2 Watt Solar Fountain Pump for Small Water Features & Containers
The 2 Watt solar fountain pump delivers excellent value for small water features, combining efficient flow rates with multiple display options.
✓ 175 LPH Flow Rate✓ 2W Solar Panel✓ Ideal for Small Ponds✓ Multiple Spray Heads✓ Adjustable Flow
Perfect for creating charming fountain displays in small ponds and containers, this compact system features variable flow control and comes with a polycrystalline solar panel for reliable performance.
Harness the Sun's Power with Our Compact 2W Fountain
Transform your small water feature into a captivating display with our energy-efficient 2W Solar Fountain. Designed specifically for ponds up to 500L and decorative containers, this solar-powered system combines practical functionality with easy installation.
Technical Specifications
Flow Rate: 175 liters per hour
Maximum Head: 0.7 meters (2.3 feet)
Solar Panel: 2W polycrystalline panel
Cable Length: 5 meters for flexible positioning
Spray Height: Up to 0.7m with fountain head
Key Features
Variable Flow Control: Adjust output to your needs
Multiple Heads: 3 fountain sprays + 1 jet included
Versatile Use: Ideal for small ponds or containers
Quality Build: DC brushless pump for longevity
8.5mm Outlet: Compatible with standard tubing
Performance Benefits
Great Value: Premium features at entry-level pricing
Simple Operation: Works instantly in sunlight
Flexible Placement: Generous 5m cable included
Easy Maintenance: Simple filter cleaning
Eco-Friendly: No electricity costs
Requiring no external power source or complicated wiring, it's the perfect eco-friendly solution for bringing movement to small water features. With adjustable flow control and multiple spray heads, you can customize your water display to suit your space perfectly.
Complete Kit Includes
2W polycrystalline solar panel (200x120mm)
DC brushless pump with variable flow control
3 fountain heads + jet attachment
5m waterproof connection cable
All necessary fittings for 8mm/12mm tubing
See It In Action
Watch our 2W solar fountain pump creating beautiful water displays
Experience the Difference With PowerBee Ltd
Award-Winning Quality
Powerbee Is A Best Buy Award Winner 2021-2025
16+ Years of Solar Power Expertise
Certified: RoHS, REACH, CE, and UKCA
Expert Support
Professional Support Within 24 Hours
Comprehensive Pump Installation Guidance
Step-by-Step Video Tutorials Available
Customer Benefits
2-Year Warranty on All Pump Products
30-Day Money-Back Guarantee
Free UK Mainland Delivery
Eco-Friendly, Energy-Saving Operation
Support Hotline: 07786948899
✓ 30-Day Money-Back Guarantee✓ Free UK Delivery✓ Powerbee: Best Buy Award Winner 2021-25
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Welcome to your solar pump installation guide. This comprehensive walkthrough will help you set up your solar-powered water feature quickly and efficiently. Whether you're creating a peaceful birdbath or enhancing your garden pond, these step-by-step instructions ensure proper installation for optimal performance.
Quick Start Summary
Before beginning installation, review these basic steps to familiarize yourself with the process:
Attach the spike set to the panel
Position panel facing south in full sunlight
Add desired accessories to pump outlet
Submerge pump in water
Connect pump to panel using 5m lead
Required Materials
Ensure you have all necessary components before starting installation:
Small solar water pump (2 Watts)
Solar panel with mounting hardware
Water feature (birdbath, pond, etc.)
Stake or mounting hardware
Connection cables (5m included)
Selected spray heads/accessories
Detailed Installation Steps
Follow these comprehensive installation steps to ensure your solar pump performs optimally. Each stage has been carefully designed to maximize efficiency and longevity of your water feature:
1. Location Selection
Choose spot with direct sunlight
Ensure proximity to water source
Check cable reach (5m maximum)
Avoid shaded areas
Consider seasonal sun patterns
2. Panel Setup
Install ground spike securely
Face panel southward
Angle for optimal sun exposure
Ensure stable mounting
Verify cable routing
3. Pump Installation
Fully submerge pump
Attach desired accessories
Connect to solar panel
Test water flow
Adjust positioning as needed
Maintenance & Important Tips
Regular maintenance and attention to these key points will ensure your solar pump continues to perform effectively throughout the seasons:
Essential Tips
Keep panel clean for maximum efficiency
Ensure pump stays fully submerged
Consider height affects flow rate
Regular maintenance recommended
Maintenance Schedule
Clean solar panel weekly
Check pump for debris monthly
Monitor water levels daily
Adjust flow as needed
Performance Note
For features taller than 50cm, consider our 5-watt pump model for better performance. This 2-watt model is ideal for smaller features and birdbaths.
