DC Brushless Solar
Submersible
Water Pump
with MPPT Controller
Dc solar submersible pump is an environmentally-friendly water supply solution. Dc solar submersible pump are fitted with a permanent magnet motor which enables the efficient use of energy from nature. The dc solar submersible pump offers the perfect water supply solution in remote areas where water is scarce and the power supply is non-existent or unreliable.
The dc solar submersible pump adapt to the characteristic weather profile of any given area. A battery backup system can store the extra energy generated and take over when the energy from nature is not available.
Dc solar submersible pump is more than just a pump -it's a complete intelligent system. Thanks to its built-in electronics, the dc solar submersible pump can be directly connected to the solar panels or batteries without requiring an external inverter.
SPECIFICATION
1. Max Head : 30 -- 310m;
2. Max Flow : 1.0 -- 68 m3/hr;
3. Power : 0.1hp -- 15hp;
4. Voltage : 24V--36V--48V--72V--216V--380V;
5. Motor : DC motor;
6. Material : 304 Stainless steel;
7. Controller :
With MPPT function (Maximum power point tracking), the efficiency is 15-20% higher than the common controller.
APPLICATION
1.
Drinking and living water
supply
2. Livestock water supply
3. Garden irrigation
4. Agricultural irrigation
5
. Fountains
PRODUCT BENEFITS
1. The efficiency is improved 25% by the permanent magnetism,
brushless
dc
non-sensor
motor.
2. Adopt double plastic package for rotor and stator,motor insulation ≥300MΩ,the motor security was much improved.
3.
Advanced controller with MPPT technology for maximum solar power
.
4. 100% copper wire, cold-rolled silicon steel sheet.
5.
304 s
tainless steel shaft , motor body, screw.
WORKING CONDITION
1. Non-corrosive water; the volume ratio of sand content no more than 1‰ particle size less than 0.2mm.
2. Max medium temperature up to +40ºC ; PH value remains 6.5-8.5.
3. Work close to the rated head and must be immersed in water.
HOW TO CHOOSE A RIGHT SOLAR PUMP MODEL?
1. Tell me the data of H1, H2 and L. The total head = H1 + H2 + L/10. If no tank, you just need to tell me H1 and the horizonal pipe length.
2. Tell me how many liters water do you need the pump to get per hour.
3. Tell me your borehole diameter.
Then we can help you choose a right model and quote for you.
SELECTING THE SOLAR PANELS OF THE PUMPING SYSTEM
a. Solar PV panel (solar panel) selection
power of PV panels (watts) =Rated power of pump (watts) x( 1. 3 ~ 1.6)
voltage of solar panel = Rated voltage of pump (volt) x 1.5
b. You may need combinations of panels, especially for the larger pumps. During connection of solar panels, you have to get the solar panels in series to reach the rated voltage of the pump, then in parallel to reach the rated current of the pump
Panels in parallel double the current and the wattage of the panels
Panels in series double the voltage and the wattage of the panels
e.g. 2 x 12V/ 100 W panels in parallel → 12 V/200W system
2 x 12V/ 100 W panels in series → 24V/200W system
OUR SERVICES
FAQ