Hydrogen tank and all-terrain vehicle refueling point
The prototypes completed and running
ATV with hydrogen fuel cell
Hydrogen production system
Set of inverters and battery bank
Three-phase PV inverters and battery bank with recombiners
Floating photovoltaic panels
Works to improve the area of prototypes and their accesses
We already have the ATV with fuel cell
In the location of the prototypes we have placed information panels Partial view of raft and the area for parking and refueling vehicle Partial view of technical building and raft
Here we show different images of the components of hydrogen production system Touch screen control and hydrogen production area in its final location Hydrolyzer, depot and control, during the tests
The water purifier for hydrogen production
We have renovated and expanded an existing shed for the location of the prototypes (electronics, batteries, control, hydrogen production) Extended building Existing shed before its reform
We have assembled a set of photovoltaic panels floating on a raft PV floating mounting (3) PV floating mounting (2) PV floating mounting (1)
We have assembled the panels in the solar tracker. Solar tracker assembled Solar tracker during assembly (4) Solar tracker during assembly (3) Solar tracker during assembly (2) Solar tracker during assembly (1)
We have assembled the panels in fixed structure. Photovoltaic panels mounted on fixed structure on filter sand.
Components of the hydrogen system
We have chosen the locations of photovoltaic fields.
We are already working on adapting the vehicle all electric field to integrate hydrogen tanks, the fuel cell and the control system.
In the location of future prototypes, we have installed some electric power meters and sensors renewable resources (wind and solar). In the photo, partial view of the aeration basin of the industrial water treatment plant (WWTP) with a set of sensors installed. These sensors and their data logger are powered by a small photovoltaic panel, which avoids the use of disposable batteries.