Robust and reliable technology
We produce and store thermal energy in the form of high temperature heat, up to 1500 ° C (2700 °F) n high performance materials that are heated using renewable energy and advanced physics.
Unique value proposition
NOC energy has a unique product that provides what industries need to decarbonize their process heat.
Exclusive patented core shell technology
Thermal energy is stored in core-shell spheres. The core is a metal that changes phase and the shell is a high performance ceramic material. Spheres are placed in a pressure vessel giving it unique characteristics.
Flexible to integrate into existing infrastructure
Scalable to gigawatts of storage
High energy density. Stores up to 7 times more energy per unit volume than competitors.
Does direct electrification when connected to firm clean energy from the grid.
Does long term storage when energy is intermittent (behind the meter renewables)
Cost competitive
NOC Energy Technology outperforms competing technologies in every aspect
Industry has options to decarbonize, hydrogen is still expensive and inefficient in power to heat applications, and Carbon capture (CCUS) is still an emerging technology. Biomass does not scale enough and does not solve emissions.
Thermal storage makes sense if the final use of the energy is heat. Compared to Joule heating and to wire heating (resistors) NOC Energy unique technology performs better across the board.
One technology platform scales from Kilowatt to Gigawatt industries
Ready to use
- Requires only a supply of form or intermittent electricity.
- Simple installation and quick commissioning.
- Fitted with temperature transmitters, pressure gauges and flow meters to ensure accurate delivery to the customer process and system monitoring at all times.
Cost Competitive
- Low capex and operating expenses.
- Minimize additional costs such as electrical substation or complex power electronics from renewable sources.
- Limited maintenance costs
- Competitive against gas in most geographies and applications.
Flexible and easy to integrate
- Thermal fluids can be gases like air, CO2, argon, and more for special atmospheres requirements.
- Can operate along existing gas burners as backup
- Scalable for large industries.
- Ideal for applications such as cement, iron, chemicals, oil & gas, mining, power and many more.
Long lifetime, low carbon footprint
- Uses abundant materials for storage with low carbon footprint.
- No aging, wear or degradation of materials.
- Lasting performance
An AI carbon and energy management system enables optimization of energy transition
Integrating into existing infrastructure has many great benefits. It allows industries to maintiain their current gas infrastructrue when needed, gradually replacing it by renewable energy. This greatly eliminates barries to adoption as it reduces risks and capex, whilst mantaining flexibility.
vRealtime and projected electricity prices.
vRealtime and projected gas prices.
vPV production forecast.
vRealtime and projected process energy demand.
vRealtime and projected waste energy availability.
Demand side and storage management
Microgrid management
Power and energy demand profile for each process.
vDay ahead forecast
vCO2 emitted / avoided.
vOptimal cost and compliance with emissions reduction targets.
vProcess control signals