1.3 MWh Solar + Energy Storage Project in Iraq

Located in Iraq, this 1.3 MWh solar and energy storage project demonstrates the successful deployment of a high-capacity Battery Energy Storage System (BESS) to support renewable energy integration and energy transition.

The project has been successfully commissioned, with system programming and operational testing completed. By combining advanced energy storage technology with solar power generation, the project provides a reliable solution for large-scale renewable energy storage and utilization.

Project at a Glance

• Location: Iraq

• Project Type: Solar + Energy Storage System

• Energy Storage Capacity: 1.3 MWh

• Project Status: Commissioned

• System: Battery Energy Storage System (BESS)

System Configuration

The project is equipped with a high-capacity energy storage system consisting of 5 SolaX ESS-TRENE cabinets and 2 X3-Forth-125K inverters, providing a total energy storage capacity of 1.3 MWh.

The integrated system is designed to support efficient energy storage and renewable energy integration, enabling the project to maximize the value of solar power while improving the flexibility and reliability of energy utilization.

Key System Configuration:

• Total Energy Storage Capacity: 1.3 MWh

• Energy Storage Cabinets: 5 × SolaX ESS-TRENE

• Inverters: 2 × X3-Forth-125K 125 kW

• System Type: High-Capacity BESS

• Commissioning: Programming and operation completed

Milestone for Energy Transition

The project marks an important step in Iraq's renewable energy development. By integrating solar power with advanced energy storage technology, it contributes to the country's transition toward a more flexible and sustainable energy system.