PUBLIC SQUARE
Transform a square, park, sidewalk, the universities courtyards, Hospitals, Museums, Hotels ... in conclusion, any public or private sunny space, on a point of generation of renewable energy is a reality. The integration into the environment is perfect.
In addition to creating spaces to serve the public, we are reducing CO2 emissions and carbon footprint of buildings and infrastructure.
Thus, the energy generated by the SolarFloor could be used to power the lighting; offer free services for wireless access and create open Wifi areas, among others.
SOLAR DOCKS
The same solutions in generation and energy efficiency that we apply to cities and mobility are easily transferable to the marine.
Increasingly vessels are required to be clean propulsion to reduce CO2 emissions and pollution of waters by sailing.
Convert the docks and moorings sources of green energy generation undoubtedly contributes to achieve.
Our Solar Docks are floating solar power plants that efficiently harvest the sun’s energy. We currently provide two solar harvesting solutions that are built with our unique technology, the air-suspended deck.
-
The Solar Dock is a simple and cost-effective solar harvesting solution that can adapt to a wide range of energy needs and topographic conditions. This square floating solar power plant can be mounted with various PV systems and brands.
-
With our Solar Dock is not necessary a circular floating solar power plant to rotate to track the position of the sun because the power generation is in horizontal position. High perfomance in Summer in Europe and during all year in Middle Est, Central America/Afrika and Indonesia .
-
With our Solar Docks you can Reduce the Water Evaporation. Installing 130 m2 Solar Docks power plant in India could conserve 400.000 liters of water per year.
Our Solar Docks conserve precious land and reduces water evaporation while generating large amounts of renewable energy.
SOLAR MEDIUM STRIP
The median become the ideal place in any city to install photovoltaic walk able slab. The power generated could power streetlights and traffic signals or other pointing device that consumes electricity. Consumption could be direct or may be stored in batteries for use at night. In addition we reduce costs: maintenance and gardening.