We have cooperated with more than 200 countries in solar energy projects and road lighting projects. We have exported products to many countries and participated in many important government projects around the world.
This project involved the phased procurement and deployment of 60 Anern 10.2kW EVO solar inverters by local Iraqi wholesalers to support solar power applications in regions affected by long-term grid instability.
Project Name: Iraq Deployment of 60 × 10.2kW EVO Solar Inverters
Date: 3 December 2023
Project Site: Iraq
Quantity: 60 sets
Product Configuration: 10.2kW EVO solar inverters

Due to years of conflict and infrastructure damage, Iraq's power grid remains inefficient, with frequent electricity shortages, especially during peak demand periods. As a result:
Residential and commercial users experience unstable power supply
Demand for decentralized solar energy solutions continues to grow
Reliable inverters have become a critical component in local solar projects
Local solar wholesalers began actively sourcing high-capacity, durable inverters to improve system stability and support off-grid and hybrid solar installations.

To better understand available technologies, the Iraqi wholesaler attended an international renewable energy exhibition, where they evaluated multiple inverter brands and solutions.
During this process, Anern solar inverter systems attracted attention due to their:
Technical specifications aligned with local solar applications
Proven performance in off-grid and hybrid systems
Suitability for high-load residential and commercial use
As part of the evaluation, the wholesaler initially purchased 10 units of 10.2kW EVO inverters for trial deployment.

10.2kW EVO inverters specification
The trial units were installed in local solar projects and operated under real working conditions. During this phase, the EVO inverters showed:
Stable power output during peak load periods
Reliable operation under fluctuating grid conditions
Compatibility with local solar system configurations
Based on the trial results and field feedback, the wholesaler confirmed that the inverters met both performance expectations and reliability requirements.
Following the successful trial, the wholesaler placed an additional order for 50 units, bringing the total procurement to 60 units of 10.2kW EVO inverters.
The inverters were integrated into multiple solar installations, supporting residential, commercial, and small industrial energy needs.
After deployment, the project delivered the following results:
Improved stability of local solar power systems
Reduced reliance on the unstable public grid
Enhanced confidence in inverter performance under challenging conditions
A scalable reference model for future solar deployments in Iraq
This project highlights the importance of trial-based evaluation and phased procurement when deploying solar equipment in complex energy environments.
Iraq future solar deployment
In December 2023, 60 Anern 10.2kW EVO solar inverters were procured and deployed in Iraq.
The project followed a two-stage procurement model, beginning with a 10-unit trial and followed by a 50-unit bulk purchase.
The inverters were used to support solar installations addressing grid instability and power shortages.
Field operation confirmed stable output, reliability, and suitability for local conditions.
The project serves as a reference case for inverter deployment in regions with weak grid infrastructure.
The trial allowed the wholesaler to verify real-world performance, reliability, and compatibility with local solar systems before committing to a larger order.
The inverters were deployed in off-grid and hybrid solar systems, supporting residential, commercial, and small industrial electricity needs.
The 10.2kW inverter capacity is suitable for high-load applications, providing sufficient power for multiple appliances and commercial equipment.
Installation and commissioning were carried out by local technical teams, following Anern’s installation guidelines and safety standards.
Key benefits included improved power stability, reduced grid dependence, and reliable operation during peak demand periods.
This Iraq project demonstrates how phased inverter deployment and field validation can improve solar system reliability in regions with unstable grid infrastructure.