Faq

This system uses Net Metering provided by the electricity utility company to produce electric units using the Solar Panels during daytime and ‘sell’ it back to the electricity supplier. This has a ‘Net’ effect of your electricity bill being reflective of Units Consumed (K-Electric) minus Units Produced (Solar).

This system disconnects completely from the electric power grid and runs independently using the electricity produced by the solar panels, whilst also storing the excess in Lithium Ion batteries so that the energy may be used 24 hours of the day.

This system uses On-Grid and Off-Grid in conjunction to yield the best savings to any facility. The Hybrid system makes use of the batteries to store energy during the day whilst also utilizing the Net Metering to ensure excess electricity units are fed back into the power grid and thus help lower electricity consumption. This approach yields a fully independent system capable of powering itself solely using solar energy 24 hours during daytime, whilst also cutting down on electric bills.

This is highly dependent on the purpose of installation of the system. The usefulness of each system varies and shines in its own right. If the objective is to simply reduce electric bills then the On-Grid or Hybrid systems will be the best alternative. However, if the purpose is to become independent of the electric power grid (e.g. load shedding solution), the Off-Grid system is the best alternative.

• Must be intelligent and automated.
• Must have Wireless Integration.
• Must have 24/7 Monitoring and Mobile Integration.
• Must have a system life expectancy for a reasonable period.
• Should be Efficient and Reliable.
• Must have Minimal Power Loss.
• The installation company must have trained staff, with service contract facilities.
• Selected supplier and installer should have adequate technical background.
• Must be environmentally friendly.

The companies which have been approved by AEDB can install systems at their facilities and must have requisite credentials, background and technical expertise.

Our 440-Watt solar panels are sized roughly as 44×74 inches.

This is dependent upon the capacity of the Solar System Solution being implemented in the facility. E.g. a 10kW solution will require a 10kW inverter.

Our systems incorporate AC and DC disconnects, that ensure any fluctuation or surge voltage cannot pass between the solar panels and inverter, or between the inverter and facility power supply.