• 2
  • 3
Our company


Share our content
If you think this content is useful please +1 or tweet about it.





signup to our e-newsletter

Solar Thermal - How it works.

Solar benefits

  • Free, energy-efficient, renewable technology – helps to lower your carbon footprint
  • Produces up to 60% of the typical family’s hot water requirements
  • Simple, reliable technology
  • Quick and easy to install
  • Suitable for both domestic hot water and underfloor heating
  • Supported by Government grants of up to £400 towards the cost of installation
  • Low environmental impact – reduce carbon dioxide emissions by up to 400kg per year

Integrated solar and heat pump systems

Nu-Heat offers a flexible renewables package of integrated solar collector(s) and heat pump that will cover the heating and domestic hot water needs of a wide range of properties.

System control

The integrated solar pumping station supplied with every system accurately meters the temperature of the roof panels ensuring that free energy is harvested whenever the hot water cylinder can accept it. Full thermostatic control of all elements of the system is important to prevent heat from the cylinder's store being pumped back through the panels and lost to the atmosphere.


System design

Nu-Heat’s experienced designers will advise on the correct system configuration to fully achieve optimum efficiency for domestic hot water, underfloor heating or both, depending on your requirements. The Nu-Heat design and sizing process has been developed in conjunction with European solar design software, TSol, as well as the government's SAP building regulations assessment criteria.


Where should collectors be sited?

Any roof with a 0˚(flat) to ­60˚ slope and facing between southeast and southwest is suitable for solar collectors. The optimum angle is between 30˚ and 45˚. Larger collectors can be fitted to compensate if the orientation is less suitable but north-facing roofs should be avoided.


How many solar collectors are needed?

Nu-Heat will individually size each solar system for your project and location in the UK