Complete portfolio of utility-scale solar, battery storage, and power conversion solutions
High-capacity fixed-tilt and tracking systems for utility-scale farms – optimized for African solar irradiance and harsh climates.
Robust, cost-effective fixed structures for large-scale PV plants – available in 5° to 30° tilt angles.
Active tracking systems that follow the sun, increasing energy yield by up to 25% compared to fixed-tilt.
Pre-assembled DC cabling, MC4 connectors, and combiner boxes for safe and efficient power collection.
Real-time monitoring of each string current, voltage, and temperature – with remote diagnostics.
Utility-grade lithium-ion (LFP) systems with integrated BMS, offering long cycle life and fast response for grid services.
Scalable LFP battery modules with integrated BMS, suitable for C&I and small utility projects.
High-capacity containerized or custom-built systems for grid-scale energy storage and frequency regulation.
Advanced battery management with cell balancing, state-of-charge estimation, and cloud-based EMS.
Multi-layer protection with aerosol, gas, and water-mist systems – certified to NFPA 855 and UL 9540A.
High-power central inverters (up to 6 MW) and flexible string inverters (50‑350 kW) for utility-scale and commercial projects.
Robust, high-efficiency central inverters with grid-forming capability and reactive power control.
Flexible, modular string inverters with multiple MPPT channels for ground-mount and commercial rooftops.
Lightweight, high-efficiency designs for utility-scale and C&I applications with <99% THD.
All-in-one inverter for PV and battery integration, with built-in EMS and backup output.
Turnkey 20ft and 40ft containers with integrated BESS, PCS, and cooling – ideal for grid-side support and large-scale renewable integration.
Compact and modular, ideal for C&I and small-utility projects. Integrated battery racks, PCS, and local EMS.
Utility-scale solution with advanced thermal management and grid-forming capability.
Proprietary liquid-cooled thermal management for optimal battery temperature, extending cycle life.
Multi-layer protection with aerosol, gas, and water-mist systems – certified to NFPA 855 and UL 9540A.
Advanced thermal management for high-density battery racks – liquid-cooled and air-cooled cabinets designed for utility-scale storage.
High-performance liquid cooling for dense battery configurations – ideal for hot climates.
Cost-effective air-cooled cabinets with redundant fans and thermal management for moderate climates.
Combined liquid and air cooling for flexibility and redundancy – suitable for extreme environments.
Advanced sensors and control logic to detect and prevent thermal runaway events.
Seamless connection of solar, wind, and storage to the grid – with advanced PCS and EMS for smooth power dispatch.
Inverters capable of forming a stable grid in island mode – essential for microgrids and weak grids.
Energy management system with SCADA interface for real-time optimization of solar+storage assets.
High-accuracy energy meters and current transformers for sub-metering and export control.
Pre-configured protection relays and control systems to meet local grid code requirements.
End‑to‑end support from site assessment, system design, factory acceptance testing, to on‑site installation and remote handover.
Detailed site surveys, grid interconnection studies, and financial feasibility analysis for solar+storage projects.
Custom system design using 3D modelling, including layout, single‑line diagrams, and control architecture.
Rigorous testing of all components at our facility before shipment – including performance, safety, and communication tests.
Experienced engineers for on‑site installation supervision, commissioning, and operator training.