Our Flagship Product:
Kardashev
K-ORC™
The Moonshot in Atmospheric Heat-to-Power Conversion
49 Innovations.
TRL 7-9. Runs on air as fuel.
17-30% turbine efficiency.
COP 6 holistic system.
At Kardashev Won, our name isn’t just a label—it’s a declaration of victory in the quest for ultimate energy mastery.
As pioneers in Organic Rankine Cycle (ORC) generators for large-scale industrial and commercial applications, we specialize in waste heat recovery systems, atmospheric heat power generation, and low-grade geothermal energy solutions. But the story behind our name traces back to a profound journey of innovation, blending
Technical Excellence
Features
Innovation Highlight
Industrial Benefit
Cascade Chiller System
R1150 (ethylene) compressor with passive glycol cooling; COP >3; -60°C to -75°C cold side via Joule-Thomson coils.
Enables complete exhaust condensation and vacuum-assisted turbine boost, maximizing waste heat extraction in low-grade scenarios.
Dual-Stage Heat Pumps
Primary boost (COP 12 to 35°C) + secondary (COP 6 to 50-60°C); cold sides recycle to enhance chilling.
Lifts ambient heat (30-50°C in hot climates) to superheat levels, harvesting 1 kW+ passive atmospheric energy without auxiliary power.
Counterflow Heat Exchangers
Pre-chills turbine exhaust at -40°C; sub-cools refrigerant loops for 20-30 bar pressure.
Boosts overall efficiency by 50% over legacy ORC, ideal for seawater or geothermal integration in commercial setups.
Passive Fincoil Harvesting
Large-scale coils capture LHV from air; room dehumidification byproduct.
Zero-energy input heat gain (1-7 kW variable yield), perfect for indoor industrial cooling and moisture control.
Turbine & Alternator
High-pressure expansion from superheated ORC fluid; 21% efficiency.
Delivers 3 kW net output per 1 kW cycle, powering heavy machinery or grid export with minimal footprint.
Proven Performance Metrics:
- INPUT: 1 kW electrical + 7 kW harvested atmospheric heat.
- OUTPUT: 3 kW electricity (2 kW net export after self-consumption).
- TOTAL COP: 6 (Chiller COP 3 × Heat Pump 1 COP 12 × Heat Pump 2 COP 6, adjusted for synergies).
- EMISSIONS: Zero direct CO₂ – consumes global warming heat to cool the planet while energizing your operations.
Engineered with adversity-to-advantage thermodynamics
(Hot side gains offset cold side losses)
The K-ORC™ is not just an ORC generator – it’s a complete energy ecosystem for forward-thinking commercial enterprises.
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