Renewable Heat Incentive (RHI)
NEW!
Why not download the ThermaTwin brochure - DiscreteHeat's unique solar thermal panel designed for simple retro-fit?
ThermaSkirt & RHI
- Compatible with renewables such as air & ground source heat pumps, biomass boilers and solar thermal systems
- Simple to fit even in retrofit applications – fitted in several 'Retrofit for the Future' projects
- Often uses existing radiator pipework
- Minimal disturbance to the property
- High & low flow temperature capability for hard-to-heat properties with conventional boiler back up
- Thermostatic controls eligible for 5% VAT supplied/installed
From L-R: Ben Freeman from category sponsors Corrigan Bentley, DiscreteHeat’s Ethan Wadsworth (Midlands Area Manager)
& Martin Wadsworth (Managing Director), Jeremy Vine - Host and BBC Presenter
DiscreteHeat’s ThermaSkirt wins "Most Innovative Product of the Year" Awar
Despite stiff competition from some of the biggest names in the industry, NW based manufacturers DiscreteHeat from Atherton swept them aside at the National Heat Pump awards (held at the ICC Birmingham) to scoop the Most Innovative Product award for its revolutionary heating product ThermaSkirt.
Judges' remarks: "ThermaSkirt represents a new application of skirting board radiators, providing an ideal retrofit solution for properties where wall space is at a premium."


DiscreteHeat’s ThermaSkirt product combines the heating into a skirting board radiant panel which provides an innovative and cost effective alternative to radiators and under floor heating.
The Judges recognised that the installation of renewable technologies such as heat pumps (and solar) requires heating systems like ThermaSkirt to work at lower flow temperatures to maximise efficiencies, whilst they have be simple to install in existing properties if the market is going to reach its full potential.
ThermaSkirt provides the ideal solution to the problem of fitting oversized emitters with minimal disruption and upheaval to ensure that technologies such as heat pumps are more widely adopted.