At the site in
The engineering study covers a wide range of essential elements necessary for project preparation. These include, but are not limited to, a detailed system description outlining the final solution, a thorough mass and energy balance analysis to ensure operational efficiency at this site, agreed performance warranties to guarantee functionality, and a firm commercial offer outlining final project costs and terms.
The engineering study will start in
The company's senior project manager explained, "We were impressed by Heatcube's technological capabilities and its flexibility services. Utilizing this technology on the reserve market while simultaneously electrifying the supply of process heat in the industrial park to our customers validates our commitment to progress and contributes significantly to our decarbonization targets."
Designed with 48 MWh of storage capacity and offering an annual capacity of more than 21 GWh, this Heatcube will result in a CO2 reduction of more than 5,000 tons annually at the site.
For further information, please contact:
havard.haukdal@kyotogroup.no
+47 48 10 65 69
About
Heat accounts for two thirds of industrial energy consumption. Traditionally, nearly all of it is based on fossil fuels.
https://news.cision.com/kyoto-group-as/r/global-leader-in-energy-management-orders-engineering-study-for-heatcube-in-europe,c3949234
https://mb.cision.com/Main/20557/3949234/2683924.pdf
https://news.cision.com/kyoto-group-as/i/global-leader-in-energy-management-orders-engineering-study-for-heatcube-in-europe,c3281021
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