A Brushless Solar Pump with a Plastic Impeller is a type of solar-powered pump that uses a brushless DC motor and features an impeller made of plastic for moving water. These pumps offer eco-friendly operation by using renewable solar energy, reducing the carbon footprint. Their brushless motors and plastic impellers ensure low maintenance with minimal servicing needs, leading to lower costs. Additionally, they deliver reliable performance in varying sunlight conditions, providing consistent water output throughout the day.
Brand:
SunEvoVoltage:
48~110VDCOptimum input voltage (DC):
60~150VPower:
600~1500WMax. Flow:
6.0~17.0m³/hMax. Head:
42~135mOutlet:
1.25~2''PRODUCT DESCRIPTION
TECHNICAL DATA
HYDRAULIC PERFORMANCE CURVES
Tips for choosing a solar pump:
First, you need to decide the flow and head required;
How to calculate the head?
Calculate method:
h1: Head above water (Water to Tank)
h2: Head under water (Pump to Water)
Actual Pump Head: H=h1+h2/10
For Example: h1=50m,h2=30m,H=h1+h2/10=50+(30/10)=53m
The actual Pump Head is 53m
Tips for choosing solar panels in a solar pump system:
4DPC6-42-48-600, 250W*4PCS; 300W*4PCS;
4DPC6-42-72-600, 250W*3PCS; 300W*3PCS;
4DPC6-56-48-750, 250W*4PCS; 300W*4PCS;
4DPC6-56-72-750, 250W*4PCS; 300W*3PCS;
4DPC6-84-72-1100, 250W*6PCS; 300W*6PCS;
4DPC6-84~110-1100, 250W*6PCS; 300W*6PCS;
4DPC6~112-110-1300, 250W*8PCS; 300W*6PCS;
4DPC6-135-110-1500, 250W*8PCS; 300W*8PCS;
4DPC9-45-110-750, 250W*4PCS; 300W*4PCS;
4DPC9-58-110-1100, 250W*4PCS; 300W*3PCS;
4DPC9-71-110-1300, 250W*8PCS; 300W*6PCS;
4DPC9-85-110-1500, 250W*8PCS; 300W*8PCS;
4DPC13-36-110-750, 250W*4PCS; 300W*4PCS;
4DPC13-49-110-1100, 250W*6PCS; 300W*6PCS;
4DPC13-54-110-1300, 250W*8PCS; 300W*6PCS;
4DPC13-60-110-1500, 250W*8PCS; 300W*8PCS;
4DPC17-48-110-1500, 250W*8PCS; 300W*8PCS.
A solar water pump is a system that uses electricity generated by solar panels to drive a pump, typically used for agricultural irrigation, livestock watering, water supply in rural or remote areas, and other applications. The main components of a solar water pump system include solar panels, a controller, a pump (such as a submersible or surface pump), and an optional battery for storing excess energy. Its working principle involves converting solar energy into electrical energy to power the pump, which extracts or delivers water, offering an energy-efficient and self-sustaining water supply solution.
A solar water pump is a system that uses electricity generated by solar panels to drive a pump, typically used for agricultural irrigation, livestock watering, water supply in rural or remote areas, and other applications. The main components of a solar water pump system include solar panels, a controller, a pump (such as a submersible or surface pump), and an optional battery for storing excess energy. Its working principle involves converting solar energy into electrical energy to power the pump, which extracts or delivers water, offering an energy-efficient and self-sustaining water supply solution.
A Brushless Solar Pump with a Plastic Impeller is a type of solar-powered pump that uses a brushless DC motor and features an impeller made of plastic for moving water. These pumps offer eco-friendly operation by using renewable solar energy, reducing the carbon footprint. Their brushless motors and plastic impellers ensure low maintenance with minimal servicing needs, leading to lower costs. Additionally, they deliver reliable performance in varying sunlight conditions, providing consistent water output throughout the day.
A Brushless Solar Pump with a Plastic Impeller is a type of solar-powered pump that uses a brushless DC motor and features an impeller made of plastic for moving water. These pumps offer eco-friendly operation by using renewable solar energy, reducing the carbon footprint. Their brushless motors and plastic impellers ensure low maintenance with minimal servicing needs, leading to lower costs. Additionally, they deliver reliable performance in varying sunlight conditions, providing consistent water output throughout the day.
A Brushless Solar Pump with a Plastic Impeller is a type of solar-powered pump that uses a brushless DC motor and features an impeller made of plastic for moving water. These pumps offer eco-friendly operation by using renewable solar energy, reducing the carbon footprint. Their brushless motors and plastic impellers ensure low maintenance with minimal servicing needs, leading to lower costs. Additionally, they deliver reliable performance in varying sunlight conditions, providing consistent water output throughout the day.
A Brushless Solar Pump with a Plastic Impeller is a type of solar-powered pump that uses a brushless DC motor and features an impeller made of plastic for moving water. These pumps offer eco-friendly operation by using renewable solar energy, reducing the carbon footprint. Their brushless motors and plastic impellers ensure low maintenance with minimal servicing needs, leading to lower costs. Additionally, they deliver reliable performance in varying sunlight conditions, providing consistent water output throughout the day.
A Brushless Solar Pump with a Plastic Impeller is a type of solar-powered pump that uses a brushless DC motor and features an impeller made of plastic for moving water. These pumps offer eco-friendly operation by using renewable solar energy, reducing the carbon footprint. Their brushless motors and plastic impellers ensure low maintenance with minimal servicing needs, leading to lower costs. Additionally, they deliver reliable performance in varying sunlight conditions, providing consistent water output throughout the day.
A Brushless Solar Pump with a Plastic Impeller is a type of solar-powered pump that uses a brushless DC motor and features an impeller made of plastic for moving water. These pumps offer eco-friendly operation by using renewable solar energy, reducing the carbon footprint. Their brushless motors and plastic impellers ensure low maintenance with minimal servicing needs, leading to lower costs. Additionally, they deliver reliable performance in varying sunlight conditions, providing consistent water output throughout the day.
IPv6 network supported
français
Deutsch
italiano
español
português
العربية
日本語
Polski
ไทย
