Pure Sine Wave Power Inverters
“Khanyi Khanyi” (Light Light) that’s what South Africans desperately need right now. We as South Africans are facing a crisis; load shedding and power cuts from faulty and badly maintained equipment have become a daily occurrence.
We at Khanyi Khanyi have decided to stop complaining and to supply South Africans with a choice, a choice of being immune to these ever increasing power shortages and power cuts.
We at Khanyi Khanyi give South Africans a choice of pure sine wave and modified sine wave products. We provide solutions for almost any power shortage that you might have, whether it is for a studio apartment, a house or a business.
The Khanyi Khanyi systems transfer to battery power when main power is lost or the mains is unreliable. Then the system seamlessly switches back to the main power supply when it is restored. The system has a built-in charger which starts charging your batteries as soon as your main power supply is restored.
It also allows the batteries to be charged while you are using your connected devices on main power, with no performance loss. Our models are suited to homes and businesses and are professionally connected directly into your power system. If preferred the system can also be operate as a free standing unit.
Our vision is that South African businesses and households will have uninterrupted power all day every day.
Our units use no petrol or diesel, are silent and cause no harm to the environment.
Save the environment using your “Khanyi Khanyi”. The Khanyi Khanyi product is you first step to solar power.
FAQ
What is load shedding?
Load shedding is a last-resort measure to prevent the collapse of the power system countrywide.
When there is insufficient power station capacity to supply the demand (load) from all the customers, the electricity system becomes unbalanced, which can cause it to trip out countrywide, which could take days to restore.
When this occurs, Eskom can either increase supply or reduce demand to bring the system back into balance.
As the difference between supply and demand becomes small, we refer to the system becoming “tight”, which implies that there is a need to take action to prevent the system from becoming unstable.
How did load shedding come about? What happened?
Over the last decade, South Africa has experienced a steady growth in the demand for electricity on the back of a robust economic growth.
The continued growth in the economy has exhausted Eskom’s surplus electricity generation capacity and reduced its reserve margin progressively.
Eskom expects the reserve margin to continue on a downward trend for the next seven years until new base-load power plant is built (2014). In spite of new capacity coming on line, which includes bringing back mothballed power stations and building open-cycle gas turbines, the demand is still higher than available capacity.
Eskom is accelerating the implementation of this capacity expansion programme and will invest in excess of R300 billion over the next five years in the upgrading of South Africa’s power supply infrastructure.
The biggest percentage of the expenditure will go towards improving generation capacity through, among others, building new power stations.
Until Eskom can build the necessary capacity, and unless they can substantially reduce national demand, there will be times where load shedding becomes necessary in order to protect the electrical power system.
Does the Khanyi Khanyi range give clean uncorrupted power?
Yes. Unlike many generators , Khanyi Khanyi give clean and green power.
