IJERT-EMS
IJERT-EMS

Development and thermal analysis of new class of storage elements


Development and thermal analysis of new class of storage elements
Authors : Amit Sharma, S.N.Mishra, Pradeep Kumar, Bhanu Pratap Singh
Publication Date: 30-06-2012

Authors

Author(s):  Amit Sharma, S.N.Mishra, Pradeep Kumar, Bhanu Pratap Singh

Published in:   International Journal of Engineering Research & Technology

License:  This work is licensed under a Creative Commons Attribution 4.0 International License.

Website: www.ijert.org

Volume/Issue:   Vol.1 - Issue 4 (June- 2012)

e-ISSN:   2278-0181

Abstract

Developing efficient and inexpensive energy storage devices is an important as developing new sources of energy. The material element was designed for storing high charging and low discharging efficiency. The size of the element was taken such that exposed contact surface area could be high. The thermal energy storage (TES) can be defined as the temporary storage of thermal energy at high or low temperatures. . Energy storage can reduce the time or rate mismatch between energy supply and energy demand, and it plays an important role in energy conservation. Energy storage improves performance of energy systems by smoothing supply and increasing reliability. For example, storage would improve the performance of a power generating plant by load leveling. The higher efficiency would lead to energy conservation and improve cost effectiveness. The demand for energy, on the other hand, is also unsteady following yearly and diurnal cycles for both industrial and personal needs. The thermal properties are strongly in?uenced by the deposit physical structure, i.e. the particle size distribution, the porosity and the degree of sintering. Thermal storage can utilize sensible or latent heat mechanisms or heat from chemical reactions. Sensible heat is the means of storing energy by increasing the temperature of a solid or liquid. Latent heat, on the other hand, is the means of storing energy via the heat of transition from a solid to liquid state.

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