CO₂-free baseload energy
SMRs reliably deliver energy regardless of weather conditions – low-carbon and stable for industry and security of supply.
What are the benefits?
Proven energy, reimagined
SMR and AMR reactors of Generation III+ and IV are based on decades of research and development. Many of the technologies used – such as high-temperature or molten-salt concepts – were developed early on and are now being advanced with modern safety and manufacturing standards.
At a Glance
Our Technology
Inherent safety
Through physical properties and passive design, SMR reactors can shut down and cool themselves safely without external intervention.
Scalability & flexibility
Industrial manufacturing and modular design enable faster deployment and flexible integration into existing networks.
Economic efficiency
Lower upfront costs and standardized production reduce financial risk and make nuclear energy more accessible.
CO₂-free baseload energy
SMRs reliably deliver energy regardless of weather conditions – low-carbon and stable for industry and security of supply.
Inherent safety
Through physical properties and passive design, SMR reactors can shut down and cool themselves safely without external intervention.
Scalability & flexibility
Industrial manufacturing and modular design enable faster deployment and flexible integration into existing networks.
Economic efficiency
Lower upfront costs and standardized production reduce financial risk and make nuclear energy more accessible.
CO₂-free baseload energy
SMRs reliably deliver energy regardless of weather conditions – low-carbon and stable for industry and security of supply.
Inherent safety
Through physical properties and passive design, SMR reactors can shut down and cool themselves safely without external intervention.
Scalability & flexibility
Industrial manufacturing and modular design enable faster deployment and flexible integration into existing networks.
Economic efficiency
Lower upfront costs and standardized production reduce financial risk and make nuclear energy more accessible.
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At a Glance
Our Technology
- 1. Hot water from the plant
- 2. Feed-in to the district heating network
Energy for electricity, heat and industry
SMR technology enables not only electricity generation, but also the provision of process steam and industrial heat. This makes it suitable for a wide range of applications – from district heating networks to energy-intensive industries.
- 1. Heat exchanger
- 2. Reactor module
- 3. Reactor pool
Seamless integration, maximum efficiency
SMR plants can be integrated into existing electricity and heating networks and enable efficient coupling of energy flows. This creates reliable supply solutions for municipalities, industry and critical infrastructure.
FAQ
Frequently Asked Questions
Small Modular Reactors (SMRs) are significantly more compact and are manufactured in standardized factory processes. This greatly reduces construction time and upfront investment compared to conventional large-scale power plants.
Our concepts use inherent, passive safety systems. In the event of an incident, the reactor shuts itself down and cools down based on physical principles, without requiring active intervention or external power sources.
Yes. Thanks to their modular design and smaller size, SMRs can be flexibly integrated into existing power grids and are also well suited as replacements for retired coal-fired power plants.
Absolutely. SMR plants can operate in combined heat and power mode, providing CO₂-free process steam for industry or hot water for urban district heating networks.
Serial production ensures high quality standards, significantly reduces the cost per module through economies of scale and makes the expansion of emission-free energy more predictable and faster.