Project
1.5 MW HPP Parishing Ph-III
1.5 MW HPP Parishing Ph-III Astore Gilgit Baltistan
About The Project
1.5 MW HPP Parishing Ph-III Astore Gilgit Baltistan
Project Overview
This document outlines the scope of work completed for the supply, installation, commissioning, and test running of a new generation unit at the Parishing Hydropower Station (HPP) Phase III in Astore, Gilgit-Baltistan. This critical project significantly contributes to meeting the energy demand of the local populace.
Detail Project
- Mushtaq Ali Government Contractor Gilgit Baltistan
- 2019
- Parishing Ph-III Astore Gilgit Baltistan
- Hydro power
Installed Capacity
The project involved the installation of two small-scale generation units:
Number of Units: 2
Unit Capacity: 0.5MW(Megawatts) each
Total Installed Capacity: 1.0 MW (Megawatt)
The project involved the installation of a single, medium-scale generation unit:
Number of Units: 1
Unit Capacity: 1.5{ MW (Megawatts)
Total Installed Capacity: 1.5 MW (Megawatts)
The 1.5MW capacity provides reliable, clean energy, bolstering the infrastructure and improving quality of life in the Parishing area and the wider Astore District.
Scope of Work
The contractor, Mushtaq Ali Government Contractor Gilgit Baltistan, was responsible for the following comprehensive activities related to the 1.5 MW unit:
Supply: Procurement and delivery of all necessary mechanical, electrical, and civil components (including Turbine-Generator set) for the 1.5 MW hydropower unit.
Installation: Complete physical installation of the power generation equipment, control systems, and associated civil infrastructure at the site.
Commissioning: Detailed functional testing of all installed equipment and systems to ensure they operate according to design specifications and safety standards.
Test Running: A sustained period of operational performance testing to confirm the unit’s reliability and stable output capacity prior to final handover.
Test Running: A sustained period of operational performance testing to confirm the units’ reliability and stable output capacity prior to final handover.
