PEDO Koto 40.8MW Hydropower Independent Engineering
NTDC System Stability & Cross-Trip Scheme Validation
Project Overview
The Koto Hydropower Project is a 40.8 MW run-of-river renewable energy facility developed by the Pakhtunkhwa Energy Development Organization (PEDO) on the Usheri River in Khyber Pakhtunkhwa (KPK). Built to leverage the region’s hydrological resources, the plant generates low-cost, clean electricity with minimal environmental impact.
The power is evacuated directly to the national grid to improve regional grid stability and displace expensive fossil-fuel generation. To ensure successful project completion, the provincial government appointed an Independent Engineer to oversee design compliance, monitor construction quality, and witness commissioning.
Project Specifications
- Plant Capacity: 40.8 MW run-of-river hydel power facility.
- Project Capital Cost: Estimated capital investment of PKR 21.7 billion.
- Expected Power Output: Designed to generate approximately 207 million kWh (units) of clean electricity annually.
- Expected Provincial Revenue: Estimated to contribute PKR 2.4 billion in annual revenue to the KPK government.
- Project Location: Usheri River (a tributary of the Dir River) near Timergara, District Dir Lower, Khyber Pakhtunkhwa (KPK), Pakistan.
OMS Scope of Services
- Appointed as the Independent Engineer (IE) for the 40.8 MW Koto Hydropower Project.
- Provided independent technical advisory and conducted routine construction progress monitoring.
- Performed comprehensive quality assurance reviews and detailed design compliance audits of civil, hydraulic, and electrical works.
- Oversaw and witnessed testing and commissioning activities of the hydro-turbines and generators to ensure alignment with international standards.
Our Capabilities
Very few industries in modern society face the number of challenges seen in the agriculture sector. Many external forces wreak havoc on the farm business, and all are completely out of the business owner’s control.
Scope of Work
Our team delivered a full-cycle industrial solution, including:
Plant Design & Engineering
Comprehensive layout planning and structural design tailored for high-volume steel production.
Equipment Integration
Installation and configuration of advanced machinery, automated systems.
Process Optimization
Implementation of smart workflows to improve efficiency and reduce downtime.
Quality Control Systems
Deployment of monitoring technologies to maintain consistent product standards.
Key Features
Very few industries in modern society face the number of challenges seen in the agriculture sector. Many external forces wreak havoc on the farm business, and all are completely out of the business owner’s control. Weather, drought, pests, and disease constantly hammer agriculture. They augment the standard risks any business faces and put significant pressure on historically thin profit margins. Add to this the current stagnation in the available workforce, which was significantly amplified by the COVID-19 pandemic, and you have a menu of challenges that seem almost impossible.
Results & Impact
The project successfully delivered a high-performance steel manufacturing facility that significantly improved production efficiency and output quality. The integration of advanced technologies enabled seamless operations, reduced downtime, and enhanced overall productivity.
Project Information
Completely synergize resource taxing relationships via premier.
Client Name
Pakhtunkhwa Energy Development Organization (PEDO)
Category
Hydropower
Implementation Period
Ongoing
Capacity
40.8 MW
Location
Timergara (Dir Lower), KPK, Pakistan