Cleaning Photovoltaic Panels
AWA MODULA PV 250 C machine, derived from AWA MODULA 250 with modifications focused on producing distilled water washing photovoltaic panels without the need for chemical cleaning products.
SEAS solution allows for the preservation of traditional local water sources and environmental benefits, for two main reasons: (1) no water is withdrawn from local sources for the cleaning of panels, and (2) no chemicals are required for panel cleaning and therefore no contaminated water is released into the local ecosystem.
Moreover, whenever water has to be transported by tanker trucks more than 50 km, the SEAS solution strongly reduces pollution and CO2 emissions.generation.
Finally, it allows photovoltaic field owners and operators to be totally independent relative to costs of obtaining water, which is generally supplied by third parties at very high costs. This solution is replicable across the entire SEAS product range.
The SEAS systems allow for water production in every area and are particularly effective in critical, desert or isolated areas or where traditional water sources are scarce and its deployment can affect the lives of the local population.
Hydrogen Production with Photovoltaic Field
This solution involves the use of SEAS Systems, in the Mineral Free Plus version, in order to use SEAS water for hydrogen extraction.
The purity of the water, the photovoltaic feeding, and the continuity and consistency of the water quality make it the ideal solution to be used for the production of hydrogen.
As a result, local underground aquifers are not affected and the access of local communities to the aquifers is not interrupted or challenged.
It is a sustainable solution with no impact on the environment and it allows for a hydrogen production plant to be entirely independent, being truly 100% built and operated with renewable energy of which SEAS water is the main product.
Wind Energy with Water Storage
In wind power systems there is a need to manage the loads of energy production and distribution, in many cases interrupting production itself.As a result, there may be a significant loss of energy otherwise available at very low cost.
The combination of SEAS solutions with wind energy generation allows for smart energy production management. Instead of stopping the plant when the energy load is not required, it is possible to use the surplus energy to produce drinking and distilled water, storing or bottling it and reusing at very low energy cost, for the benefit of the local population or for industrial uses.