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Feasibility study on the solar absorption cooling system for a residential complex in the Australian subtropical region

journal contribution
posted on 18.10.2021, 03:29 authored by Ramadas NarayananRamadas Narayanan, Gopi K Harilal, Santu Golder
The negative impacts of the increasing number of air conditioning systems in Australia include excessive strain on grids and associated blackouts, higher electricity costs and associated carbon emission issues. The installation of sustainable cooling technologies such as solar absorption cooling systems provides a promising alternative. However, the feasibility of the system for the Australian subtropical climate has not systematically studied. The paper aims to investigate the feasibility of implementing solar absorption cooling technology in student residential building in Australia's subtropical climate region. The feasibility study allows the user to determine if the solar cooling system is technically, economically and environmentally sustainable in the long term. Through the simulation, the key performance parameters such as power consumption data and component performance details were determined. The simulation results showed that the solar absorption chiller can provide comfort in the building by maintaining room temperature within 20–24 °C. The system's performance optimisation studies were conducted, and it was found that the collector area 20 m2 paired with a storage ratio of 0.02 m3/m2 had provided a high solar fraction (SF) of 0.91. The economic analysis is also carried out to determine the annual savings in energy cost, carbon emission reduction, and the payback period.

History

Volume

27

Start Page

1

End Page

17

Number of Pages

17

eISSN

2214-157X

ISSN

2214-157X

Publisher

Elsevier

Additional Rights

CC BY-NC-ND 4.0

Language

en

Peer Reviewed

Yes

Open Access

Yes

Acceptance Date

27/06/2021

External Author Affiliations

South Dakota State University, USA

Author Research Institute

Centre for Intelligent Systems

Era Eligible

Yes

Journal

Case Studies in Thermal Engineering

Article Number

101202