Solar Powered Drip Irrigation System

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Overview

The Solar Powered Drip Irrigation System delivers automatic timed drip watering using a 4W solar panel with battery backup and no mains wiring.

  • Max pump flow rate: 100 LPH
  • Max pump pressure: 60 PSI
  • Solar panel: 4W / 12V
  • Battery: 7.2V / 1500 mAh
  • Automatic daily drip watering for plants
  • Adjustable run time and duration
  • 50 drippers for targeted root watering
  • Irrigating area: 10 to 20 m²
  • No mains wiring required
  • CE, UKCA, RoHS and REACH certified

Overview & Setup

Set the system up by placing the drippers at the base of each plant and arranging the tubing layout to suit your beds, pots or planters. With a solar panel supply and built-in battery support, it’s designed to run on timed watering cycles without the need for mains wiring.

Key Features At A Glance

Automatic Drip Watering

  • Timed watering cycles each day
  • Adjustable run time and duration
  • Helps maintain steady soil moisture

Solar + Battery Support

  • 4W / 12V solar panel supply
  • 7.2V / 1500 mAh battery backup
  • No mains wiring required

Targeted Root Delivery

  • 50 drippers for direct plant feeding
  • Suitable for beds, pots and planters
  • Designed to reduce water waste

Certified & Garden-Safe

  • CE, UKCA, RoHS and REACH compliant
  • Designed for regular outdoor use
  • Backed by a 1-year minimum warranty

Why Choose Drip Irrigation?

Drip irrigation is often preferred when plants benefit from steady, localized watering. By delivering moisture directly at the base of each plant, drip systems can help reduce evaporation, limit surface wetting, and support efficient water use in growing areas.

Water Efficiency

  • Delivers water directly to the root zone
  • Helps reduce evaporation losses
  • Supports controlled daily watering

Cleaner Soil Surface

  • Less moisture spread across open soil
  • Can help reduce weed growth
  • Minimises splash-related disease risk

Where It Works Best

Plant Beds & Vegetable Rows

  • Irrigating coverage: 10 to 20 m²
  • Ideal for steady root moisture
  • Supports everyday plant growth

Greenhouses & Balcony Planters

  • Suitable for pots and compact setups
  • Helps maintain consistent watering
  • Configurable tubing layout

Solar Operation Notes

Output varies with available sunlight. On brighter days the battery can recharge more effectively, while extended low-light periods may reduce recharge performance. Battery support helps maintain timed operation when sunlight is limited.

See It In Action

This video shows the drip irrigation system layout and how watering is delivered through the connected drippers.

Experience the Difference With PowerBee Ltd

Award-Winning Quality

  • Best Buy Award Winner 2021–2025
  • Over 16 Years of Renewable Energy Expertise
  • Certified: CE, RoHS, REACH, and UKCA

Expert Support

  • Professional Assistance Within 24 Hours
  • Clear, Easy-to-Follow Product Guidance
  • Helpful Video Tutorials Available

Customer Benefits

  • 30-Day Money-Back Guarantee
  • Up to 2-Year Warranty* Across Product Range
  • Free 24 Hour UK Mainland Delivery
  • Eco-Friendly, Energy‑Saving Solutions
  • Support Hotline: 07782223103
✓ 30-Day Money-Back Guarantee ✓ Free 24 Hour UK Delivery On All Orders ✓ PowerBee: Best Buy Award Winner 2021–25
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Technical Specifications

SpecificationDetails
Solar Panel4W / 12V
Solar Cell TypePolycrystalline silicon
Solar Panel Size250 × 160 × 17 mm
Battery7.2V / 1500 mAh
Battery Cell TypeNi-MH
Max Pump Pressure60 PSI
Max Pump Flow Rate100 LPH
Irrigating Area10 to 20 m²
Max Daily Volume Per Dripper0.67 litres per day
Max Daily Volume (All Drippers)21.3 litres per day
Drippers50 pcs
Main HoseØ8 × 11 mm, 9 m (2 m + 7 m)
Branch HoseØ4 × 6 mm, 48 m
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Installation

Install the system by mounting the solar panel, positioning the control box near your water supply, then routing the tubing and drippers across your growing area.

