reduce the space occupation. The processing of hot water is to maintain constant thermal equilibrium temperature of water in the aquarium that is suitable for fish living, which is possible by this design. This warm water is continuously supplied by the 48 URT heat pump according to the need. This design is eco-friendly,easily available, reduces maintenance and electricity cost. The design of aquarium is done based on experimental results of the heat pump. The dimensions of heat pump is 1700mmx850mmx1720mm (i.e length 1700 mm, width 850 mm and height 1720 mm) is installed on site. It can be operated with automation (PID) and controlled by sensors. The performance of and heat pump is evaluated experimentally by the monitoring system.

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