BeFC

BeFC cell technology is paper-based and ultra-thin in design, which converts natural substrates into electricity, allowing users to use energy cells with water and other readily available materials in an eco-friendly manner.

Electronics Energy Fuel Cell Renewable Energy

$17.20M

Latest Funding

Series A

Latest Funding Stage

2023-06-08

Funding Date

46

Employees

France

Location

Grenoble, Rhone-Alpes

City & State

Key Contacts
Unlock Contact Information

Upgrade to access founder details

Upgrade Now
Open Positions
View Careers Page
Hiring For
Engineering Quality Management Research
Unlock Tech Stack Data

Upgrade to access technology insights

Upgrade Now

Similar Startups

STAX Engineering
STAX Engineering Logo

The STAX mission is to help 1 billion people significantly through new technologies that promote health, sustainability, reduced environmental toxins, and reduced global warming.

CarbonQuest
CarbonQuest Logo

CarbonQuest offers onsite carbon capture, sequestration, and reduction for hospitals and healthcare facilities, government and municipal buildings, and offices, enabling companies to reduce the footprint of carbon-intensive processes.

Lumotive
Lumotive Logo

Lumotive develops optical semiconductor solutions that enhance sensing and perception capabilities across various industries. The company focuses on products such as the Light Control Metasurface beam steering chips, which facilitate advanced functionalities in mobile devices, autonomous vehicles, and robotics. These chips are designed for easy integration and provide a compact solution for applications requiring precise control of light. Lumotive’s technology supports a range of uses in consumer electronics, mobility, and industrial automation, enabling improved performance in sensing and imaging tasks.

Resynergi
Resynergi  Logo

Resynergi focuses on the global problem of waste plastics. The company develops, manufactures, sells and services modular, low emission, plastic-to-hydrocarbon oil conversion systems that recycle chemically valuable plastics to create fuels that are environmentally friendly with both low carbon and low sulfur. Their systems are easy to deploy, scale-able, and highly cost and energy efficient.