SUVPR has successfully delivered a turnkey solar carport and storage integrated microgrid solution for a client in Africa. Designed to overcome the challenges of an unstable local grid, this system ensures 24/7 reliable, clean power for electric vehicle charging.
Africa 300kW Solar Carport & Energy Storage Integrated EV Charging Station
1. Project Overview
SUVPR has successfully delivered a turnkey solar carport and storage integrated microgrid solution for a client in Africa. Designed to overcome the challenges of an unstable local grid, this system ensures 24/7 reliable, clean power for electric vehicle charging.
System Configuration
- Photovoltaic System: 300kW solar carport canopy
- Energy Storage System: 206kWh outdoor cabinet energy storage system
- Power Conversion System: 250kW bi-directional PCS (commercial hybrid inverter)
- Battery Technology: BYD LFP battery cells (long cycle life, high safety)
- Protection Level: outdoor cabinet, IP54 rated enclosure, suitable for outdoor environments
- Operation Mode: Off-grid / Grid-connected hybrid capability with black start function

2. Technical Highlights
- Grid-Independent Operation: The integrated hybrid energy storage system ensures uninterrupted EV charging during frequent grid outages, effectively solving the challenge of energy storage for weak grid areas.
- High Durability Design: Utilizing long cycle life LFP battery storage system technology ensures over 6,000 cycles at 80% depth of discharge, providing a lifespan exceeding 10 years.
- Intelligent Energy Management: The system automatically optimizes power flow between solar generation, battery storage, and grid connection (when available), maximizing solar self-consumption and providing peak shaving benefits.
- Rapid Deployment: Pre-integrated outdoor cabinet ESS design reduced on-site installation time by 60% compared to traditional solutions.

3. Customer Value
- 100% Charging Availability: Eliminates range anxiety for EV users with guaranteed power supply
- Energy Cost Reduction: Through solar self-consumption and peak load management
- Low Maintenance: Liquid-cooled thermal management system ensures optimal performance in Nigeria's climate
- Scalable Design: Modular energy storage system architecture allows for future capacity expansion
- Sustainability Leadership: Demonstrates commitment to clean energy transition with visible solar infrastructure
4. Application Scenario
This commercial energy storage system serves as:
- A resilient EV charging hub for corporate fleets
- A microgrid energy storage solution for commercial complexes
- A backup power source for critical operations
- A model for diesel generator replacement in off-grid applications
5. Conclusion
This project demonstrates how integrated solar plus battery energy storage systems can create reliable charging infrastructure in challenging grid environments. SUVPR's solution provides both immediate operational benefits and long-term strategic value for businesses embracing electric mobility in emerging markets.
SUVPR – Powering Your Transition to Resilient, Sustainable Energy Infrastructure.