1.5W Solar Fountain Kit - 150LPH for Bird Baths & Small Ponds

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Overview

Solar fountain kit with 150 L/H flow and a 1.5W panel for bird baths and small ponds.

  • 1.5W polycrystalline solar panel
  • Flow rate: 150 L/H
  • Maximum head height: 0.52m
  • Spray height up to 0.52m
  • 5m cable length (panel to pump)
  • Pump size: 72 x 35 x 45mm
  • 3 fountain spray heads + 1 jet nozzle
  • 1 year manufacturer's warranty

Product Overview

Place the pump in your water feature and position the solar panel where it will receive direct sunlight, using the generous cable length for flexible layout. The kit is intended for small ponds, birdbaths, and containers, with interchangeable spray heads so you can choose the fountain pattern that suits your setup.

✓ 150 LPH Flow Rate ✓ 0.52m Max Height ✓ 4 Interchangeable Heads ✓ 5m Cable Length ✓ 1-Year Warranty

Harness the Sun's Power with Our Compact 1.5W Fountain

Designed specifically for ponds up to 1000L and decorative containers, this solar-powered system combines practical functionality with easy installation.

Technical Highlights

  • Flow Rate: 150 liters per hour
  • Maximum Head: 0.52 meters (1.7 feet)
  • Solar Panel: 1.5W polycrystalline panel
  • Cable Length: 5 meters for flexible positioning

Key Features

  • Variable Flow Control: Adjust output to your needs
  • Multiple Heads: 3 fountain sprays + 1 jet included
  • Versatile Use: Ideal for birdbaths or containers
  • Quality Build: DC brushless pump for longevity

Performance Benefits

  • Great Value: Premium features at entry-level pricing
  • Simple Operation: Works instantly in sunlight
  • Flexible Placement: Generous 5m cable included
  • Eco-Friendly: No electricity costs

Perfect For Small Water Features

Bird Baths

Create moving water displays that attract birds while preventing mosquito breeding through gentle circulation.

Container Features

Transform any water-tight container into an attractive water feature with minimal setup requirements.

Small Garden Ponds

Add gentle aeration and visual interest to ponds up to 1000 liters with various fountain patterns.

Complete Kit Includes

  • 1.5 W polycrystalline solar panel
  • DC brushless pump with variable flow control
  • 3 fountain heads + jet attachment
  • 5 m waterproof connection cable
  • All necessary fittings for standard tubing
  • Optional Battery Backup Pack Available – for extended running during cloudy periods or evenings

See the Beauty in Action

Watch our 1.5W solar fountain creating beautiful water displays (Actual performance varies by sunlight conditions)

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

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Technical Specifications

SpecificationDetails
Solar Panel1.5 W Polycrystalline Solar Panel (Efficiency >18%)
Flow Rate150 L/H (39.6 GPH)
Maximum Head Height0.52m (1.7 feet)
Spray HeightUp to 0.52m with included fountain heads
Cable Length5 meters (panel to pump)
Pump Dimensions72mm (L) x 35mm (W) x 45mm (H)
Spray Heads3 Fountain Spray Heads + 1 Jet Nozzle
Guarantee1 Year Manufacturer's Warranty
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Installing Your Pump System

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

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 undamaged and 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 distance
  • Ensure equipment accessibility for maintenance
  • Identify safe, dry location for battery box
  • Avoid areas with shade from trees or structures

2. Critical Safety Guidelines

  • Never place battery box in water or pond
  • Keep battery box in upright position only
  • Ensure proper ventilation around battery box
  • Avoid areas prone to flooding
  • Keep battery box free from coverings
  • Maintain proper drip loops in all cables

3. Installation Process

Solar Panel Positioning

  • Mount panel securely with provided hardware
  • Position facing south for maximum exposure
  • Winter angle: 60° (November-February)
  • Spring/Autumn angle: 40° (March-April, September-October)
  • Summer angle: 20-30° (May-August)
  • Verify all mounting points are secure

Pump Placement

  • Place pump higher in water for better performance
  • Avoid bottom placement to prevent clogging
  • Use a platform or floating device to elevate pump
  • Upturned flower pots work well as platforms
  • Secure pump on stable surface to prevent movement
  • Choose appropriate outlet fitting for your tubing

