MRI
MRI India Journals Vol. 14 No. 1s (2025): Special Issue: NCETES Conference 2025

Design & Development of Ice Accumulator

Authors

  • N. B. Gorade Assistant Professor in Mechanical Department, Jaihind College Of Engineering, Kuran (410502), Maharashtra, India
  • Hadawale Vinay Suresh Department of Mechanical Engineering, Jaihind College Of Engineering, Kuran (410502), Maharashtra, India 
  • Atharva Laxman Dere Department of Mechanical Engineering, Jaihind College Of Engineering, Kuran (410502), Maharashtra, India
  • Vivek Sanjay  Palvankar Department of Mechanical Engineering, Jaihind College Of Engineering, Kuran (410502), Maharashtra, India 
  • Sai Pravin  Anandrao Department of Mechanical Engineering, Jaihind College Of Engineering, Kuran (410502), Maharashtra, India 

DOI:

https://doi.org/10.65521/intjournalrecadvengtech.v14i1s.277

Keywords:

Phase Change Material Latent Heat Storage Cooling Efficiency Energy Conservation Load Shifting Thermal Energy Storage

Abstract

An ice accumulator is a thermal energy storage system that enhances cooling efficiency by storing energy in the form of ice. This system functions by freezing water during low-demand periods and using the stored ice for cooling when energy demand is high. This study focuses on designing an effective ice accumulator, analyzing its performance, and evaluating its potential for reducing energy consumption.

A prototype is developed and tested to assess its cooling capacity, efficiency, and feasibility for practical applications. The results demonstrate that ice accumulators can optimize energy usage, lower electricity costs, and support sustainable cooling solutions. By integrating this technology into air conditioning systems, it is possible to achieve greater energy savings and reduce strain on the power grid.

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Published

2025-05-02

How to Cite

Gorade , N. B., Vinay Suresh , H., Dere , A. L., Palvankar , V. S., & Anandrao , S. P. (2025). Design & Development of Ice Accumulator. International Journal of Recent Advances in Engineering and Technology, 14(1s), 216–219. https://doi.org/10.65521/intjournalrecadvengtech.v14i1s.277

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