Large-Scale Solar Complex in South Australia Taps 1414 Degrees’ Thermal Energy Storage

on December 4, 2019

A unique project combining large-scale capacities of solar PV and concentrated solar thermal (CST) will be able to deliver firm power through the use of a pioneering thermal energy storage plant.

Last week, Australian firm 1414 Degrees (14D) said it would acquire SolarReserve Australia II Pty Ltd, which owns the aforementioned Aurora Solar Energy Project near Port Augusta in South Australia as well as two other solar sites in New South Wales.

14D will use the Aurora complex to pilot its pathfinding TESS-GRID thermal storage technology and deliver stable power to the grid. The storage system will gradually be built up to store and dispatch several thousand megawatt-hours, the firm said in a release.

Thermal Storage inventory

The thermal storage system would supply hours of dispatchable electricity with spinning reserve from its turbines and a range of frequency control ancillary services (FCAS) to support grid stability. The TESS-GRID could also purchase and store electricity generated by other renewable energy projects on the region’s high voltage transmission network. This would strengthen its firming services and increase earnings from market arbitrage.

The company stores energy in molten silicon as latent heat, reaching 1414° Celcius, hence its name. Thus, heat stored by the TESS-GRID at the Aurora plant could power greenhouses and industry, while 14D is also considering production of hydrogen using the excess heat from its turbines.

14D’s emergence came after a TESS prototype was first demonstrated in 2016 and then scaled twenty times to commission a large electrically charged TESS in December 2018. The company then commissioned a biogas fired thermal energy storage system as a pilot plant at its first commercial site at SA Water’s Glenelg Wastewater Treatment Plant in May 2019.

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Fractal Energy Storage ConsultantsLarge-Scale Solar Complex in South Australia Taps 1414 Degrees’ Thermal Energy Storage