DC Solar Submersible Pump System

A solar water pump system is an innovative solution for providing water without relying on grid electricity. It utilizes PhotoVoltaic (PV) panels to generate electricity, powering an electric motor which drives a bore or surface pump. This eco-friendly system is ideal for various applications, ranging from agricultural irrigation to domestic water supply.

Key Features:

1. Suitable for Different Diameters: Designed to accommodate pipe diameters ranging from 50 mm (2 inches) to 100 mm (4 inches), providing flexibility for various water supply needs.
2. Multiple Solar Panel Options: The system offers compatibility with different solar panel configurations, including 250W and 300W panels. Users can choose the appropriate number of panels based on their specific requirements and available sunlight.
3. Variable Performance: The system’s performance varies based on the number of solar panels installed, offering versatility to meet different pumping needs. Maximum head and flow rates vary accordingly, allowing for customization based on site conditions and water demand.

Performance Specifications:

• 1 Solar Panel (250W / 300W):
  • Max. Head: 50 ~ 60 meters
  • Max. Flow: 1200 ~ 1000 liters per hour
• 2 Solar Panels (250W / 300W):
  • Max. Head: 20 ~ 85 meters
  • Max. Flow: 3500 ~ 1200 liters per hour
• 3 Solar Panels (250W / 300W):
  • Max. Head: 30 ~ 90 meters
  • Max. Flow: 7800 ~ 1900 liters per hour
• 4 Solar Panels (250W / 300W):
  • Max. Head: 30 ~ 110 meters
  • Max. Flow: 9000 ~ 2000 liters per hour
• 6 Solar Panels (250W / 300W):
  • Max. Head: 50 ~ 120 meters
  • Max. Flow: 13000 ~ 4000 liters per hour
• 8 Solar Panels (250W / 300W):
  • Max. Head: 30 ~ 90 meters
  • Max. Flow: 7800 ~ 1900 liters per hour
• 12 Solar Panels (250W / 300W):
  • Max. Head: 80 ~ 150 meters
  • Max. Flow: 12000 ~ 4500 liters per hour

Benefits:

1. Off-Grid Operation: The DC solar submersible pump system operates independently of the grid, reducing reliance on traditional energy sources and providing access to water in remote or off-grid locations.
2. Energy Efficiency: By harnessing solar energy, the system offers a sustainable and environmentally friendly solution for water pumping, reducing carbon emissions and operating costs.
3. Customizable Performance: With variable performance options based on the number of solar panels installed, users can tailor the system to meet specific water supply needs, optimizing efficiency and reliability.
4. Low Maintenance: Solar pump systems have fewer moving parts compared to traditional pumps, resulting in lower maintenance requirements and reduced downtime.
5. Scalability: The modular design of the system allows for easy expansion by adding additional solar panels, accommodating future growth or increased water demand.