GAME-CHANGING POWER
ADES Leads the Energy Revolution
As a zero-CO₂ emission energy pioneer, ADES redefines safety and scalability in power generation. Its modular architecture enables global deployment, addressing the critical challenges of our era: combating climate change, securing energy independence, and ensuring resilient supply chains.
Powering 10,000 Homes for Two Decades with One Module
A single ADES module revolutionizes energy accessibility, delivering 20 years of uninterrupted, carbon-neutral power to 10,000 households. The system’s compact design fits seamlessly into standard shipping containers, enabling worldwide installation.
The module’s high-temperature output can be flexibly converted into electricity, hydrogen, or heat energy, making ADES a versatile cornerstone for sustainable development across diverse geographies and industries.
Uninterrupted Power Supply
20 years of reliable energy for communities and industries.
Built to Last
Energy Perfected
Renewable Synergy
Stabilizes grids by complementing intermittent solar and wind power.
Zero-Carbon Energy Production
Emission-free operations aligned with global climate goals.
Versatile Energy Conversion
Heat harnessed for electricity, hydrogen, or bespoke applications.
Global Portability
Containerized design for rapid deployment anywhere on Earth.
Low Operational Demands
Minimal maintenance ensures cost-effective, dependable performance.
Maximum Security Powered by Cutting-Edge Intelligence
Instant Shutdown Capability
Safely deactivate the system at any moment, with an ON/OFF switch.
Eliminated Meltdown Risks
Particle accelerators prevent chain reactions and nuclear disasters.
Zero Long-Term Waste
80% of thorium converts directly to energy; residual materials are reused.
Cost-Effective Maintenance
Streamlined upkeep enhances economic viability.
AI-Driven Optimization
Smart performance adaptation to local conditions maximizes efficiency.
BEYOND THE LAB
Energy Where It Matters
Renewable Energy Integration
Enhances and stabilizes solar/wind farm output for grid reliability.
Grid Resilience
Decentralized deployment prevents blackouts and ensures redundancy.
E-Mobility Revolution
Transforms gas stations into grid-independent EV charging hubs.
Sustainable Digitization
Powers data centers with clean energy for a greener digital future.
Eco-Consistent Transport
Replaces fossil fuels in propulsion systems, slashing CO emissions.
Healthcare Reliability
Autonomous power for critical medical infrastructure.
Smart Cities
Supports carbon-free urban development with redundant energy layers.
Industrial Decarbonization
Drives fossil fuel alternatives for eco-conscious manufacturing.
HOW IT WORKS
The ADES Process
ADES combines particle acceleration with molten salt reactor to create a water-free, thorium-powered energy solution. This breakthrough technology delivers safe, efficient, and carbon-neutral power through a multi-stage process:
Transmutation through particle accelerators
The injector is a particle accelerator that transmutes thorium-232 into uranium-233. This process initiates energy production and ensures that the reaction proceeds in a controlled and safe manner.
Energy release in the circulation
In the molten salt cycle, uranium-233 splits, releasing enormous amounts of energy, reaching temperatures of up to 900°C. This high temperature is essential for the subsequent steps of energy conversion.
Efficient heat transfer
Heat exchangers on the first and second levels transfer the generated energy either for electricity generation or for hydrogen production. This efficient heat transfer enables a wide range of uses for the generated energy.
Reliable power production
In the tertiary cycle, the transferred heat is used to drive a turbine to generate electricity. This process continuously delivers reliable and CO2-neutral electrical energy.
Sustainable hydrogen production
The high temperature of 750 to 900°C also enables efficient hydrogen production. This hydrogen can be used for various applications, from industrial production to energy supply.
Next-Gen Storage
Energy Storage Reinvented
CALstore complements ADES with advanced thermal storage, capturing excess heat for on-demand use. Its water-free design ensures reliable energy reserves, enabling seamless supply-demand balance.
