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System Integration

CRYOCCS® as the key to CO₂-neutral energy

CRYOCCS® utilizes a proprietary thermodynamic process integration in which internal energy flows from the exhaust gas stream are recycled to support CO₂ capture and liquefaction. This drastically reduces on-site electrical consumption – the net output remains fully marketable.


CRYOCCS Integration in hybride Energiesysteme

Replacing Fossil Backup Systems with CRYOCCS®

Today

  • Solar / wind → intermittent
  • Backup → diesel / gas
  • Emissions → released untreated

With CRYOCCS®

  • Dispatchable and controllable power
  • CO₂ from backup operation fully captured
  • No emissions to the atmosphere

Result

The entire energy system (renewables + backup) becomes near CO₂-neutral, without offsets or accounting tricks.


CRYOCCS Integration in hybride Energiesysteme

Integration into Hybrid Parks: Wind + Solar + CRYOCCS®

Role of CRYOCCS®

  • Not a baseload plant
  • Regulating and peak-load power unit

System Logic

  • High wind/sun → charge energy storage
  • Low wind/sun → CRYOCCS ramps up
  • CO₂ is fully captured

Benefits

  • Smaller battery systems
  • Less over-dimensioning
  • Significantly higher grid stability

CRYOCCS Integration in hybride Energiesysteme

Using Surplus Electricity for CO₂ Upgrading

During Power Surplus

  • Ramp up compression & liquefaction
  • Produce CO₂ as a valuable product
  • Load shifting instead of curtailment

System Effect

Renewables become both more profitable and cleaner, maximising the value of every generated kWh.

System-Level Impact: Reduction of Indirect Emissions

CRYOCCS® Reduces

  • Battery life-cycle emissions
  • Grid expansion requirements
  • Need for reserve power plants

Outcome

CO₂ intensity per kWh decreases at the system level – not only locally, but across the entire energy ecosystem.

Contact

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