Professional Smart Solar Pump 80W | Max Head : 1.8 m | 2800LPH | Battery Backup Option

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Overview

Solar pump with MPPT, 2800 L/H flow and 1.8 m max head, powered by 80W (2 × 40W) panels with optional battery backup.

  • Solar pump
  • 80W solar power (2 × 40W panels)
  • MPPT tech for up to 30% higher efficiency
  • Optional 12V / 12Ah LiFePO4 battery backup
  • Flow rate: 2800 L/H
  • Max head: 1.8 m
  • Dry-run protection
  • Locked rotor protection
  • 5 m pump cable
  • Fits 25 mm / 32 mm / 38 mm tubing
  • 12 white LEDs with auto night mode

Overview & Setup

Use this system by pairing the pump with compatible tubing, placing the pump where you want circulation, and setting the panels so they can supply power to the controller during daylight. An optional battery add-on is available if you want the pump to keep running beyond direct sunlight conditions.

✓ 2800 L/H Flow Rate ✓ 80W MPPT Technology ✓ 1.8 m Max Head Height ✓ Optional 12V / 12Ah LiFePO4 ✓ Approx. 15.5 hours (solar + battery fitted)

How Can I Use This Pump for Advanced Water Management?

The Professional Solar Powered Pump with MPPT Technology is engineered for optimal efficiency and reliability, making it ideal for medium to large ponds, professional water features, and ecological water management systems.

Why Choose MPPT Technology?

MPPT (Maximum Power Point Tracking) technology ensures optimal energy conversion even in low-light conditions. This advanced system improves energy efficiency by up to 30% compared to standard controllers, making it ideal for challenging weather conditions.

How to Use This Pump in Your Setup

  • Attachments: Use compatible tubing to connect the pump to your desired water feature or system.
  • Placement: Position the pump strategically to maximize water flow and efficiency.
  • Customization: The system supports flexible configurations for various applications.

Additional Features for Professional Applications

  • Perfect for pond aeration, water features, and ecological water management.
  • Optional battery backup ensures consistent operation in low sunlight.
  • Durable components and advanced technology for long-term use.

Note: Battery backup is available separately as an add-on. This system combines efficiency with versatility, making it ideal for professional and sustainable water management solutions.

High-Performance 2800 LPH Solar Pump with MPPT Technology

This advanced solar pump system is designed for professional-grade performance and integrates MPPT technology for optimal energy conversion. It excels in powering medium-to-large water features and managing water circulation.

Key Features

  • High-volume water circulation for medium to large ponds
  • Max flow rate of 2800 LPH with advanced MPPT technology
  • Efficient 80W solar panel with intelligent power management

Additional Benefits

  • Optional LiFePO4 battery backup for extended operation
  • Dry run protection and integrated safety features

Exclusive MPPT Technology – Developed for Solar Pond Pumps

PowerBee Ltd was the first company to introduce MPPT-managed control systems into small garden and pond solar pumps — a level of solar optimisation previously used mainly in larger-scale applications. Our MPPT design helps improve energy conversion in variable light, supporting more consistent flow and stronger usable performance in real UK conditions.

Illustration of MPPT solar optimisation technology

MPPT optimisation helps maximise usable pump output

Advanced Solar Optimisation

  • MPPT helps track available solar power
  • Improves efficiency in changing sunlight
  • Supports more consistent pump output

Improved Low-Light Performance

  • Helps maintain usable flow on dull days
  • Reduces drop-off in variable conditions
  • Battery models extend operation further

Industry-Leading Pond Pump Design

  • First MPPT adoption in garden pump systems
  • Developed specifically for ponds and water
  • Trusted across PowerBee solar pump ranges

Unparalleled Features and Benefits

Advanced MPPT Technology

  • Up to 30% more efficiency compared to standard controllers.
  • Optimal energy conversion in low-light and variable conditions.
  • Real-time power point adjustment for maximum efficiency.

Exceptional Power Management

  • Maximum flow rate of 2800 LPH for medium to large ponds.
  • Maximum lift height: 1.8 meters, perfect for advanced water features.
  • Intelligent power optimization extends runtime and reliability.

Durable and Versatile Design

  • Heavy-duty components for long-term, reliable use.
  • Compatible with advanced filtration and ecological systems.
  • Compact design for easy integration into professional setups.

Litres per Hour – Performance at Various Pumping Heights

Height With Battery Backup (12.8V) Without Battery Backup (18V)
@0m 2800 LPH 3500 LPH
@0.3m 2300 LPH 2875 LPH
@0.9m 1400 LPH 1750 LPH
@1.2m 900 LPH 1125 LPH
@1.5m 450 LPH 560 LPH
@1.8m 0 LPH (Auto shutoff) 350 LPH
Max Height 1.8 m 2.3 m

Note: Without the battery backup, the pump operates directly from the solar panels at a higher voltage, resulting in up to approximately 25% increased flow rate and taller maximum lift. Performance may vary depending on sunlight availability.

Optional Battery System

This pump can be paired with our LiFePO4 battery system to provide powerful and consistent performance throughout the day and into the evening.

