Earth Sciences Pakistan (ESP)

EFFICIENT ENERGY SOLUTION FOR WASA FAISALABAD TAKING INTO CONSIDERATION THE ENVIRONMENTAL IMPACT ASSESSMENT

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EFFICIENT ENERGY SOLUTION FOR WASA FAISALABAD TAKING INTO CONSIDERATION THE ENVIRONMENTAL IMPACT ASSESSMENT

ABSTRACT

EFFICIENT ENERGY SOLUTION FOR WASA FAISALABAD TAKING INTO CONSIDERATION THE ENVIRONMENTAL IMPACT ASSESSMENT

Journal: Earth Sciences Pakistan (ESP)
Author: Ijaz Ahmed Randhawa, Umer Ijaz, Abubaker Ijaz, Arslan Dawood Butt and Muhammad Malik

This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited

Doi: 10.26480/esp.02.2019.09.13

This work describes the energy requirements for water supply and sewerage management of Faisalabad urban area and additionally suggests energy management improvements by incorporating grid connected renewable Photo- Voltaic (PV) based power generation. As the ground water in Faisalabad is mostly saline, Water and Sanitation Agency Faisalabad (WASA FSD) brings water from nearby soft water sources and pumps them to consumers within the city. To maintain water supply and sewerage disposal operations, WASA FSD requires to purchase 40k to 50k USD worth of electricity monthly from Faisalabad Electric Supply Company (FESCO) which is financially burdening for WASA. Additionally, as this energy demand is met from Pakistan’s already strained national grid, there is a need to better manage Agency’s energy requirements. In this work, we study utilization of an On-Grid PV solution for renewable power generation to meet the agency’s requirement of are 3.238 ×106 electricity units per month. Such systems can, in principle, eliminate dependency of WASA on the National Grid and additionally provide WASA with an energy efficient and sustainable power generation system with low environmental impact. In this paper, simulate a solar energy system without any energy storage system to determine its feasibility. Here, we present simulation results to estimate successfulness of such a project. Additionally, financial and technical aspects of the project have also been discussed suggesting a payback period less than 7 years.

Pages 09-13
Year 2019
Issue 2
Volume 3

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