Project Brief

Dawnice has successfully installed three 10kW wall-mounted home energy storage batteries paired with Dawnice inverters in a residential home in Iraq. This advanced energy storage system provides reliable backup power, reduces electricity costs, and ensures continuous power supply even during grid outages, addressing the region’s power reliability challenges.

In Iraq, power outages are frequent, and the grid often faces reliability issues, making it difficult for households to depend on consistent electricity. This installation provides a solution to reduce grid dependence and optimize energy consumption. By pairing three 10kW batteries with Dawnice inverters, the system ensures that homeowners can store excess energy generated from solar or the grid and use it during high-demand periods or power outages.

Project Highlights

• 3 x 10kW Wall-Mounted Home Energy Storage Batteries
  This system consists of three 10kW wall-mounted batteries, providing a total of 30kW of energy storage capacity. The batteries store energy during low-cost or off-peak periods and can supply the home with power during peak hours or grid outages.
• Dawnice Inverter for Efficient Energy Conversion
  The system is paired with Dawnice inverters, ensuring smooth conversion from DC to AC power, allowing the stored energy to be used for essential household appliances such as lighting, refrigeration, and cooling systems.
• Reliable Backup Power During Grid Outages
  Given Iraq’s frequent power interruptions, this energy storage system provides homeowners with a reliable backup, ensuring they have power for critical appliances even during blackouts.
• Cost Savings and Energy Optimization
  By using stored energy during expensive peak periods, the system helps homeowners reduce electricity bills. It also optimizes solar energy use by storing excess solar power generated during the day for use at night.
• Compact, Space-Saving, and Scalable Design
  The wall-mounted design is perfect for residential use, saving space while offering scalability. If the energy demand grows in the future, more batteries can be easily added to the system.