The ultimate professional-grade solar pump system, featuring advanced 25W solar technology, integrated LED lighting, and extended battery backup for demanding water feature applications.
Professional Grade Technology
High-Efficiency Solar: 25W Grade A polycrystalline panel with >20% efficiency
Extended Runtime: 18-hour operation on sunny days, 10-hour backup
Professional Performance: 700 LPH flow rate with 1.9m max head height
Complete System: Includes LED lighting module and adjustable flow control
Advanced Power System
Equipped with the latest 12.8V, 6Ah LiFePO4 battery technology, providing reliable performance even in low-light conditions. The professional-grade battery management system ensures optimal charging and extended lifespan.
Technical Specifications
Feature
Professional Specification
Solar Output
25W Professional Grade
Battery System
12.8V, 6Ah LiFePO4
Flow Rate
700 LPH (185 GPH)
Maximum Head
1.9m (6.2 ft)
Cable System
5m pump + 3m panel leads
Professional Applications
Ideal for medium to large ponds, professional water features, and landscape installations. The SE 1000 Professional delivers consistent performance for:
Large garden ponds up to 2000 gallons
Commercial water features
Landscape water displays
Professional fountain installations
PowerBee Professional Guarantee
✓ Which? Best Buy Award Winner 2021-2024
✓ 16 Years of Solar Power Expertise
✓ Free UK Delivery
✓ Professional Installation Support
✓ 30-Day Money-Back Guarantee
✓ Dedicated Technical Support: 07786948899
See It In Action
Previous model demonstration - New video coming soon
Rate this product
0/5
0 Reviews
Please rate this product, describe its advantages and disadvantages, please share your impression about its use
Follow these step-by-step instructions to ensure optimal performance of your professional solar pump system.
1. Location Selection
Position solar panel in direct sunlight for maximum charging efficiency
Identify suitable placement near water feature for pump and LED installation
Ensure stable ground for solar panel mounting with provided ground spike
2. Solar Panel Installation
Mount panel at optimal angle (30-45 degrees) for maximum sun exposure
Secure firmly using ground spike system
Orient panel towards south (northern hemisphere) for best results
3. Battery System Setup
Connect battery box to solar panel using provided cables
Ensure weatherproof placement of battery box
Position under natural cover, away from water exposure
4. Pump and LED Connection
Connect pump and LED module to marked ports on battery box
Verify secure connection of all components
Test connections before final positioning
5. System Operation
Locate control switches on battery box
Test pump operation using ON/OFF switch
Verify LED lighting functionality
Adjust flow rate to desired level
6. Safety Features
Maintain minimum water levels for pump operation
Familiarize yourself with dry-run protection system
Ensure all electrical connections are properly sealed
7. Maintenance Guidelines
Regular solar panel cleaning for optimal performance
Monthly inspection of pump and LED system
Seasonal system checks recommended
Winter storage in freezing conditions
Important: Please consult your product manual for detailed specifications and warranty information. For technical support, contact our professional help desk: 07786948899
The Sunspray 1000 works by harnessing solar energy to power a pump that circulates water. The inclusion of a battery backup ensures continuous operation even when sunlight is not available. Here's a detailed breakdown of the operation:
System Operation
Solar Panel Absorption
The solar water pump system consists of a solar panel, usually mounted in an area with direct sunlight. The solar panel absorbs sunlight and converts it into electrical energy through the photovoltaic cells.
Energy Conversion and Storage
The solar panel generates direct current (DC) electricity when exposed to sunlight. This electricity is then sent to the pump and simultaneously used to charge the rechargeable battery within the system.
Battery Storage
The rechargeable battery acts as an energy storage unit. It stores excess energy generated by the solar panel during sunny periods. This stored energy is crucial for ensuring the pump's operation during periods of low or no sunlight, such as at night or during cloudy days.
Pump Operation
The solar water pump is connected to both the solar panel and the rechargeable battery. When the pump is initiated, either manually or automatically, it draws power from the battery. If there is sufficient sunlight, the pump may draw power directly from the solar panel as well.
Auto Operation and Battery Management
Our solar water pumps are equipped with an automatic operation feature. The system monitors the battery charge level, and the pump starts operating only when the battery is nearly fully charged. This prevents the pump from running in the morning when the solar panel may not be generating sufficient energy.
Adjustable Flow and System Control
The pumps has an adjustable flow setting, allowing users to customize the water flow according to their specific requirements. Additionally, there is also a sensor in place for dry run protection, ensuring the pump does not operate when there is insufficient water.
Continuous Operation
The water pump can operate continuously as long as there is sufficient solar energy to power the pump directly or charge the battery. The battery provides a buffer, allowing the pump to function during periods of low sunlight or at night.
Pump Performance Specifications
Operating Voltage
12.8V
Flow Rate at 0m
700 LPH
Flow Rate at 0.3m
590 LPH
Flow Rate at 0.6m
480 LPH
Flow Rate at 0.9m
360 LPH
Flow Rate at 1.2m
250 LPH
Flow Rate at 1.5m
140 LPH
Maximum Height
1.9 M
In summary, a solar water pump with battery backup utilizes solar energy to power a pump, with the added benefit of a rechargeable battery for continuous operation during periods of low sunlight. This system provides a sustainable and off-grid solution for water circulation in areas without access to conventional power sources.
