Question 1

Can you elaborate on 'Advanced Solar' and 'Nano Batteries'?

Accepted Answer

Hi Nicholas,TEVA7’s third-generation green solar cells will produce the energy required that will then be managed through the wireless energy cloud management system. The energy will be distributed through the wireless nano-grid control system, which will spread the power to the water unit(s) and to the nano-storage battery. Vice Versa energy operation — if the unit faces solar power failure, the energy control system will utilize the stored energy from the nano power-storage battery. TEVA7 p...

Question 2

What is the proposed Retail Price when units are available?

Accepted Answer

Hi Richard, The proposed price will be between $40K to $60K per unit. We are conducting Nationwide feasibility study. Our Oxydus Teva7 machine can generate a minimum of 20,000 liters of fresh drinking water daily at only $0.02/liter — that's enough for about 32 dairy cows a day. Regards,

Question 3

I'm new to this crowfunding. Can you explain further how will my monetary contribution work?

Accepted Answer

Hi Carlomagno, The terms will be published on WeFunder soon. Regards,

Question 4

When will you have a working prototype running?

Accepted Answer

Hi Scott, My team and I worked and are working very hard in R&Ds in water development from space (clouds, humidity, air evaporation, dew point) We developed a patented method to extract water from space and we developed a patented system to process the water for human consumption and for farms. We are right now conducting a CF campaign to raise $1M. My team is a combination of engineers and scientists. Our aim is to build the patented prototype in the Death Valley or nearby. It will take ...

Question 5

How functional could that model be in a location with very little moisture in the air? How cost-effective is the maintenance and what does it consist of? What is the ideal locations for these units and how will they be protected?

Accepted Answer

Hi Mark, Nice e-meeting you. You have excellent questions below are the answers: 1- How functional could that model be in a location with very little moisture in the air? TEVA7’s patented artificial intelligence (software and hardware) will control and optimize meteorological conditions to produce water in any environment by balancing the relative humidity (% moisture saturation at a given temperature) and dew point (temperature at which the air is saturated (100 percent relative humidity)) d...

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