Technologie
Overview diagram of the Kraftblock high-temperature thermal energy storage system for heat and power applications. The diagram illustrates solar panels and wind turbines as renewable energy sources feeding a Kraftblock container unit, which is connected to buildings and industrial facilities, indicating the capture, storage, and supply of heat for industrial processes.
Übersicht
Systeme entdecken
Model of a electrical resistance heater that converts renewable electricity into hot air charging the linked Kraftblock thermal energy storage module. Navigator for net-zero-heat solutions.
Net-Zero-Heat
Erneuerbaren Strom als Prozesswärme nutzen
Truck carrying a Kraftblock mobile heat storage container. The container is a multifunctional energy storage system for heat and power, allowing the transport and availability of green, net-zero heat helping replace fossil fuels to consumers that are far away.
Mobile Wärme
Quellen und Anwendungen verbinden
Model of a concentrated solar plant with a solar power tower linked to a Kraftblock thermal energy storage container. Navigator for concentrated solar power solutions.
Konzentrierende Solarenergie (CSP)
Eine neue Generation der Energieerzeugung
Model of a heat exchanger linked to a Kraftblock thermal energy battery container for heating processes. Navigator for waste heat solutions.
Abwärme-Recycling System
Energieeffizienz in Schwerindustrien steigern
Kraftblock module and a steam boiler as graphic
Strom erzeugen
Kraftwerke umbauen und umrüsten
Kratblock modular thermal battery container.
Speicherdetails
Die Technologie und ihre Nutzung im Detail
Industrien
A stack of industrial steel pipes for high-temperature of thermal energy storage and decarbonization applications. Navigator for steel and metal industries.
Stahl & Metalle
Wärme bis 1.300°C recyclen und einsetzen
Solar farm. Solar panels are one of the renewable energy sources that can be converted into heat and stored using Kraftblock modular system. Navigator for energy supplier
Energie & Stadtwerke
Kompakte Speicherlösungen für grüne Wärme
Industrial bread production on a conveyor belt. Kraftblock provides a cost-effective and sustainable solution for process heat in food industry. Navigator for food, beverages & pharma industries.
Lebensmittel & Pharma
Umstellung auf erneuerbare Energie
Industrial setting of pipes and control valves for oil and gas processes. Kraftblock's technology can enhance energy efficiency in the gas and oil industry using waste heat, and decarbonise refining processesNavigator for oil & gas industries.
Öl & Erdgas
Energieeffizienz verbessern
Stock of rolled paper at a pulp and paper facility. Carbon emission from the industry can be reduced by Kraftblock thermal battery. Navigator for paper industry
Zellstoff & Papier
Nachhaltige Prozesswärme für die Produktion
Numerous ceramic cups moving on a conveyor belt towards a drying kiln. The significant amount of heat generated and potentially wasted in the glass and ceramic industry is captured by Kraftblock thermal energy storage and reused. Navigator for Glass & ceramics solutions.
Glas & Keramik
Hochtemperatur recyclen und elektrifizieren
Interior from a chemical industrial facility. The high energy demand of the chemical and plastics industry can be decarbonized by Kraftblock TES system. Navigator for chemical industries.
Chemische Industrie
Klimaneutrale Prozesswärme bis 1.300°C
Displaying of several machines from a manufacturing facility representing individual industries that can be electrified with Kraftblock thermal energy storage. Navigator for custom solutions.
Individuelle Lösungen
Industrien auf grüne Energie umstellen
Projekte
Unternehmen
Über Kraftblock
A Kraftblock high-temperature thermal energy storage system integrated with a solar and wind farm.  Kraftblock as part of the HERCULES project, an R&D initiative led by the University of Twente, research new hybrid thermal storage materials powered by renewable electricity.
Karriere
Kraftblock's team. German company that develops and manufactures high-temperature thermal energy storage systems to decarbonize industrial processes
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Technologie

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