Project cooperationUpdated on 25 May 2026
Passive Arctic Thermosyphon Power System: Zero-Pumping Clean Energy Microgrid
Director of Research & Development at Intelligent Diagnosis Corporation
Oakville, Canada
About
Intelligent Diagnosis Corporations is developing the Passive Arctic Thermosyphon Power System. This innovation addresses extreme energy costs ($0.45–1.00/kWh) and greenhouse gas emissions in remote northern communities relying heavily on diesel. The system features a Passive Organic Rankine Cycle (ORC) that requires zero mechanical pumping power. It uses a gravity-driven propane circulation cycle powered by deep-lake thermal stability and cold winter air.
Key Technical Advantages
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Low Maintenance: Minimal moving parts ensure reliable operation in harsh climates.
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High Efficiency: Passive thermosyphon circulation optimizes power generation without internal consumption.
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Scalable Infrastructure: Designed with a modular architecture compatible with remote microgrids.
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Economic Impact: 500 kW capacity producing 3.07 GWh annually with an estimated 14.8% IRR and 6.2-year payback period.
Stage
- Design - setting the project scope
Topic
- Clean Technologies for Climate Action
Organisation
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- Clean Technologies for Climate Action
- Drafting - writing the project proposal
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- Ideation - identifying the project idea / Concept note/ Idea
- Advanced manufacturing for key products (Made in Europe partnership)
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Francesca Moschettini
Project Manager – EU Funding & Grant Applications at NOVAC SRL
Modena, Italy
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Kliment Ionah Bannour-Maikov
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Expertise
Seasonal Energy Storage Scheduler
- Transport and Mobility
- Clean Industrial Technologies
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Miadreza Shafiekhah
Head of Research and Innovation at Nowocert
Dublin, Ireland