Project Brief

Dawnice has successfully installed a 100kWh high-voltage rack-mounted battery and 50kW Deye high-voltage inverter for a supermarket in Iraq. This energy storage solution provides the supermarket with a reliable, cost-effective, and sustainable power supply, enhancing energy independence and reducing operating costs.

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Iraq faces challenges with grid stability, especially in commercial areas. For businesses like supermarkets that require uninterrupted power to maintain operations, energy storage systems have become an essential solution. This project utilizes a 100kWh high-voltage rack-mounted battery and a 50kW Deye high-voltage inverter to provide the supermarket with a constant power supply, improving energy efficiency and reducing reliance on the grid.

Project Highlights

• 100kWh High-Voltage Rack-Mounted Battery + 50kW Deye High-Voltage Inverter
  This system combines high-capacity energy storage with powerful conversion technology, ensuring a steady and reliable power supply for commercial use.

• Ideal for Supermarkets and Commercial Applications
  The energy system is designed to meet the high-energy demands of supermarkets, providing reliable power for refrigeration, lighting, and other essential operations.

• Energy Independence and Cost Savings
  By storing excess energy during off-peak hours and deploying it during peak demand, the system helps the supermarket reduce electricity costs and minimize grid dependency.

• Ensures Continuous Operations
  With the combination of energy storage and high-efficiency inverters, this solution guarantees that the supermarket stays operational even during grid outages or fluctuations.

• Designed for the Iraqi Market
  The system is optimized for Iraq’s energy environment, providing reliable performance even in challenging conditions, ensuring consistent power supply.

Dawnice continues to provide scalable, reliable, and sustainable energy solutions for commercial customers in Iraq and across the Middle East, helping businesses save on energy costs and achieve greater energy efficiency.