Expected performance varies with sunlight conditions and installation quality.
Experience the Difference With PowerBee Ltd
Award-Winning Quality
Powerbee Ltd is a Best Buy Award Winner 2021-2025
16 Years of Solar Power Expertise
CE Certified Products
Professional Support Within 24 Hours
Customer Protection
30-Day Money-Back Guarantee
12-Month Standard Warranty
Free UK Mainland Shipping
Support Hotline: 07786948899
✓ 30-Day Money-Back Guarantee✓ Free UK Delivery✓ Powerbee : A Best Buy Award Winner 2021-25
Discover the operational principles and seasonal performance of your energy-efficient pump system. This guide explains how to maximize its potential through proper positioning and seasonal adjustments.
1. Basic Operating Principle
Direct Solar Operation
The panel captures sunlight and converts it directly into electrical energy
Power flows immediately to the pump without storage
Pump performance directly matches available sunlight intensity
Operation begins automatically when sufficient sunlight is available
2. Seasonal Operation
Peak Season (May to September)
Optimal performance during direct sunlight hours
Flow rate varies with available sunlight
Maximum flow rate achieved in full sunlight
Best performance during clear weather conditions
Shoulder Seasons (March-April, October)
Shorter operational hours with seasonal daylight
Variable performance based on weather conditions
Expect 40-60% of peak season performance
Performance highly dependent on clear days
Winter Operation (November-February)
Limited operation during peak sunlight hours
Expect 5-10% of peak season performance
Performance highly dependent on direct sunlight
Consider removing system during winter months
3. 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 (November-February): Position at 60° angle
Spring/Autumn (March-April, September-October): Adjust to 40° angle
Summer (May-August): Set at 20-30° angle
Regular seasonal adjustment ensures optimal energy capture.
Critical Installation Factors
Position panel facing south for maximum exposure
Avoid any shading on the panel surface
Clean panel regularly to maintain efficiency
Ensure unobstructed sunlight throughout the day
Performance Expectations
Flow rate varies with sunlight intensity
Operation stops during insufficient light
No nighttime or heavy cloud operation
Performance improves with direct sunlight
4. System Types
Direct Systems
Simple panel-to-pump connection
Operates only during sufficient daylight
Flow rate directly reflects available sunlight
Stops immediately when sun is blocked
Most economical option
Battery-Backed Systems
Includes energy storage capability
Provides more consistent water flow
Continues operation during brief cloudy periods
Can function after sunset for several hours
Often includes timer functionality
5. Maintenance Requirements
Regular Care
Clean panel surface weekly for optimal energy capture
I see this has a 'DC brushless pump' what does this mean please?
Benefits of a DC Brushless Pump
Efficiency: DC brushless pumps are more energy-efficient due to the absence of brushes, resulting in lower friction and energy loss.
Longer Lifespan: The lack of brushes contributes to a longer lifespan as there is less wear and tear on the motor components.
Reduced Maintenance: DC brushless pumps require less maintenance since there are no brushes to replace, leading to more reliable operation over time.
Lower Noise Levels: DC brushless pumps tend to produce less noise during operation, providing a quieter environment.
Precise Control: DC brushless pumps offer precise control, allowing for variable speed and flow rate adjustments to suit specific requirements.
Compact and Lightweight: DC brushless pumps are typically more compact and lightweight, making them suitable for space-limited applications.
Greater Environmental Compatibility: Improved efficiency leads to reduced energy consumption, making DC brushless pumps more environmentally friendly.
Brushless Electronic Commutation: The use of electronic commutation allows for smoother operation, reduced heat generation, and improved overall performance.
Сonsultation
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