PV800-2T3.7GB со слежением за максимальной точкой мощности 3 фазы солнечный инвертор насоса

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Характеристики

PV800-2T3.7GB MPPT 3 phase Solar Pump Inverter  for pump

Fully automatic system using variable speed drive compatible with AC, 3-phase, submersible and surface mount pumps, and high efficiency PMSM Pumps. The system is composed of a PV generator, a pump and a solar pump drive. Based on the design philosophy that it is more efficient to store water rather than electricity, there is no energy storing device such as storage battery in the system. The system is prepared to be combined with a elevated water storage, e.g. water tower or an uphill tank installation.

 

Features of solar pumping system

Low carbon economy With utilization of solar pump KEWO inverters helps you in reducing your carbon footprint. Reduce CO2 releasing. Renewable solution	In-built MPPT Maximum power point tracking ensures that you get the most power output possible from your solar panel and maximize your pump delivery throughout the day.	Pump specific protection Inbuilt flow measurement and flow detection function. Inverter turns off in case of dry run. Built in pumps short circuit protection, maximum pumps current setting,	Remote monitoring With the addition of optional modules you can monitor solar pump parameters from Anywhere when GPRS signal is available

Save in energy costs and maximize productivity
solar pump inverters ensure reliable power supply throughout the day with on and off-grid inverters ensure reliable power

Reduce maintenance costs

The inverters can be equipped with remote monitoring options, reducing maintenance trips Reduce maintenance costs The inverters can be equipped with remote to the site.

Safe environment
Harnessing the power of sun provides an environmentally friendly pumping without producing any CO2 emissions

Easy install and operation and little parameters configure.
End user ,who never used inverter before, can Install and operation it very well.

Reduce operational risk
Embedded pump-specific features such as dry run detection, Minimum power input protection
Maximum current protection
Minimum frequency running protection
Flow and generated energy showing