Function diagram


Introduction of solar pumping system

alba sptSolar pumping system are becoming extremely popular and can be applied for many common daily uses such as lifting up water from water wells (under ground water), irrigation for agriculture, forestry irrigation, desert control, pasture animal husbandry, water supply for islands, wastewater treatment engineering and even more.
Solar pumping systems are now more oftenly used in municipality engineering, city center squares, city parks, tourist sites, resorts and hotels, farmhouses, landscapes and fountain systems in residential areas.
This system is composed of solar array, 3 phase AC pump and solar pumping inverter. Italian high tech design philosohy on the back of this system provides a future step towards green renewable energy standards that shall safely preserve our planet.

Sunlight radiation is first collected through an array of PV photovoltaic panels that are connected in series and parallel and then converted into electric energy by means of
our solar inverter, providing then dynamical water to the whole system.
Our solar inverter controls and adjusts all operating parametersof the system and converts the DC produced energy by PV panels into AC energy then to drive water pump.
Real time Output frequency is constantly adjusted according to the variation of sunlight intensity in order to grant the maximum power point tracking (MPPT).
Any AC three phase water pump can be driven and you can then draw water from deep wells rather than rivers or lakes and storage water into tanks or reservoirs, or if you prefer, connect directly to your irrigation system, fountain system and so on.
Centrifugal pumps, axial flow pumps, mixed flow pumps or deep well pumps can be used and get driven by Cadoppi’s solar pump inverter.