made in the uk
Solar thermal products

Solar Thermal

Solar collectors

Ideal solar collectors, with their subtle black anodized frame, are easily installed onto a wide range of domestic roofs.

Offering high efficiencies from a large absorber area, along with a low unobtrusive protrusion, Ideal collectors are the natural choice when choosing solar.

Each Ideal solar collector consists of a matrix of narrow gauge copper tubes, each containing the absorber system fluid.

Each tube is ultrasonically welded to an absorber plate that’s coated to enhance energy absorption. This matrix is sealed into an aluminium casing with dense insulation at the rear to minimise energy loss.

The front of the collector is faced with a self-cleaning tempered glass which provides maximum energy penetration and a extremely robust design.

Find out...

Solar panel

Features & Benefits at a glance

  • Capable of delivering up to 60% of the homes annual domestic hot water
  • High performance flat plate collectors
  • In-roof and on-roof installations
  • Toughen glass for heightened durability
  • Selective coating on collectors for advanced efficiency
  • Compatible with new and existing heat only and sealed system boilers
  • Supported by a 10 year solar collector warranty

The Technology

Building regulations and environmental concerns are two of the major factors shaping the move towards the application of renewable technologies in the UK.

Solar thermal hot water systems offer a simple and affordable solution for a wide variety of new build and retrofit applications.

Often chosen for their hard wearing and performance benefits, Solar thermal flat plate collectors can deliver significant hot water results even in the often-dull UK climate, which means even on a cloudy day, solar gain can still be made.

Delivering an average of up to 60% of the home's annual domestic hot water, Ideal solar is a pressurized system which collects solar radiation from the sun and transfers it into a heat-absorbent fluid. The fluid is then pumped into a twin coil cylinder to heat the home's domestic water supply.

Roof types

A range of mounting systems from Ideal ensure the collectors can be installed in the most appropriate manner for your house. Our solar packs come complete with all the necessary mountings needed for a pitched roof.

For neater installations, an in-roof mounting kit can be used to achieve a subtle and stylish look. For flat-roof installations, a simple A-frame kit is available providing a quick installation with the minimum of fuss.

How the solar thermal system works

Ideal solar system

A solar thermal system is made up of five main elements: the solar collector(s), pump station, cylinder, solar controller and boiler.

  1. Solar panels are located on the roof of the property which collect solar radiation, heating the solar fluid contained inside.
  2. When the fluid has reached the desired temperature, the pump station will begin to draw the hot fluid down and into the twin coil cylinder
  3. The hot fluid enters the twin coil cylinder via the bottom coil and heats the water held inside. A sensor within the cylinder monitors the temperature of the water as it increases. The hot water is then ready for use within the home.
  4. If the water within the cylinder doesn't reach 60°C, the boiler will fire up to supplement the system

Solar Technical Specifications

Includes Roof Fixing Brackets and Rails.
CollectorSpec.
Panel height1945 mm
Panel width945 mm
Panel depth105 mm
Gross Surface Area1.84 m2
ConnectionsRc 3/4
Weight37.5 kg
Liquid Volume2.36 litres
Flow Rate100 lt/hr
Maximum Working Pressure10 bar
Pressure loss1.6 mbar
Absorber plateTitanium coated Selective surface Ultrasonically welded Copper sheet
Absorption level95%
Thermal emission level3%
Glass4 mm Low iron, tempered glass
Insulation50 mm High Density Rockwool
Weather proofingEDPM / Silicon seal
Case & Back PlatePainted & Embossed Aluminium
Heat Endurance232 °C
Approvals SAP informationCE certified BS EN 12975
Zero loss collector efficiency (0) 77.3% Heat loss coefficient of collector (a1) 3.913 w/m2K