1414 Degrees
Clean and scalable thermal energy storage offering combined heat and power solutions.
The energy industry is in transition and storage is integral to keeping the lights on in a renewable energy future.
1414 Degrees’ large scale storage solutions will solve the threats of uncertain supply and high prices by addressing both heat and electrical energy needs for a clean, sustainable future.
Our technology offers a unique solution delivering both heat and electrical energy, to decarbonise the energy industry.
Positive levelised cost of storage (LCOS) results
Our commercial review shows the TESS will be competitive with other storage technologies when compared with the levelised costs of storage (LCOS) analysis, based on the respected Lazard methodology.
The pilot installations have shown that we can now build a TESS at a significantly reduced cost (see chart to right). Furthermore the projections for future systems will decline steeply. The future LCOS of the TESS will be comparable with long duration pumped hydro.
What is 1414 Degrees?
1414 Degrees technology will stabilise renewables to make clean energy available to all, at all times.
1414 Degrees’ patented Thermal Energy Storage System (TESS) takes in electricity or biogas, stores it as heat and discharges both heat and electricity in the proportions required. The TESS provides an alternative to gas, coal or electricity for process heat, enabling low cost carbon reduction using renewable energy sources.
Our technology is the first of its kind – no other solution will deliver heat and electrical energy at the scale and low cost of 1414 Degrees. It is unique in its combination of versatility, scalability and sustainability.
Unique
a patented thermal energy storage system (TESS) storing energy as latent heat in molten silicon
Scalable
sizing of systems from 10 to 1000’s of megawatt hours for grid, off-grid and co-generation sites
Clean
benign environmental impact and carbon footprint reduction
Economical
low maintenance, low cost and low impact compared to lithium-ion batteries
Efficient
Silicon stores energy at 1414°C providing maximum efficiency of energy output
Sustainable
the use of abundantly available silicon ensures its sustainability and its affordability
Geographically unlimited
TESS can be located in any climate, in any location. It is suitable for grid, off-grid and co-generation installations
Application
wide range of uses in district heating, industrial complexes and shopping centres as well as grids
Our Vision
Access to energy should be as simple as flicking a switch. Our goal is to make clean, affordable energy available to all, at all times.
Distributed within grids with high renewable penetration, 1414 Degrees’ solutions will stabilise networks while providing lower cost energy for industry.
1414 Degrees is developing joint ventures to commercialise its technology, incorporating generation, thermal storage and industry with heat energy requirements.
Latest News
Market update – Management and Directors
1414 Degrees wishes to inform the market that its Executive Chair, Dr Kevin Moriarty, has provided the Company with 3 months' notice of his intended resignation from executive duties, in accordance with the terms of his employment contract. Dr Moriarty will step down...
SiBox Commercialisation Path
1414 Degrees (ASX:14D) is pleased to report that it has identified the pathway to commercialise its modular SiBox technology and will build a demonstration module. This follows twelve months of testing of SiBox storage media under a variety of operating conditions in...
Crown Sponsorship extended to 280MWh battery storage on Aurora
South Australian Government Crown Sponsorship for the Aurora Energy Project has been extended to support an increase of the battery storage component. It has previously been extended to support construction of the battery and the Company’s thermal energy storage...
1414 Degrees (ASX:14D) makes large scale energy storage for networks and industries. Its combined heat and power (CHP) solutions fill a critical gap in energy storage.