Step 1: Mount The Solar Panel

  • Place in strong, direct sunlight
  • Connect via the DC12V input port
  • Angle for best daily exposure

Step 2: Install The Control Box

  • Mount within 2 m of water level
  • Indicator lights show charging status
  • Connect inlet and outlet securely

Step 3: Position Water Level Sensor

  • Fit detector near inlet filter point
  • Supports low-water alarm protection
  • Helps prevent pump run-dry issues

Step 4: Connect Tubing & Drippers

  • Attach tubing to the outlet port
  • Insert siphon breaker in main line
  • Use tees to connect drip heads

Step 5: Set Watering Mode

  • Use mode button to choose duration
  • Range: 0.5 minutes up to 8 minutes
  • Test mode confirms correct flow

Step 6: Run A System Test

  • Confirm indicator lights operate
  • Check steady drip from all heads
  • Adjust layout if required

Always refer to the supplied user manual for any manufacturer-specific guidance before long-term operation.

How It Works

The solar panel powers the system and recharges the battery. The control box runs timed watering cycles, feeding water through the tubing network and delivering drip irrigation directly to each plant.

Solar Power Supply

  • Runs directly from daylight conditions
  • Recharge varies depending on sunlight
  • No mains electricity required

Battery Backup Support

  • Helps operation during lower light
  • Recharges automatically in sunshine
  • Supports timed watering cycles

Timed Drip Control

  • Adjust watering via mode selection
  • 0.5 to 8 minute cycle duration range
  • Test mode confirms correct delivery

Water Level Protection

  • Low-water alarm helps protect the pump
  • Sensor monitors inlet supply levels
  • Designed for reliable daily use

This combination of solar charging, adjustable timing and localized drip delivery makes the system a practical solution for automated plant care.

How much water does it actually deliver per day?

Up to 21.3 litres per day across all 50 drippers — about 0.67 litres per dripper per day at the longest cycle setting. Watering cycles can be set anywhere from 30 seconds to 8 minutes, so you can dial back delivery for less thirsty plants or step it up in hot weather. The 100 LPH max pump flow rate is plenty for a 10-20 m² growing area.

What size growing area does this cover?

10 to 20 m² with the 50 drippers supplied. The 9-metre main hose (2m + 7m) and 48m of 4mm branch hose give you plenty of layout flexibility — vegetable beds, raised planters, polytunnel rows, balcony pots. Each dripper sits at the base of one plant for direct root delivery rather than spraying water across the soil surface.

Will it keep watering during a few cloudy days?

The built-in 7.2V 1500mAh Ni-MH battery stores charge from sunny days to keep timed cycles running through cloud. Extended low-light periods (multiple grey days in a row) will reduce performance as the battery isn't fully recharging — you might see fewer or shorter cycles until the sun returns. Position the 4W panel where it gets the strongest available daylight to maximise the buffer.

How many plants can this water and what area does it cover?

The kit includes 50 drippers and is designed for an irrigating area of 10 to 20 m², suitable for plant beds, vegetable rows, greenhouses or balcony planters. Each dripper delivers up to 0.67 litres per day, giving a maximum total of 21.3 litres per day across all 50 outlets. Note: a minimum of 20 drippers must be used to avoid over-pressure issues.

How long is the tubing and can I extend it if my water source is far away?

The kit ships with 9 m of 8 mm main hose (a 2 m section plus a 7 m section) and 48 m of 4 mm branch hose. The system runs at up to 60 PSI, so any extension must be pressure-rated irrigation tubing — standard low-pressure pond-pump tubing is not suitable. For longer runs, source additional 8 mm pressure-rated tubing from a garden centre.

How is the watering schedule controlled and how long is each cycle?

The control box runs timed watering cycles automatically — typically twice daily — with adjustable duration selected via the mode button. Each cycle can be set between 0.5 and 8 minutes, and a test mode is included to confirm correct flow from all drip heads before leaving the system to run. The 7.2V/1500 mAh Ni-MH battery keeps cycles running through lower-light periods.

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