Battery System Benefits

  • Extended Operation: Approx. 15.5 hours (solar + battery fitted)
  • Reliable Performance: Maintains consistent 2800 L/H flow rate
  • Night-time Operation: Up to 7.5 hours when fully charged (if fitted)
  • Premium Technology: Latest LiFePO4 battery technology for extended lifespan
  • Weather Independent: Maintains operation during cloudy conditions

Battery System Specifications

Battery Type Latest LiFePO4
Battery Voltage 12V
Battery Capacity 12Ah
Maximum Flow Rate 2800 L/H
Maximum Head Height 1.8 m
Battery Runtime Up to 7.5 hours when fully charged (if fitted)

*Note: Battery sold separately. Total daily runtime can reach Approx. 15.5 hours (solar + battery fitted) with combined solar and battery operation. Battery performance may vary depending on weather conditions and pump settings.

Experience the Difference With powerbee Ltd

Proven Quality

  • Best Buy Award Winner (2021–2025)
  • 16+ years in solar water systems
  • RoHS, REACH, CE, UKCA compliant

UK Support

  • Technical help within 24 hours
  • Clear setup guidance included
  • Video help for common installs
  • support@powerbee.co.uk

Customer Assurance

  • 2-year warranty on pump products
  • 30-day money-back guarantee
  • Free 24-hour UK mainland delivery
  • 07786 948 899
✓ 2-year warranty (pump products) ✓ 30-day money-back guarantee ✓ Free 24-hour UK mainland delivery

Need a different flow rate or head height?

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Technical Specifications

SpecificationDetails
Solar Panel80W (2 x 40W) Polycrystalline | >18% Efficiency
Solar Panel Size2 panels - 670 mm x 420 mm x 23 mm each
Battery Backup (Optional)12V / 12Ah LiFePO4 with MPPT Technology
Available as an add‑on from product page
Charging Voltage/PowerDC 15-18V | Max input 80W
Output 1: Pump | Output 2: Light
Flow Rate2800 L/H (740 GPH)
Max Head Height1.8 m / 5.9 ft
Spray Height180 cm
Runtime (Battery Only)Up to 7.5 hours when fully charged (if fitted)
Runtime (Sunny Day)Approx. 15.5 hours (solar + battery fitted)
MPPT TechnologyYes | Increases efficiency by up to 30%
ProtectionsDry-run protection | Locked rotor protection
Hose Compatibility25 mm / 32 mm / 38 mm tubing
LED Lights12 white LEDs (auto night mode)
Pump Dimensions298 x 243 x 130 mm
Cable Length5m (pump to battery) | 1.4m (panel to battery)
CertificationsRoHS, REACH, CE, UKCA
Warranty12 months (6 months for battery)
Recommended UsageSpring / Summer
Power SourceSolar
Winter StorageDo not allow battery to fully discharge (if fitted)
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Installing Your Pump System

Our pump systems are designed for efficient, year-round operation, delivering best performance during spring and summer. Follow this guide for proper setup, seasonal adjustments, and maintenance to maximize performance and product life.

Quick Installation Guide

  • Step 1: Place pump in water on stable platform
  • Step 2: Connect pump to battery box
  • Step 3: Connect battery box to solar panel
  • Step 4: Position solar panel in direct sunlight
  • Step 5: Select spray head, turn on, and enjoy!

1. Before You Begin

Component Verification

  • Inspect solar panel for cracks or damage
  • Verify pump unit is operational
  • Check cables for fraying or loose connections
  • Confirm all mounting hardware is included
  • Ensure battery box is intact and dry

Site Assessment

  • Choose location with full sun exposure
  • Calculate total head height and pump distance
  • Ensure accessibility for ongoing maintenance
  • Identify safe, dry battery box location
  • Avoid shaded areas from trees or structures

2. Critical Safety Guidelines

  • Never place battery box in water or pond
  • Keep battery box upright at all times
  • Ensure ventilation around battery box
  • Avoid placement in flooding-prone areas
  • Do not cover battery box
  • Maintain drip loops in all cables

3. Installation Process

Solar Panel Positioning

  • Mount securely using provided hardware
  • Face panel south for maximum exposure
  • Winter angle: 60°
  • Spring/Autumn angle: 40°
  • Summer angle: 20–30°
  • Check mounting points are secure

Pump Placement

  • Place higher in water for improved performance
  • Avoid bottom placement to prevent clogging
  • Use a stable platform or floating device
  • Upturned flower pots work as platforms
  • Secure pump to avoid movement
  • Install suitable outlet fitting

Battery Box Installation

  • Keep dry and upright to avoid damage
  • Elevate at least 15cm off the ground
  • Hard surfaces: use rubber mat for splashback
  • Soft ground: elevate on treated wood
  • Tighten lid screws before winter
  • Store indoors during extreme cold
  • Maintain 10cm clearance for ventilation

Cable Management

  • Create drip loops to prevent water ingress
  • Form U-loops if box is below panel level
  • Secure cables to prevent strain
  • Tighten all connections
  • Use weatherproof covers if needed
  • Ensure correct polarity at all times

4. System Optimization

Performance Testing

  • Test under full sunlight
  • Verify flow rate and head height
  • Monitor in different light conditions
  • Check tubing and connectors for leaks
  • Adjust pump placement as needed

Seasonal Maintenance

  • Clean solar panels quarterly
  • Inspect pump monthly
  • Clean filter system to prevent clogs
  • Check electrical connections
  • Adjust panel angles seasonally

5. Winter Care

  • Remove pump if freezing is likely
  • Store battery indoors during extreme cold
  • Fully charge battery before storage
  • Keep components in dry, safe storage
  • Expect reduced winter performance
  • Consider shutting down non-essential features

Need a different flow rate or head height?

