Wind Under Construction

Power Cement Limited — Wind

A 7.5 MW captive wind project in Nooriabad developed under a long-term BOOT structure to strengthen reliability and reduce exposure to grid volatility.

Nooriabad, Sindh, Pakistan 7.5 MW Capacity
Wind turbines at Power Cement Limited
7.5 MW Installed Capacity
Nooriabad, Sindh, Pakistan Location
In progress (on the cusp of commissioning) Status
February 2026 (expected) Expected COD

Building on the success of Power Cement’s captive solar deployment, BCEM is advancing a 7.5 MW captive wind project at Nooriabad, Sindh. The objective is straightforward: add another low-cost, clean energy source to Power Cement’s on-site energy mix and further reduce reliance on expensive and volatile grid electricity.

This project reflects BCEM’s repeatable delivery model—using proven development discipline, bankable contracting, and long-term operational accountability.

Overview

Power Cement’s energy requirements fluctuate based on production conditions, including the availability of waste heat recovery generation. During periods such as kiln shutdowns (e.g., maintenance), demand for external power rises significantly—creating a need for dependable supplementary sources.

Wind power adds a complementary generation profile to solar and waste heat recovery, improving overall energy resilience and reducing grid dependence.

Technical specifications

  • Installed capacity: 7.5 MW
  • Location: Nooriabad, Sindh, Pakistan
  • Status: In progress (on the cusp of commissioning)
  • Expected COD: February 2026 (expected)
  • Technology partner(s): Orient Energy Systems and Goldwind

Delivery and operating model

The project is structured under a Build–Own–Operate–Transfer (BOOT) model with a long-term offtake arrangement designed to ensure performance alignment and lifecycle accountability.

To support bankability and operational stability, the offtake arrangement is designed with commercial protections that encourage efficient utilization and predictable project cashflows.

Development approach

Site suitability and project feasibility were supported by detailed wind measurement and analysis. A meteorological mast was installed to capture key wind parameters—enabling site-specific energy assessment and robust engineering decisions prior to final execution.

Why it matters

This project strengthens Power Cement’s operational resilience by:

  • Expanding access to stable, lower-cost electricity sources
  • Reducing exposure to grid interruptions and peak tariff pressure
  • Improving predictability for production planning
  • Advancing industrial decarbonization through on-site clean energy

What’s next

Once commissioned, the project further positions BCEM to scale repeatable captive wind and hybrid solutions for large industrial clients—using proven structures that can be expanded with hybrid optimization and energy storage over time.

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