This startup develops hydrogen-powered bicycles that utilize axial magnetic flux motors and hydrogen fuel cells, providing a sustainable transportation alternative. By combining these technologies, the bicycles offer longer ranges and lower operating costs compared to traditional electric vehicles.
Funding
$700K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current transportation methods contribute significantly to carbon emissions, exacerbating climate change and environmental pollution. Traditional electric vehicles, while cleaner, often face limitations in range and charging infrastructure, hindering their widespread adoption.
Solution
EFLOW develops and manufactures high-performance, eco-friendly mobility solutions centered around hydrogen fuel cell technology and Axial Flux Permanent Magnet (AFPM) motors. Their innovative power trains offer extended ranges and rapid refueling compared to conventional electric alternatives. EFLOW's product line includes mobility solutions for micro-mobility applications like cargo bikes, power generators, and hydrogen-related technologies such as hydrogen containers and a small-scale green hydrogen production and charging system (HOASIS). The company's AFPM motors boast a compact design with increased power output, while their hydrogen fuel cell power trains enable significantly faster refueling times and longer driving distances.
Target Audience
EFLOW's primary customers include manufacturers of micro-mobility vehicles, logistics companies seeking sustainable transportation solutions, and businesses requiring efficient and clean power generation.
Features
- High-efficiency AFPM motors with reduced size and weight, and increased power output compared to conventional motors
- Hydrogen fuel cell power trains enabling 2-minute refueling and up to 150km driving range
- HOASIS: A small-scale, solar-powered green hydrogen production and charging system for micro-mobility applications
- Power generators designed for efficient energy creation and storage for electric vehicles and mobility solutions
- Hydrogen containers for safe and reliable high-pressure hydrogen storage and supply
- LeV ECU: Micro-mobility power train and platform
- SDG Platform: Designed for high-efficiency, high-performance mobility development
- AI-BMS: Artificial intelligence-based next-generation battery management system
- GDL (Gas Diffusion Layer): Polymer electrolyte fuel cell technology