Site Assessment and Load Calculation
Before any hardware is specified, we conduct a thorough on-site assessment. We measure your actual power consumption across different times of day, identify critical loads that must stay on during outages versus non-critical loads that can be shed, assess roof or ground-mount conditions, and produce a system recommendation with a detailed cost breakdown and expected return on investment. You get a proposal you can make an informed decision on, not a generic package.
Residential and Small Business Solar
Entry-level single-battery and inverter setups for homes and small offices that need to survive load shedding for lighting, networking equipment, and a handful of workstations. We focus on quality inverters and lithium battery banks rather than lead-acid alternatives, providing significantly longer cycle life and better performance at partial state of charge. Clean installations with proper cable management and earthing.
Commercial and Industrial Solar
Larger three-phase installations for warehouses, factories, retail stores, and multi-storey offices. Grid-tied systems with export capability that offset your municipal electricity bill during the day, off-grid systems for remote or rural sites, and hybrid configurations that combine solar generation, battery storage, and grid fallback. We handle the electrical engineering, city/municipal approvals where required, and full commissioning.
Battery Storage Systems
Lithium iron phosphate (LiFePO4) battery banks for safe, long-cycle energy storage. LiFePO4 chemistry is the correct choice for South African load-shedding conditions where batteries cycle daily, as it handles partial state of charge far better than alternatives and delivers 3,000 to 6,000 cycles before significant capacity loss. We size battery banks to your required runtime, whether that means two hours through load shedding or running overnight.
Transfer Switches and DB Configuration
Automatic transfer switches that move between grid and inverter power within milliseconds, avoiding the glitches that damage sensitive electronics during manual switching. DB board modifications to separate essential and non-essential circuits, allowing the inverter to power only the loads that matter during an outage without running out of battery trying to run geysers and stoves. Proper earthing and surge protection throughout.
Monitoring and Maintenance Contracts
Remote monitoring of solar system performance via mobile app and web portal, showing generation output, battery state of charge, and grid import. Annual service contracts covering panel inspection and cleaning, mounting hardware checks, torque verification on all connections, inverter firmware updates, and battery health assessment. Protecting the investment you have made requires scheduled maintenance, not just waiting for something to fail.