On Site Renewable Heat – Seasonal Heat Storage
Interseasonal Heat Transfer provides sustainable energy using a new form of on site renewable energy that channels naturally occurring heat from the sun down to the ground in summer and back to buildings in winter to heat buildings without burning fossil fuels. Interseasonal Heat Transfer integrates solar thermal collection in summer with heat storage in ThermalBanks to double the efficiency and Coefficient of Performance of ground source heat pumps in winter.
Interseasonal Heat Transfer captures surplus heat from summer sunshine, stores it in ThermalBanks™ in the ground and releases it to heat buildings in winter.
Interseasonal Heat Transfer also captures cold on winter nights, stores this in ThermalBanks™ in the ground and releases it to cool buildings in summer.
IHT™ can save over 50% of carbon emissions compared to using a gas boiler for heating.
IHT™ can save over 80% of carbon emissions compared to using standard air conditioning and chillers for cooling.
IHT™ can save over 100% of the annual cost of running your heating system if you are entitled to claim the Renewable Heat Incentive.
Planning and Renewable Energy
The Merton Rule requires new developments to demonstrate at least 10% of on site renewable energy before planning permission is granted. Interseasonal Heat Transfer can now be used to generate over 40% of on site renewable energy and make large savings in annual running costs of both heating and cooling.
Alternative Energy – Seasonal Heat Transfer
At last there is an alternative to the standard renewable energy options that have been available for some years. Seasonal Heat Storage integrates the strengths of solar thermal collection in summer with seasonal thermal storage in ThermalBanks – in order to deliver heat through heat pumps more efficiently in winter.
Low Carbon Economy
Nearly half the energy consumed in the UK is used in buildings – mostly for heating, cooling, lighting. Interseasonal Heat Transfer is able to offer a significant reduction in consumption of fossil fuels for heating and cooling in the move to a low carbon economy – by saving surplus energy in summer and returning it in winter.
Sustainable Heating Systems powered by solar energy
ICAX delivers Sustainable Heating Systems powered by solar energy. ICAX ensures that the systems delivered are in balance over the year as a whole by using detailed thermal modelling to balance the heating loads of a building with the cooling loads. Where the heating load is larger than the cooling load ICAX uses asphalt solar collectors to collect heat in summer in advance of the heating season. Where the cooling loads are larger than the heating loads ICAX uses an asphalt heat rejector to dissipate the excess heat and balance the system.
IHT is a dynamic system that adapts to the changing temperature loads as the building use changes, weather patterns change or global warming shifts the balance of requirement for the building.
Ground Source Heating and Cooling – GSHC
ICAX uses an integrated combination of solar collection, seasonal thermal storage and ground source heating and cooling to provide Interseasonal Heat Transfer – economic renewable energy.
Interseasonal Heat Transfer – IHT
Interseasonal Heat Transfer:
- provides reliable, low-cost on site Renewable Heat for space heating by re-cycling solar energy
- saves over 50% of carbon emissions compared to using a gas boiler for heating
- provides reliable, low-cost, on site Renewable Cooling by re-cycling winter cold
- saves over 80% of carbon emissions compared to using standard air conditioning for cooling
- invisible heating systems meet architects - and planners - objectives
- modular construction of ICAX Skid, built and tested off-site, meets construction timelines
- reduces emissions by re-cycling solar energy instead of burning fossil fuels
- links to standard underfloor heating, fan coil units, chilled beams, Termodeck or air handling units
- very low maintenance
- allows you to reuse heat
See How IHT works.
See Professor David MacKay on Sustainable Energy – without the hot air.