Project Brief

In a landmark move toward campus sustainability, Abuja University in Nigeria has successfully commissioned a cutting-edge integrated energy solution. Powered by Dawnice, this project combines a high-capacity 75kW/215kWh Energy Storage System (ESS) with a 60kW EV Fast Charging station. This “Solar-Storage-Charging” microgrid provides the university with a reliable, 24/7 green power supply, significantly reducing its carbon footprint and reliance on the unstable local grid.

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Educational institutions in Nigeria frequently face challenges with grid instability and high diesel generator costs. Abuja University required a robust solution to:

• Ensure uninterrupted power for critical research laboratories and lecture halls.

• Lower operational expenditures (OPEX) by transitioning from diesel to solar.

• Pioneer green transportation infrastructure by providing high-speed EV charging for faculty and visitors.

Project Highlights

• High-Density Energy Storage (215kWh): Utilizing premium LiFePO4 (LFP) technology, the system stores excess solar energy during the day to power the campus at night or during grid outages, ensuring “zero-flicker” transitions for sensitive equipment.

• Powerful Output (75kW PCS): The 75kW Power Conversion System (PCS) handles high-surge industrial loads, making it ideal for the university’s diverse energy demands, from lighting to heavy lab machinery.

• Integrated 60kW EV Fast Charger: Unlike standard slow-chargers, the integrated 60kW DC Fast Charger allows electric vehicles to reach significant charge levels in under an hour, directly utilizing the stored solar energy.

• All-Weather Reliability: Specifically engineered for the Nigerian climate, the Dawnice system features advanced thermal management to maintain peak efficiency even in high-temperature environments.

• Smart Energy Management: Equipped with remote monitoring, university facility managers can track real-time energy production, storage levels, and EV charging stats via a mobile or desktop dashboard.