The LORENTZ PS range of DC powered centrifugal pumps have been designed specifically to pump larger volumes of water efficiently using solar power. These highly efficient pumps can achieve flow rates of 450 m3/hour. Each system consists of a pump, pump motor and a controller. This modular concept keeps all electronics above ground providing, simple servicing, ease of access and a low cost of ownership. LORENTZ submersible pumps are deployed in irrigation systems, drinking water provision, water treatment and livestock.

LORENTZ surface pump systems are used as circulating pumps for swimming pools and any other filtration systems. LORENTZ surface solar pumps are, also used as booster pumps for industrial applications.The new PS CS-F surface range uses our market leading PS 600 / PS 1800 / PS 4000 controllers and ECDRIVE drives coupled to a surface pump end. The pumps are being introduced to meet the market need for high flow pumps typically in irrigation applications with flow rates up to 59 m3/h. This further extends our product portfolio and continues to ensure LORENTZ is the world’s number one solar water pumping company.

That system forms the second pillar of LORENTZ product range. While increasing the efficiency of the Photovoltaic modules considerably, their sturdy design and reliable control electronics ensure an optimum energy yield for solar parks of all sizes and in grid-independent installations.

ATON Egypt is constantly searching for the best solar modules at the best price. We supply a variety of brands of PV Modules such as LORENTZ, CanadianSolar, SUNTECH and TrinaSolar. That is to help you choose what the best is for you.

The installation of desalting plants leads to total dependence on power, meaning that the water-energy combination becomes of the utmost importance, to a point where in many places it is true that “if there is no power, there is no water”. This is where Solar Energy plays a fundamental role as a new source of electricity to help to obtain the water that is so vital for human use. The system basically consists of a sea water RO desalination plant powered with the (PV) system with power storage based on batteries, producing the power required for the desalination process.