View All Solar Water Pumps

How Your Pump System Works Guide

Discover the operational principles and realistic performance expectations of your energy-efficient water pump system throughout the seasons. This guide helps you understand your system's capabilities and how to maximize its potential.

1. Operating Principles

Energy Collection

  • The panel captures sunlight and converts it to electrical energy
  • Energy powers the pump directly or charges the battery (in backup models)
  • System activation depends on light intensity and system type
  • Performance varies significantly with weather conditions

System Types

  • Direct Systems: Function only with sufficient direct sunlight
  • Battery-Backed Systems: Store energy for more consistent operation
  • Hybrid Systems: Combine immediate operation with energy storage
  • Each type offers different benefits based on your specific needs

2. Realistic Performance Expectations

Direct Systems Performance

  • Operation strictly dependent on available sunlight
  • Flow varies continuously with passing clouds
  • May start and stop multiple times on partly cloudy days
  • Strongest performance during midday hours with direct sun
  • No operation during evening or heavily overcast conditions

Battery-Backed Systems Performance

  • More consistent operation throughout the day
  • Continues running during brief cloudy periods
  • Provides operation after sunset (typically 1-8 hours depending on model)
  • Maintains steadier flow rate regardless of minor light variations
  • May include adjustable flow settings and timer functions

3. Seasonal Performance

Summer Performance (May to August)

  • Peak performance period for all system types
  • Direct Systems: Operation possible from early morning to evening on clear days
  • Battery Systems: Consistent daytime operation plus evening hours
  • Maximum flow rates achieved during direct midday sun
  • Best charging efficiency for battery models

Spring/Autumn Performance (March-April, September-October)

  • Reduced operational hours with shorter daylight
  • Direct Systems: Expect 40-60% of summer performance
  • Battery Systems: More reliable operation but reduced evening hours
  • Performance varies significantly with weather conditions
  • Panel angle adjustment becomes more critical

Winter Performance (November-February)

  • Significantly limited operation for all systems
  • Direct Systems: May only operate briefly during peak sun (5-10% of summer performance)
  • Battery Systems: Limited daytime operation with minimal evening hours
  • Many customers choose to store system during winter months
  • Performance highly dependent on clear, sunny conditions

4. Advanced MPPT Technology

Our exclusive Maximum Power Point Tracking system maximizes efficiency in more challenged light conditions:

How MPPT Works

  • Continuously optimizes solar panel output
  • Automatically adjusts to changing light conditions
  • Previously only available in industrial systems

30% Efficiency Boost

  • Enhanced performance in lower light
  • Faster battery charging
  • Longer operating hours

PowerBee Innovation

  • First in small pumps
  • Professional-grade technology
  • Sets a new industry standard

5. Optimizing Performance

Seasonal Panel Positioning

To maximize energy capture, adjust the panel angle based on the sun's position throughout the year. In the UK:

  • Winter (Nov-Feb): Position at 60°
  • Spring/Autumn: Adjust to 40°
  • Summer: Set at 20-30°

Critical Installation Factors

  • Panel facing south for max exposure
  • No shading — even partial shade reduces output
  • Clean weekly for max efficiency
  • Sun all day with no obstruction
  • Keep battery units dry & ventilated

6. System-Specific Features

Direct-Powered Systems

  • Maintenance-free operation
  • No moving parts beyond pump
  • Lower upfront cost than battery systems
  • Best for daytime use
  • Ideal for sunny locations

Battery-Backed Systems

  • Operation in variable weather
  • Runs during cloudy periods + evenings
  • Many include timers
  • Low-battery protection
  • Best for constant circulation

7. Maintenance for Longevity

Regular Care

  • Clean panel weekly
  • Clean pump filter monthly
  • Check all connections
  • Inspect cables
  • Adjust panel seasonally

Battery Maintenance

  • Keep battery dry & ventilated
  • Allow full charge cycle periodically
  • Store indoors in extreme cold
  • Check for corrosion
  • Replace after 18–24 months

8. Winter Considerations

Winter Storage Recommendations

  • Remove system during winter
  • Clean before storage
  • Store in frost-free location
  • Battery fully charged
  • Inspect before reinstall in spring

Winter Operation

  • Expect ~5–10% of summer capacity
  • Direct systems may not operate
  • Battery systems offer limited function
  • Panel at 60° angle
  • Protect pump from freezing

Need a different flow rate or head height?

View All Solar Water Pumps
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