Electrical power behavioral usage in public institutions and its intervention: a case of tanzania higher learning institutions

Author:

Bazila Simon,Kalinga Ellen,Ibwe Kwame,Abdalla Abdi T.ORCID

Abstract

AbstractPublic institutions in developing countries, taking Tanzania as an example, are facing huge electricity consumption bills caused by inefficient utilization of electrical power. The causes of inefficient power usage can be due to the users’ behavioral and inadequacy of technology deployment in electric controlling infrastructure. This study explores the users’ behavior and the consequences of inefficient power utilization in Tanzania Higher Learning Institutions (HLIs). Around 85% of the sampled participants in the selected HLIs were least concerned with power saving strategies while using office facilities. The study reveals that inefficient energy consumption may result in high electrical power bills, unnecessary energy waste, psychological effects caused by inability to pay electrical bills and distress resulting from frequent power outages. Besides, the study proposes both behavioral- and technological-based interventions for electrical power saving in HLIs.

Publisher

Springer Science and Business Media LLC

Subject

General Medicine

Reference34 articles.

1. Makala B, Bakovic T (2020) Artificial intelligence in the power sector. Int. Financ. Corp: 1–8

2. Ansari MM, Guo C, Shaikh MS, Chopra N, Haq I, Shen L (2020) Planning for distribution system with grey wolf optimization method. J Electr Eng Technol 5:1485–1499

3. Shaikh MS, Hua C, Jatoi MA, Ansari MM, Qader AA (2021) Parameter Estimation of AC Transmission Line Considering Different Bundle Conductors Using Flux Linkage Technique. IEEE Canadian J Electr and Comp Eng 44(3): 313-320

4. Tanesco (2021) TANESCO - Distribution. http://www.tanesco.co.tz/index.php/about-us/functions/distribution: accessed Apr. 03, 2021.

5. Kweka J (2018) Monitoring Policies to Support Industrialisation in Tanzania: An Update and Policy Recommendations. Support. Econ. Transform.

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