There are three basic sizes, one for each type of water to be processed and a fourth one to be used as emergency unit” that will include the main elements of the first three to be chosen when there is no time or resources for a previous analysis of the existing water.
==Technical Features==
[[Image:H2Optimal phase 0.jpg|thumb|right|250px|Phase 0: connect the inputs and outputs of water.]]
[[Image:H2Optimal phase 1.jpg|thumb|right|250px|Phase 1: guide the midday sun.]]
[[Image:H2Optimal phase 2.jpg|thumb|right|250px|Phase 2: Unlock and tilt power module.]]
[[Image:H2Optimal phase 2.jpg|thumb|right|250px|Phase 3: Deploy photovoltaic modules.]]
* Does not depend on any input of energy.
* Suitable for any type of water, from slightly contaminated water to sea water.
* Easily transportable to the point of use, thanks to its small size.
* No installation required.
* Compact and lightweight device with a pull-down structure of the photovoltaic modules to expand the area of solar radiation.
* Intelligent management of energy produced and consumed by the device.
* FULLY AUTOMATIC: Its management does not require specialized personnel.
* Producing potable water anywhere and at low cost.
* Reverse osmosis to remove dissolved salts in water.
* High-performance photovoltaic modules for energy production.
==Dimensions==
Approximate overall sizes are 1,60 x 1,20 meters and 0,95 meters high, when packed for transportation. Those sizes have been designed for optimisation of packing, storing and shipping. Weight around 450 kgs (depending type of unit). These sizes make it ideal to be moved easily.
==Applications==
* Purification of water for daily use
* Agricultural Sector
* Livestock Sector
* Emergency Water Purification
* ONG
* Military Sector
==Advantages==
* Lightweight
* Compact, rigid and robust
* Quick set up
* Portability
* Modulation capability
* No specialized personnel required