International Journal of All Research Education & Scientific Methods

An ISO Certified Peer-Reviewed Journal

ISSN: 2455-6211

Latest News

Visitor Counter
3164576609

Design of HVAC System for a Commercial mid-ri...

You Are Here :
> > > >
Design of HVAC System for a Commercial mid-ri...

Design of HVAC System for a Commercial mid-rise Building using Heat Recovery Wheel and Horse Shoe Heat Pipe

Author Name : Md. Habeeb Ur Rahman, Md. Mansoor Hasan

ABSTRACT All over the world controlling the indoor climate is a major factor, today the air conditioning engineers are modifying indoor climates in homes, factories, commercial formation, hospitals, and offices throughout the world. The criticality of air conditioning became transparent with the temperature and the humidity conditions became unbearable and industrial production become adversely affected and activities involve in aircraft products, computers, precision manufacturing, communication networks, electronics and operation in hospitals, as a matter of fact, many areas of programming would come to an end, so air conditioning is no longer a luxury but a vital part of modern living. Various types of air conditioning systems are depending on the capacity of cooling required for the desired area. For applications like big super-specialty hospitals, cinema halls, and hotels, etc. where the cooling load is greater than 50 Tons, Central AC systems are used. In this system usually, the water is cooled initially then from water the air is cooled which then enters the cooling room. In the present design of the HVAC system for a commercial mid-rise building using heat recovery wheel and horse shoe heat pipe is done for energy conservation. This commercial mid-rise building is an information technology building at Hyderabad, Telangana. The total plot area is 1800m2. The total built-up area of the project is around 1250 m2. The building is having five floors i.e. G+4. The building has a simple and efficient architectural design. The comparison is made between the commercial mid-rise building with heat recovery systems for energy conservation.