Powerion provides the e‑POWERFAN™, an AI‑controlled electric propulsion system that can run on batteries, hydrogen fuel cells or hybrid sources. The modular platform delivers a thrust‑to‑weight ratio of 11, supports cruise speeds up to 350 knots, and is rated for 20,000 hours between overhauls, allowing aircraft manufacturers to integrate high‑performance, zero‑emission propulsion across a range of airframes while reducing weight, part count and lifecycle costs.
Funding
Funding not disclosed
Founders
Product
Problem
Aviation’s shift to zero‑emission flight is constrained by propulsion systems that are either too heavy, inefficient, or costly to certify for commercial use, limiting aircraft performance and increasing operating expenses.
Solution
Powerion offers the e‑POWERFAN™, an AI‑optimized electric propulsion system that can be powered by batteries, hydrogen fuel cells, or hybrid configurations. The system continuously adjusts power output to match real‑time flight conditions, maximizing energy utilization while delivering high thrust‑to‑weight ratios and extended time between overhauls. Its modular architecture scales across a range of aircraft sizes, from experimental planes to regional and international airliners, enabling manufacturers to meet performance targets without sacrificing sustainability. By simplifying the mechanical design, the e‑POWERFAN reduces manufacturing costs, improves uptime, and supports compliance with tightening emissions regulations.
Target Audience
Primary customers are aircraft manufacturers and OEMs developing new electric or hybrid aircraft, as well as conversion programs targeting regional, domestic, and international airliners seeking certified, high‑performance propulsion solutions.
Features
- AI‑driven control algorithms that optimize power distribution across all flight phases in real time
- Scalable platform compatible with battery, hydrogen fuel‑cell, and hybrid power sources
- High thrust‑to‑weight ratio of 11, supporting cruise speeds up to 350 knots and altitudes of 40,000 ft
- Designed for 20,000 hours between overhauls, lowering lifecycle maintenance costs
- Modular product line (POWERFAN‑X,‑S,‑M,‑L) to match the power requirements of experimental, recreational, regional, and large‑airliner applications
- Simplified mechanical architecture that reduces part count, manufacturing complexity, and weight
- Fully electric, zero‑emission operation with integrated energy‑management to maximize kilowatt‑hour efficiency