GEM in-wheel | GEM in-wheel motor

Summary
In the frame of the project we will finalise the development and the market placement of our new electric drive inside the wheel that will represent a technological break-through and will address mobility challenges in EU and global urban transportation.
The GEM in-wheel product represents unique solution on the targeted market with integrated motor controller and electric motor inside the wheel. Using patent pending modular technology, the product significantly improves the state-of-the-art characteristics of in-wheel products on the global market by increasing efficiency (above 92%), torque (higher up to 25%) and lowering weight (up to 25% to competitive products). In addition the modular technology also allows a very easy adaption to various customer needs allowing to develop a cost-efficient complete product range. Main competitve advantages of our solution are: smart and simple design, low voltage, modular technology, regenerative braking, easy scalability, high reliability, excellent motor performance and excellent price/performance ratio.
To achieve project goals a trans-disciplinary consortium with competent partners on their field is established. The project leader Gem motors as developer of the motor technology, joined forces with experienced partners that complement their roles: Domel as long-term and well established company in the field of electric motor production, Fraunhofer IAO as the first class research institute in the e-mobility field of production and business management, Luznar as small competent producer specialized in-wheel power electronics and City motion-Eccity as an emerging key producer of electric scooters in EU. Other third parties for motor parts production, research, structural analysis and five key customers are completing the network thus forming a complete and competent consortium to successfully accomplish the project’s objectives.
Project topics are directly in-line with the Work Programme FTI.
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More information & hyperlinks
Web resources: https://cordis.europa.eu/project/id/691371
Start date: 01-12-2015
End date: 31-12-2017
Total budget - Public funding: 2 753 850,00 Euro - 1 991 945,00 Euro
Cordis data

Original description

In the frame of the project we will finalise the development and the market placement of our new electric drive inside the wheel that will represent a technological break-through and will address mobility challenges in EU and global urban transportation.
The GEM in-wheel product represents unique solution on the targeted market with integrated motor controller and electric motor inside the wheel. Using patent pending modular technology, the product significantly improves the state-of-the-art characteristics of in-wheel products on the global market by increasing efficiency (above 92%), torque (higher up to 25%) and lowering weight (up to 25% to competitive products). In addition the modular technology also allows a very easy adaption to various customer needs allowing to develop a cost-efficient complete product range. Main competitve advantages of our solution are: smart and simple design, low voltage, modular technology, regenerative braking, easy scalability, high reliability, excellent motor performance and excellent price/performance ratio.
To achieve project goals a trans-disciplinary consortium with competent partners on their field is established. The project leader Gem motors as developer of the motor technology, joined forces with experienced partners that complement their roles: Domel as long-term and well established company in the field of electric motor production, Fraunhofer IAO as the first class research institute in the e-mobility field of production and business management, Luznar as small competent producer specialized in-wheel power electronics and City motion-Eccity as an emerging key producer of electric scooters in EU. Other third parties for motor parts production, research, structural analysis and five key customers are completing the network thus forming a complete and competent consortium to successfully accomplish the project’s objectives.
Project topics are directly in-line with the Work Programme FTI.

Status

CLOSED

Call topic

FTIPilot-1-2015

Update Date

11-05-2024
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Standards
Standards according to SDOs
ISO/IEC
ISO/IEC JTC 1
ISO/IEC JTC 1/SC 41 Internet of Things and related technologies
ISO/IEC 30165 - Internet of Things (IoT) -Real-time IoT framework
FTIPilot-1-2015 Fast Track to Innovation Pilot