How do these systems work?
The Inverter is permanently connected to utility power so that while mains/Eskom is present the Inverter recharges the batteries and keeps the batteries fully charged until a power failure (load shedding) occurs. Lithium Ion Batteries can discharge to 95 percent and recharge more rapid than gel and lead acid batteries. Gel Batteries cannot discharge to 95% and neither can lead acid batteries. In case of a power failure the backup system automatically switches over, via an extra fast transfer switch to the inverter, which will continue to provide power to the equipment within 30 msec. This is not as fast as a UPS system, which is instantaneous. Our systems offered here are a sinewave inverter; with a built-in battery charger, automatic changeover switch and a large battery bank. There is a small fan on the inverter. We do not recommend or install modulated sine wave inverters, which are cheaper and have limitations. All installations have a DC Fuses installed which protect the batteries a separate sub distribution board and an installed change over switch. When utility power returns, the whole procedure is reversed and the unit will switch back to utility power and will automatically start re-charging the batteries. The Inverters we install are Hybrid which means solar power can be integrated at a later stage. Optimise your power usage. Your equipment remains connected to the system even when power is restored. The whole process is fully automatic. | Our Installation Process. First an onsite visit would be required. 2. We determine what plugs can be on the inverter and which cannot. Some rewiring of circuits might be required and this could involve neat surface work. 3. Installation of a new subdistribution board, fuse holders, inverter and batteries. 4. A typical installation of a 3 bedroom house will take 3 to 4 days. NB. The inverter needs to be a minimum of 10 meters from the Main Distribution Board and the Lithium Batteries need to be installed within 1 meter of the Inverter. Plus adequate air gaps. |
Typical items that should be powered: |