Performance Analysis Of Personal Air-Conditioning System Using Evapolar As Heat Waste Management

Mohd Shariff, Abdul Qaiyum (2019) Performance Analysis Of Personal Air-Conditioning System Using Evapolar As Heat Waste Management. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

Text (24 Pages) Performance Analysis Of Personal Air-Conditioning System Using Evapolar As Heat Waste Management.pdf - Submitted Version Download (680kB)

Abstract

In this tropical climate state, particularly in Malaysia, it is classified by elevated temperature and this phenomenon resists human heat comfort in building compared to other places with massive job operations, small private office space usually has a low cooling load. High energy usage and initiating price for compressor-based units used in tiny rooms is a massive waste instead of using little mobile air conditioning. Using the Peltier impact module, the small private air-conditioning scheme is exposed to regulate the amount of convenience by reducing sensible and latent heat inside the room. Peltier module or thermoelectric module is a thermoelectric semiconductor that provides cooling and hot plate after electric is supply to the plate, whereas Peltier has different performance and this project proves that with a series circuit, performance of Peltier higher compared to the previous researcher. This project’s ability to reduce the power consumption, cost and provide thermal comfort zone in a dedicated area. The benefit of this project can cut the cost by reducing power consumption and also green technology devices because of not using a refrigerant that can harm the world. By redesigning this product and using Evapolar as heat waste management, the performance of the product needs to be calculated. Process preparation of this product is different compared to a previous product which it’s smaller, less heavy, and portable to bring anywhere. This product focusing on the office room, which gives comfort to occupants. This product uses air to remove the heat waste and data shows Evapolar is efficient enough in removing heat. Performance for this product without a controller of temperature shows that it can achieve thermal comfort level.

Actions (login required)

View Item