Research for the future
TLabs R&D is a next-generation electric vehicle component design and development powerhouse, wherein the modern Electric Vehicles (EVs) are demonstrating a promising pathway to increase energy security.
TLabs R & D team is working to overcome the challenges that today’s advance EV propulsion systems are exhibiting on day-today basis and brings out a sustainable propulsion system.
We have already forayed into the developed of an indigenized technology based Low Cost, Highly Efficient, Best Quality electric motor and controller for Futuristic EV Needs
Highlights
Experience
Our R&D team has got few decades of experience working on Smart, Green and Integrated Transport; EV- Motors, Controllers, VFDs, FOCs, Gateway Logics, Stacks Future commutation; Electrical & Battery-operated vehicles; Hybrid vehicles, Clean and energy-efficient; Hydrogen fuel; Lithium polymer battery, etc.
Testing Infrastructure
We test our products on inhouse developed ATE (automated test equipment) for both V&V (Validation & Verification) and EOL (End of Line) testing.
We also test our product in field (Road Test) sometimes ourself and sometimes in association with third party institutes such as ARAI, ICAT, GARC and NATRAX.
High Performance Futuristic EV Traction Motor
TLabs R&D team is well determined to provide Highly Efficient, High-power density IE5 Motors at affordable cost, which will culminate the High efficiency results in increase the range/charge along with increase in Motor life around 10 years (Or 150000km).
We are developing several cutting-edge technology-based PMSM, SRM and Hybrid motors with high torque performance and minimum losses at the rated conditions.
The motors would be compact in size & weight, easy to customizable as hub driven or as mid motor powertrain application.
Advantages of IE5
Super Intelligent Futuristic EV Traction Motor Controller
TLabs R&D team is working on the super intelligent AI based CAN enabled Controller for all range of motors which will be simple to use and communicate with other peripheral controllers.
The controller could be easy to configure to different driving modes, which steadily providing high efficiency and minimum losses during all the speed range and gradients of its operation, which results out to be the best distance coverage per single charge in its class.
The controller would be equipped with IoT enabled high frequency data driven health monitoring (BITE/OBD) prognosis system capturing continuously the data transmitted such as casing/winding tempt, flux strength and bearing lubrication to take the immediate actions as per requirement of vehicle safety and security.
The controller would be indigenous built for low cost and minimum lead time to market along with easy local maintenance, repair support and spares.
We are making a better
future right now
Quality and reliability are our main focus