30 MW Hybrid Solar Power System 

1. Addressing Energy Supply Challenges:

• Solar integration reduces reliance on unstable or unavailable fuel sources, minimizing risks from supply disruptions and poor fuel quality.

• Ensures consistent power availability for critical industrial processes in a remote location with challenging logistics.

2. Significant Fuel and Cost Savings:

• The solar farm is expected to generate 51.8 GWh/year, covering 27.1% of the plant’s electricity demand.

• This offsets approximately $2.38 million annually in energy costs, based on a unit rate of $0.046/kWh.

3. Environmental Sustainability:

• The solar PV system will reduce CO₂ emissions by an estimated 38,000 tons per year, aligning with global and national renewable energy goals.

• Promotes sustainable industrial development in Iraq’s western region.

4. Operational Cost Efficiency:

• With an estimated CAPEX and OPEX, the system offers a payback period of approximately 8.6 years.

• Reduces costs related to fuel procurement, transport, and generator maintenance.

5. Uninterrupted Power Supply:

• Diesel generators or grid power serve as secondary backup sources, maintaining energy security during night-time or cloudy conditions.

•  Ensures 24/7 operations with integrated smart monitoring and energy management systems.

Design and Planning:

• Engineered a fixed-tilt south-facing solar PV system optimized for desert conditions using 20% efficient panels and string inverters.

• Site selection prioritized proximity to the plant, minimal shading, and ease of access.

System Integration:

• Developed a robust grid-compatible design including transformers, switchgear, substations, and advanced performance monitoring tools.

Sustainable Impact:

• Delivered a bankable, environmentally sound hybrid energy solution that improves reliability, reduces long-term costs, and supports Iraq’s transition to clean energy.