Crinum develops high-energy-density hydrogen fuel cell systems for heavy-lift drones and backup power generators. These systems offer extended flight times for drones and provide reliable, quiet, zero-emission power solutions that outperform traditional fossil fuel generators.
Funding
Funding not disclosed
Founders
Product
Problem
Heavy-lift drones are limited by the short flight times of battery-only power systems, while traditional fossil fuel generators used for backup power are noisy, require frequent maintenance, and produce emissions. These limitations hinder the operational capabilities of drones and create environmental concerns for backup power applications.
Solution
Crinum develops hydrogen fuel cell power systems that provide extended flight times for heavy-lift drones and reliable, zero-emission backup power. Their solutions utilize proton-exchange membrane (PEM) fuel cells to efficiently convert hydrogen into electricity, offering up to four times longer flight times for drones compared to battery-only systems. For backup power, Crinum's fuel cells offer extended operational time with reduced maintenance costs compared to traditional generators, making them suitable for applications like telecom base stations and smart grids. The company's hybrid approach combines fuel cells with batteries and application-specific power management software to optimize energy efficiency and meet instantaneous power demands.
Target Audience
Crinum's primary customers include drone manufacturers and operators requiring extended flight times for heavy-lift applications, as well as organizations seeking reliable and clean backup power solutions for critical infrastructure and remote locations.
Features
- Turnkey power solutions for heavy-lift drones and backup power applications
- Hybrid power systems combining hydrogen fuel cells and batteries for optimized performance
- PEM fuel cells for efficient and clean energy conversion
- Power management software that intelligently divides demand between fuel cell and battery
- Up to 4x longer flight times for drones compared to battery-only systems
- Reduced maintenance costs and longer operational hours for backup power applications
- Zero carbon emissions when using hydrogen produced from renewable energy sources