Free webinar Feb 22, 11am CET: LDES technology sharing session – learn more about ENERGYNEST
Learn more about ENERGYNESTs technology in a free webinar by LDES on Wednesday Feb 22, 11am CET!
Learn more about ENERGYNESTs technology in a free webinar by LDES on Wednesday Feb 22, 11am CET!
ENERGYNEST has finalised the installation of their thermal battery at Avery Dennison’s plant in Belgium, which will allow Avery Dennison to wean itself off natural gas usage by using a battery that charges on excess renewable electricity (solar), and discharges it back into their industrial processes as green heat or steam.
For industries to cost-effectively decarbonize industrial heat, they have to end their dependence on gas and start electrifying their processes with efficient thermal energy storage.
Ending dependence on gas and electrifying processes with efficient thermal energy storage is the only cost-effective solution for industry to decarbonise.
From pumping water uphill to heating thermal batteries, companies are trying new ways to keep power on tap: As the world transitions from fossil fuels to renewables, a fundamental question remains – where do we get our enery when the wind is not blowing and the sun is not shining?
Lösungen für die Elektrifizierung der Wärmeversorgung müssen zügig in die Werke. Dabei wird es vor allem auf Technologien ankommen, die auf dem Markt bereits verfügbar und kommerziell erprobt sind: thermische Speicher.
Decarbonisation is a priority for economies around the world, which are currently rethinking their energy systems at an unprecedented speed in order to reduce dependence on fossil fuels and achieve ambitious climate targets.
LDES council published new report on net-zero heat that quantifies the impact of thermal energy storage (TES) to deliver low-cost, reliable, secure and clean net-zero heat.
Am 09.11. diskutieren wir gemeinsam mit AGORA Energiewende, COVESTRO, und dem VCI zur Reduktion der Gasabhängigkeit der deutschen Industrie.
CRO Tamsin Lishman is featured in the latest episode of Afry Management Consulting podcast talking on “What next for the decarbonisation of industrial heat?”
Learn more about ENERGYNESTs technology in a free webinar by LDES on Wednesday Feb 22, 11am CET!
ENERGYNEST has finalised the installation of their thermal battery at Avery Dennison’s plant in Belgium, which will allow Avery Dennison to wean itself off natural gas usage by using a battery that charges on excess renewable electricity (solar), and discharges it back into their industrial processes as green heat or steam.
For industries to cost-effectively decarbonize industrial heat, they have to end their dependence on gas and start electrifying their processes with efficient thermal energy storage.
Ending dependence on gas and electrifying processes with efficient thermal energy storage is the only cost-effective solution for industry to decarbonise.
From pumping water uphill to heating thermal batteries, companies are trying new ways to keep power on tap: As the world transitions from fossil fuels to renewables, a fundamental question remains – where do we get our enery when the wind is not blowing and the sun is not shining?
Lösungen für die Elektrifizierung der Wärmeversorgung müssen zügig in die Werke. Dabei wird es vor allem auf Technologien ankommen, die auf dem Markt bereits verfügbar und kommerziell erprobt sind: thermische Speicher.
Decarbonisation is a priority for economies around the world, which are currently rethinking their energy systems at an unprecedented speed in order to reduce dependence on fossil fuels and achieve ambitious climate targets.
LDES council published new report on net-zero heat that quantifies the impact of thermal energy storage (TES) to deliver low-cost, reliable, secure and clean net-zero heat.
Am 09.11. diskutieren wir gemeinsam mit AGORA Energiewende, COVESTRO, und dem VCI zur Reduktion der Gasabhängigkeit der deutschen Industrie.
CRO Tamsin Lishman is featured in the latest episode of Afry Management Consulting podcast talking on “What next for the decarbonisation of industrial heat?”