Our low carbon district heating is served by the naturally superior, constant temperature subsurface water; a renewable, latent energy that improves the efficiency of the heat pumps we engage
One concept that is attracting widespread and growing interest is Aquifer Thermal Energy Storage (ATES) which capitalises on geothermal energy for economic reasons and to assist with decarbonising space heating and cooling.
TELESIS IS AHEAD OF THE GAME HERE.
A Heat Pump heating scheme critically depends on the resilience, cost and quality of the Heat sink.
For optimal Ground Source Heating and cooling, deploying TELESIS will accomplish for UK operations COP 5.5 and above. We additionally accomplish unparalleled resilience, minimal maintenance and optimal sustainability.
The largest heat production of a single TELESIS system deployed in the UK is in the order of 53MW
Our low carbon district heating is served by the naturally superior, constant subsurface water temperature; a renewable, latent energy that improves the efficiency of the heat pumps we engage.
Low cost, energy efficient heating using the intrinsic latent heat of the water from below the seabed provides optimum growing conditions for a host of horticultural applications e.g. Industrial greenhouses.
This solution is capable of synergistic integration with other utility services for increased benefits for all.
Heating and Cooling services may be combined for further synergistic benefits.
TEIR 1: Energy Demand Reduction.
TEIR 4: Utilisation of Other Low GHG Emitting Resources.
TEIR 5: Utilisation of Conventional Resources, as we currently do.
Our Low carbon district heating is served by the naturally superior, constant subsurface water temperature, a renewable latent energy (Tier 3) that improves the efficiency or COP [Coefficient of Performance] of the Heat Pumps we engage (Tier 2)
Low Energy
Consumption
Low & Simple
Maintenance
Less Chemical
Treatments
High Operational
Uptime
