The project utilizes a specialized System Integration approach designed for the high-demand environment of a utility grid.

• AHE Integrated Solution: The project features an AmpereHour Energy (AHE) integrated 2 MW / 9.79 MWh LFP battery-based system.
• Containerized Hardware: The energy storage is housed in two 20-foot containers, optimized for durability and rapid onsite deployment.
• Skid-Based Architecture: To streamline onsite installation and thermal management, the Power Conversion System (PCS) and Transformer are mounted on a pre-engineered SKID, ensuring a “plug-and-play” connection to the solar array.
• High-Density Storage: The system features a 9.79 MWh LFP battery capacity, providing a deep energy reservoir to manage long-duration discharge cycles required by the utility.
• Co-location Synergy: By being physically and electrically co-located with the PV plant, the BESS minimizes transmission losses and allows for real-time smoothing of solar variability.

Battery Chemistry: The use of Lithium Iron Phosphate (LFP) technology provides superior thermal stability and a long cycle life, essential for the demanding environmental conditions of Gabon.