Azelio orders 8 units of renewable energy storage TES.POD

The order has a value of approximately 1.2 million US dollars over 15 years including expected price increases. Azelio’s TES.POD system in combination with solar PV will reduce annual CO2 emission by 323 tonnes compared to the grid, as well as securing energy supply around the clock. The system is planned for delivery by end of 2021 and the installation start up and commissioning will be carried out by Azelio in collaboration with its partner Alec Energy.  

Wee Bee Ltd. is a mixed farming company with annual energy consumption of around 1.9 GWh. With an energy demand for day and night operations, reliable and cost-effective energy supply is of great importance. With a current grid connection that is unreliable, expensive and fossil-based, Azelio’s long duration energy storage TES.POD will make a difference in reducing energy related CO2 emissions by 323 tonnes and securing energy supply around the clock with solar PV together with Azelio’s TES.POD.  

“It is important for the farming community in South Africa to gain access to affordable and reliable energy to ensure their facilities can operate as effectively as possible. Our TES.POD system will secure clean power for around the clock energy supply to Wee Bee Ltd.’s farming activities, while allowing them to focus their strategy and capital on farming activities and not energy related issues”, says Jonas Eklind CEO of Azelio.   

Azelio’s energy storage system, TES.POD, is making renewable energy accessible and affordable at all hours of the day. The system stores energy, for example from solar PV, as heat in recycled aluminum. The stored energy is dispatched on demand to a Stirling engine for supply of electricity and usable heat, at all hours of the day with zero emissions. The farming community in South Africa is extensive and its energy related challenges are comprehensive. On top of unreliable, fossil-driven, and expensive electricity, coal combustion is used for heating. Here, Azelio’s TES.POD is well-suited for 100 % fossil replacement, with great potential to be used widely to secure a sustainable, cost-effective and reliable energy supply.