Solar Dc Submersible Pump

Solar Dc Submersible Pump

Solar DC Submersible Pump Set

Harnessing renewable energy, the Solar DC Submersible Pump Set is an eco-friendly and cost-effective solution for water management. Designed for remote areas, it operates efficiently with solar power, eliminating the need for electricity or fuel. This pump set is ideal for agricultural irrigation, livestock watering, and rural water supply, offering sustainable performance with minimal environmental impact.

Orbit Submersible Pumps provides innovative and reliable products tailored to meet diverse water management needs. Choose from our range of high-quality motors and pumps to experience performance, durability, and efficiency at its best.

RANGE OF PERFORMANCE	SPECIFICATION
Maximum Flow	540m3/day
Maximum head	463 Meters
Rating	0.5 hp to 10hp, 0.37KW to 7.5 KW

OPERATING CONDITIONS	SPECIFICATION
Ambient Temperature	+50°C
Liquid temperature range	0°C to +80°C
Water pH	6.5 – 8
Sand content	25g/m3

State-of-the art design
Highly energy efficient submersible solar water pump with energy efficient inverter duty motor.
High efficiency solar photovoltaic panels with a service life of minimum 20 years.
Robust design Galvanized steel mounting structure for long life.
High technology automatic controller with dynamic MPPT(Maximum Power Point Tracking) control method.
The Controller offers complete protection against underand over voltage and dry run protection for the pump.Highly efficient controller with a conversion efficiency of98%
The controller is tropicalized to operate satisfactorily withan ambient temperature of up to 50°C
Virtually no maintenance cost.
Environmentally friendly air and noise pollution free solution.Material : Stainless Steel (AISI 304, AISI 316) pumpconstruction.
ECDRIVE brushless DC motors, designed for solar, with over90% efficiency.
Simple and easy installation
Cost efficient pumping
Very strong ROI against diesel powered pumping systems‘which reduces production costs and carbon foot printLarge range of pumps to closely match each applicationspecific demands and optimize efficiency.