A new class of energy infrastructure. Built from sunlight and air.
Sunthetics delivers dispatchable fuel and power production, designed to compete with fossil energy on cost, reliability, and scale.
- 100% Dispatchable/
- Zero Feedstock Cost/
- Multi-commodity Production
Energy systems don't fail on generation. They fail on reliability.
Intermittent supply
Cannot meet continuous industrial demand.
Short-duration storage
Storage remains capital-intensive and time-limited.
Undersupplied clean fuels
Clean fuel supply is structurally constrained.
Lagging grid expansion
New transmission lags demand by years.
Fossil depends on extraction. Renewables depend on weather. Neither delivers consistent, controllable output. The constraint is not energy availability — it is reliable, scalable, on-demand supply, independent of both.
Sunthetics produces fuel and power directly from sunlight and air.
Converting sunlight into storable, tradable energy, delivered as:
- E-fuels (e-methanol, SAF pathways)
- Dispatchable electricity
- Industrial heat
- Carbon capture streams
- Additional by-products including clean water and oxygen.
Operating as continuous, reliable energy infrastructure. Generating multiple revenue streams from a single asset. Deployable at the point of demand — without reliance on grid or fuel infrastructure. This is not energy generation. This is energy production.
Converts intermittent solar input into continuous, dispatchable energy.
Not generation. Production.
Capture
Sunlight and air are captured as primary inputs.
Convert
Energy is converted into storable fuel.
Deliver
Fuel is used to generate power, heat, and industrial outputs, on demand.
Converts variable sunlight into continuous, reliable energy.
Fuel, power, heat, carbon capture, water, and oxygen — all from a single platform. Designed for continuous, reliable energy production, not intermittent generation.
Why this changes the category.
High Yield. Low CAPEX.
3–5× higher yield per hectare than conventional solar. Target <€0.05/kWh LCoE.
24/7 Dispatchable
Fuel-backed baseload using integrated storage and synthesis. Delivers continuous output, independent of intermittency.
Multiple Revenue Streams
EaaS, E-fuels, SAF, Industrial Heating, Cooling, Clean Water, Oxygen, Carbon Capture, and Leasing.
Scalable Asset Class
Active deployment with a >50 GW global roadmap. Backed by secured contracts and operating assets.
The market conditions have shifted.
- 01Energy security is a national priority.
- 02Clean fuels are structurally undersupplied.
- 03Grid expansion is lagging demand.
- 04Industrial demand for firm power is accelerating.
The market is not waiting for better renewables. It requires reliable energy production.
One platform. Multiple markets.
01Hyperscaler Data Centers
On-demand Power, Heat & Carbon-Negative Operations, Grid-Independent
02Maritime & Aviation
Drop-in fuels using existing logistics.
03Remote Operations & Defense
Off-grid bases for defense and critical infrastructure.
04Energy & Utilities
Supporting constrained grids and seasonal/peak imbalance.
05Commercial & Industrial
Power, heat, and carbon integrated on-site.
Not a prototype. An industrialized platform.
30+ years of reactor development, from core invention to commercial deployment.
- Advanced system validation (TRL 8 → 9 progression)
- Commercial pilot in operational environment
- Industrial partners and suppliers
- Certification pathway underway
A modular reactor platform.
Combining advanced materials, thermal systems, and proprietary control software.
Reactor System
Modular reactor architecture — the mechanical core of the platform.
Energy Conversion
Thermochemical conversion from solar input to storable fuel.
Thermal Management
Integrated thermal storage and heat distribution across the system.
Control & Optimization Software
Proprietary software layer for live metering, dispatch, and optimization.
Meet the inventor behind the system.
A breakthrough in energy production, developed through decades of research and system design.
The investment opportunity.
- 120 MW ready-to-build projects
- Path to large-scale deployment
- Multi-market revenue streams
- Structured growth toward industrial rollout