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📢 Call for Papers — Volume 13, Issue 7 (July 2026) | Submission Deadline: July 31, 2026 | Rapid peer review: 2–3 days | Impact Factor: 7.37 (SJIF 2026)

Paper Details

📄 IJAERD-OJS-3266

Electrical Energy Conservation in Glass Industry

Author(s):Mehul K Parmar, Nikunj bhatt
Institution:PG Students, Department of Electrical Engineering , parul university, P.O limda, waghodia, Gujarat, india
Published In:Vol. 4, Issue 7 — July 2017
Page No.:534-539
Domain:Engineering
Type:Research Paper
ISSN (Online):2348-4470
ISSN (Print):2348-6406
Abstract

Electrical energy is the most common and widely used type of energy in the world. The subject of energyconservation is a concern for most energy users particularly industry. Energy Conservation (ECON) becomes even moreimportant for the third world, developing countries, where the rising energy costs and the use of efficient energyapparatus are of significant concern to both the industry and the utility. In this paper, the application of the ECONtechniques by which electrical energy can be saved and made cost efficient from the industrial perspective are presentedfor a sheet-glass industry in a developing country (India-Asia). The selection, in particular, of a sheet-glass industry wasdone because electrical energy constitutes only a small amount of the overall energy used. A complete energyconservation guideline is recommended. The load profile and its overall improvement in light of these recommendationsare also illustrated along with the proposed utilization of the techniques and their applications. Electrical energymanagement (EEM) approach for motors, pf, and tariff control is outlined and the emphasis on energy conservationtechnology has been elaborated. More findings of the application of energy conservation techniques of high significanceare presented in the paper

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🕮 How to Cite

Mehul K Parmar, Nikunj bhatt, “Electrical Energy Conservation in Glass Industry”, International Journal of Advance Engineering and Research Development (IJAERD), Vol. 4, Issue 7, pp. 534-539, July 2017.

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Vol. 13 | Issue 7
July 2026