One technology, three flexible solutions
NOC Energy delivers adaptable heat systems for every industrial need.
Direct electrification
NOC Cells provide a clean, efficient, and scalable way to convert electricity directly into hot air reaching temperatures of up to 1,500 °C for industrial processes.
Thermal energy storage
NOC Cells capture electricity and store it as high-temperature heat, helping industries manage price volatility, use renewables effectively, and access clean heat on demand.
Hybrid solution
By combining direct electrification and/or thermal storage with existing combustion systems, seemlesly hybridize your process to achieve the lowest cost of heat while minimizing emissions.
At NOC, we help companies build competitive advantage in the new era
Helping industries decarbonize today while preparing for tomorrow.
Access to low-cost electricity when it is available
Only buy the cheap, green power when the sun is shining and the wind is blowing.
Thermal energy storage if necessary
Store low-cost electricity as heat during price dips and use it later when electricity is expensive or unavailable.
Flexibility to switch between electricity and fossil
The NOC Cell seamlessly integrates with existing fossil burners to provide flexible switching dictated by price signals with no interruption.
At NOC Energy, our solution enables the direct conversion of electricity into heat, providing a clean, efficient, and scalable solution for industries looking to decarbonize their heat generation processes.
Cost efficiency
Our system requires less capital investment compared to some traditional fossil fuel-based heating or electrical boilers and lower operational cost, reducing the financial burden on companies transitioning to clean energy.
Flexible and scalable
NOC Cells can be easily integrated into various industrial processes, providing high flexibility to meet different heating needs.
Lower cost of heat
Direct electrification is particularly advantageous for industries with access to zero-carbon electricity for several hours of the day, at a competitive average daily price compared to fossil fuels, allowing them to achieve significant savings.
Our cutting-edge technology enables energy storage in the form of heat at extremely high temperatures and high energy densities. This is only achievable with NOC cells because we have concentrated our efforts on optimizing the electrical heating method, where the real challenges lie.
Cost efficiency
Our system requires less capital investment compared to other thermal energy storage (TES) solutions and has significantly lower operational costs.
Highly configurable
NOC Cells can be seamlessly integrated into industrial plants providing up to 1GWh of storage within a footprint of 12 x 15 m. They are adaptable to match various process conditions, including flow, temperature, gas type and operating pressure.
Reliable
NOC cells are made with materials and components that have an industry proven track record in the specified operating conditions, ensuring dependable performance.
Seamless integration
Designed to replace traditional fossil fuel burners, NOC function as hot gas generators. delivering heat with precise power and temperature control.
Quick deployment
Our product platform standardizes all components, facilitating scalability using the same elements. Installation is straightforward, requiring no construction permits and is similar to installing other equipment, allowing for efficient commissioning.
In a context of rising energy prices and growing pressure to decarbonize, hybrid solutions offer a practical path forward for many industrial players. At NOC, we understand that full electrification isn’t always immediately viable — whether due to power grid constraints, operational risk, or cost volatility. That’s why we’ve developed hybrid systems that allow customers to switch between clean electricity and traditional fuels, optimizing costs.
Our hybrid technology enables a seamless blend between NOC-generated hot gases and existing fossil fuel systems
Depending on price signals or availability, the system can switch energy sources without interrupting your process. Many of our customers run highly sensitive operations, which is why we’ve engineered our hybrid controls to maintain stable heating characteristics during every transition.
Flexible and scalable
For sites where grid capacity is limited, our systems can be scaled down to partially electrify operations within the available power envelope — unlocking emissions reductions without requiring costly infrastructure upgrades.
