Calculation basis based on the 2017 water crisis in Cape Town:

South Africa and the drought disaster- Cape Town threatened to turn off water supply, Cape Town for the "Day Zero", Source: Spiegel Online – 30^th of December, 2017

South Africa is experiencing a devastating drought, the metropolis of Cape Town is running out of water. If the rain continues to fail, the city could be forced to completely turn off the taps in April 2018.

The city with 4.5 million inhabitants currently consumes more than 600 million liters per day, explained by the head of urban water supply. Consumption must be reduced by 100 million liters to avert disaster.

Help by reducing water scarcity through the revolution Windgiant Technology:

Or one uses the newly patented energy tower and water technology for parallel water generation from the air humidity contained in the air flow.

Wind Turbine Tower 30 kW  - Power data for an energy and water supply cecurity 

One 30 kW Windgiant Wind Turbine Tower produces 13.000 liters of water per day in 24 h, at 6 m/s wind speed, including a water treatment plant for clean drinking water.

With water rationing of 25 l / day and person, cleanest drinking water for 520 people. The in parallel generated energy at an average of 6 m/s wind speed equals 83.500 kWh per year.

Wind Turbine Tower 60 kW  - Power data for an energy and water supply cecurity 

One 60 kW Windgiant Wind Turbine Tower produces 17.000 liters of water per day in 24 h, at 6 m/s wind speed, including a water treatment plant for clean drinking water.

With water rationing of 25 l / day and person, cleanest drinking water for 680 people. The in parallel generated energy at an average of 6 m/s wind speed equals 167.000 kWh per year.

Wind Turbine Tower 120 kW  - Power data for an energy and water supply cecurity

One 120 kW Windgiant Wind Turbine Tower produces 26.900 liters of water per day in 24 h, at 6 m/s wind speed, including a water treatment plant for clean drinking water.

With water rationing of 25 l / day and person, cleanest drinking water for 1.070 people. The in parallel generated energy at an average of 6 m/s wind speed equals 334.000 kWh per year

Wind Turbine Tower 200 kW  - Power data for an energy and water supply cecurity

One 200 kW Windgiant Wind Turbine Tower produces 43.000 liters of water per day in 24 h, at 6 m/s wind speed, including a water treatment plant for clean drinking water.

With water rationing of 25 l / day and person, cleanest drinking water for 1.720 people. The in parallel generated energy at an average of 6 m/s wind speed equals 556.000 kWh per year.

 Wind Turbine Tower 400 kW  - Power data for an energy and water supply cecurity

One 400 kW Windgiant Wind Turbine Tower produces 84.000 liters of water per day in 24 h, at 6 m/s wind speed, including a water treatment plant for clean drinking water.

With water rationing of 25 l / day and person, cleanest drinking water for 3.360 people. The in parallel generated energy at an average of 6 m/s wind speed equals 1.114.000 kWh per year.

Wind Turbine Tower 800 kW  - Power data for an energy and water supply cecurity 

One 800 kW Windgiant Wind Turbine Tower produces 137.000 liters of water per day in 24 h, at 6 m/s wind speed, including a water treatment plant for clean drinking water.

With water rationing of 25 l / day and person, cleanest drinking water for 5.480 people. The in parallel generated energy at an average of 6 m/s wind speed equals 2.228.000 kWh per year.

Wind Turbine Tower 1.6 MW  - Power data for an energy and water supply cecurity 

One 1.6 MW Windgiant Wind Turbine Tower produces 264.000 liters of water per day in 24 h, at 6 m/s wind speed.

With water rationing of 25 l / day and person, cleanest drinking water for 10.560 people is generated. The in parallel generated energy at an average of 6 m/s wind speed equals 4.450.000 kWh per year.

New key technologies for the energy and water supply cecurity, made in Germany & Austria.