H2 Motronics | Electronics and mechatronics technical design office

WHO ARE WE?A technical design office
dedicated to specific projects

In October 2019, TEXYS Group launched H2 MOTRONICS, an R&D office dedicated to specific projects in electronics and mechatronics.

Leveraging on TEXYS Group’s high-level of experience & expertise, H2 Motronics focuses on engineering consultancy, offering design and development of various technical solutions for all types of industries.

Innovation

Ergonomics

Optimization

OUR SKILLSDevelopment of engineering products & technology bricks

H2 Motronics will provide customers with complete studies, from specifications to deliverables, as well as engineering consultancy on electronics & mechatronics. Our aim is to develop engineered products & technological bricks in various fields, such as for IoT and sensor fusion.

ELECTRONICS

MECHATRONICS

HYDROGEN

IoT

TECHNOLOGY BRICKS

MEASUREMENT

DEVELOPMENTSCustomized solutions
for our customers

With our unique expertise and know-how in electronics and mechatronics, H2 Motronics is proud to develop ever more innovative solutions for our customers, with the utmost attention to detail and optimum user comfort. You'll find an overview of our developments in the tab named "Our projects".

What's more, thanks to in-depth developments on hydrogen fuel cell propulsion solutions with our H2-K proof of concept, we can now offer to customers our expertise in hydrogen fuel cell powertrains and complete solutions.
Learn more about H2-K

Robot for remote initiation of opening and closing sequences for wagon doors.

PTH-CAN, a combined sensor designed to measure relative humidity, temperature and absolute pressure, developed by H2 Motronics and marketed by Texense

Battery module developed by H2 Motronics for H2-K and our other hydrogen fuel cell powertrain projects for light mobility

Tool for changing the position of a metal blade on a roof in order to clean and lubricate it. Position control via remote control. Ensures operator safety in the event of a power cut.

H2-K, hydrogen fuel cell racing motorbike proof of concept

EC-CAN, conductivity sensor developed around the H2 ecosystem

Wireless tool used to simulate, from the cab, the appearance and acknowledgement of information from the track. The tool is placed under the train and simulates contact between a wire brush and a "Crocodile", which usually ensures ground-train communication.

Safety tool for discharging a 10,000 µF capacitor charged to 72V potential, used to open doors in the event of a power cut inside a train body. Operator safety box for door maintenance.

A tool for checking that platform laser detection systems are working properly, day and night. The GAPS system manages the deployment of access gangways for people with reduced mobility.