Lock in your Levelized Cost of Energy and avoid exposure to constantly rising electricity tariffs.
Electricity prices for CI&A customers have risen over 600% since 2009.
Solar energy makes up roughly 11.5% of the National Energy Mix while diminishing coal plants account to 74%
Embedded Generation LCOE is 40%-60% lower than the Utility’s cost per kWh for CI&A sectors
The South African Climate Change Act, Act 22 of 2024, promoting a transition to a low-carbon economy and society is increasing pressure on decarbonisation in the CI&A sector.
Commercial Grid Tied Solutions
Cost-saving workhorses for high daytime energy users
Our flagship — and most recommended — solution for most Commercial, Industrial, and Agricultural (CI&A) clients is the grid-tied solar system. These systems are specifically designed for operations with high daytime electricity demand, such as production facilities, factories, farms, and warehouses.
These systems are engineered for maximum daytime savings by directly offsetting energy drawn from the grid. By generating solar power on-site and supplying it directly to the load, the primary goal is simple: import as little electricity from the utility as possible.
Why Go Grid-Tied?
- High ROI, Low Complexity - Grid-tied systems are battery-free, making them more affordable, reliable, and maintenance-friendly.
- Cash-Positive from Day One - With solar energy costing roughly one-third of the price of utility power per unit, clients lock in predictable energy costs while avoiding steep and rising tariffs.
- Rapid Payback - Most systems pay for themselves within 3 to 4 years, making them one of the best energy investments available.
how it works
- Solar generation is prioritised to meet your facility’s real-time energy needs.
- When solar production falls short (e.g. cloudy weather), the shortfall is seamlessly supplemented by the grid.
- In the event of a grid failure, inverters switch to anti-islanding mode for safety — automatically disconnecting until stable grid or generator voltage is restored.
- When integrated with a generator, the system safely reconnects and continues operation. The inverter intelligently throttles its output to avoid overloading the generator — reducing fuel consumption by up to 60%.
Commercial Hybrid Solutions
Reliable backup meets smart solar savings
If your business needs dependable backup power to stay operational during outages while also cutting energy costs, a hybrid solar system is the ideal solution.
Commercial hybrid systems combine solar panels, 3-phase hybrid inverters, and high voltage lithium-ion batteries. These systems are designed to maximise solar energy usage while intelligently managing battery storage and grid interaction.
how it works
- Solar First - Loads are prioritised to run on solar power whenever available.
- Hybrid Mode - When solar generation is insufficient, loads are supported by a combination of battery discharge and grid supply.
- Grid as Last Resort - Grid import occurs only when both solar production is low and battery reserves are insufficient.
Hybrid systems are more complex and carry a higher upfront cost compared to grid-tied systems without battery storage. However, they still deliver a strong return on investment — typically within 4 to 6 years. In addition to long-term energy savings, they offer energy security, predictable electricity costs, and a cash flow–positive investment. This makes them ideal for businesses that can’t afford downtime, such as large office buildings, schools, retail complexes, restaurants, and other power-sensitive operations.
Value Stacking Options (Smart Battery Management)
Value stacking is the practise of using battery storage systems for several purposes at once, each helping to save money or add value.
Tarif Arbitrage (Lower Cost of Energy by analysing time of use rates)
The Energy Storage System (ESS) is configured to charge during low demand tariff hours and discharge during peak utility tariff hours, when electricity costs can be up to 4 times higher than low demand rates. This maximises energy savings while keeping battery sizes economically efficient.
Peak Shaving (Lower Maximum Demand by analysing usage patterns)
Energy Storage Systems are used to reduce peak energy demand from the distribution network by charging during designated low-demand periods and discharging during designated high-demand periods. This reduces peak energy usage and helps users avoid exceeding their Notified Maximum Demand.
Lock in your Levelized Cost of Energy and avoid exposure to constantly rising electricity tariffs.
Electricity prices for CI&A customers have risen over 600% since 2009.
Solar energy makes up roughly 11.5% of the National Energy Mix while diminishing coal plants account to 74%
Embedded Generation LCOE is 40%-60% lower than the Utility’s cost per kWh for CI&A sectors
The South African Climate Change Act, Act 22 of 2024, promoting a transition to a low-carbon economy and society is increasing pressure on decarbonisation in the CI&A sector.