Battery Box Installation

  • Never place in water/pond - water exposure voids warranty
  • Always keep upright on all four feet only
  • Elevate 15cm minimum above ground level
  • Hard surfaces: Use included rubber mat to prevent rain splashback
  • Soft ground: Elevate on treated wood platform
  • Winter prep: Fully tighten all lid screws before cold weather
  • Extreme cold: Store indoors or use thermal cover
  • Ventilation: Maintain 10cm clearance on all sides

Cable Management

  • Create drip loops in all cables to prevent water tracking
  • Form U-shaped loops when battery box is below panel
  • Secure cables properly to prevent strain
  • Ensure all connections are properly tightened
  • Use weatherproof cable housing where appropriate
  • Verify correct polarity in all connections

4. System Optimization

Performance Testing

  • Test system under full sunlight conditions
  • Verify flow rate and maximum head height
  • Observe performance during varying light conditions
  • Check for leaks in tubing and connections
  • Adjust pump placement for optimal water flow

Seasonal Maintenance

  • Clean solar panels quarterly for maximum energy
  • Inspect pump monthly for wear or blockages
  • Clean filtration system regularly to prevent clogs
  • Check electrical connections for security
  • Adjust panel angle with seasonal changes

5. Winter Considerations

  • Remove pump if freezing temperatures expected
  • Store battery indoors during extreme cold
  • Fully charge battery before winter storage
  • Keep components in dry, safe place when not in use
  • Expect significantly reduced performance in winter
  • Consider seasonal shutdown for non-essential features

How Your Pond 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: Operate 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 depending on your 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 overcast conditions

Battery-Backed Systems Performance

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

3. Seasonal Performance

Summer Performance (May–August)

  • Peak performance period for all systems
  • Direct Systems: Possible operation from early morning to evening
  • Battery Systems: Consistent daytime operation plus evening hours
  • Maximum flow rates during midday sun
  • Best charging efficiency for battery models

Spring/Autumn Performance (Mar–Apr, Sep–Oct)

  • Reduced hours due to shorter daylight
  • Direct Systems: Expect 40–60% of summer output
  • Battery Systems: Reliable daytime operation but reduced evenings
  • Greater performance variation with weather
  • Panel angle adjustment becomes more critical

Winter Performance (Nov–Feb)

  • Greatly reduced operation for all systems
  • Direct Systems: May run briefly during peak sun (5–10% of summer)
  • Battery Systems: Limited daytime and minimal evening operation
  • Many users store systems over winter
  • Performance highly dependent on clear skies

4. Advanced MPPT Technology

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

How MPPT Works

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

30% Efficiency Boost

  • Better low-light performance
  • Faster battery charging
  • Longer operating hours

PowerBee Innovation

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

5. Optimizing Performance

Seasonal Panel Positioning

Adjust the panel angle based on the sun's position:

  • Winter: 60° angle
  • Spring/Autumn: 40° angle
  • Summer: 20–30° angle

Seasonal adjustments are vital for direct systems.

Critical Installation Factors

  • Face panel south
  • Avoid shade completely
  • Clean panel weekly
  • Ensure full-day sun exposure
  • Keep battery units dry and ventilated

6. System-Specific Features

Direct-Powered Systems

  • Simple, maintenance-free
  • No moving parts beyond pump
  • Lower cost than battery systems
  • Ideal for daytime water features
  • Best for locations with reliable sun

Battery-Backed Systems

  • Reliable in variable weather
  • Runs during cloudy and evening periods
  • Often includes timer functions
  • Automatic low-battery protection
  • Ideal for continuous water circulation

7. Maintenance for Longevity

Regular Care

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

Battery Maintenance

  • Keep battery dry and ventilated
  • Complete full charge cycles periodically
  • Store indoors in extreme cold
  • Check for corrosion
  • Replace within 18–24 months

8. Winter Considerations

Winter Storage

  • Remove system during winter if possible
  • Clean before storing
  • Store in frost-free location
  • Fully charge battery before storage
  • Inspect for wear before spring

Winter Operation

  • Expect minimal output
  • Direct systems may not run on cloudy days
  • Battery systems more reliable but limited
  • Adjust panel to 60° for low sun
  • Protect pump from freezing
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