Our Work
Here are some examples of how TTS has helped accelerate technical progress across organisations.
DEVELOPING NEXT-GENERATION E-BIKE MOTORS
TAV Systems is an Australian company developing advanced electric motor solutions for the micro-mobility sector, with a focus on performance, efficiency, and supply chain resilience. TAV Systems sought to develop a commercially viable performance-driven e-bike motor with improved motor efficiency.
TAV Systems
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Meeting strict size, speed, and torque constraints for e-bike applications
Reducing reliance on critical materials
Validating motor performance through simulation and physical testing
Demonstrating commercial viability and manufacturability
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Designed and optimised the motor using multiphysics modelling and patented UNSW algorithms
Benchmarked performance against leading commercial motors
Developed and built an alpha prototype for testing
Conducted experimental validation to confirm performance against simulation
Developed a commercial model and product roadmap
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MATLAB
dSPACE
Finite Element Analysis (FEA)
UNSW Motor Optimisation Package
UNSW Motor Drive Laboratory
TRL movement
TTS supported the progression from concept validation to prototype demonstration and testing.
Project value
The total value of the project was $200,000.
TRL chain movement
Project length
The project took 1.5 years to complete.
OPTIMISING ELECTRIC POWERTRAINS FOR ADVANCED AVIATION APPLICATIONS
Advanced aviation system company
The company is developing next-generation electric aircraft solutions focused on improving performance, efficiency, and operational capability. The company needed specialist engineering support to develop and validate a high-efficiency electric propulsion system for an advanced aviation application.
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Optimising powertrain performance and efficiency
Evaluating component selection and system integration
Ensuring reliable performance under real operating conditions
Generating accurate performance data for system integration
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Assessed multiple motor and ESC combinations through lab testing
Selected and finalised the optimal powertrain configuration
Conducted detailed performance evaluation including speed, torque, efficiency, and thrust
Upgraded and reconfigured lab infrastructure to test higher-power systems
Generated validated performance data to support flight system design
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MATLAB
dSPACE
UNSW Motor Drive Laboratory
TRL movement
Project value
Project length
TTS supported the progression from laboratory validation toward integrated system demonstration.
The total value of the project was $100,000.
The project took 6 months to complete.
SUPPORTING THE DEPLOYMENT OF A NOVEL LONG-DURATION ENERGY STORAGE TECHNOLOGY
Energy Storage Company
The company is an Australian clean technology company developing innovative long-duration energy storage solutions to support the energy transition. The company required specialist electrical engineering support to progress a new energy storage technology toward pilot deployment and grid connection.
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Designing and validating critical electrical systems
Understanding grid integration requirements
Improving system performance and reliability
Reducing technical and deployment risk
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Assessed and optimised key electrical system components
Evaluated energy storage and power system integration requirements
Supported system modelling and performance assessment
Identified technical risks and opportunities for improvement
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PSCAD
MATLAB
Amesim
TRL movement
TTS supported the progression toward pilot-scale validation and deployment readiness.
Project value
The total value of the project was $2,200,000.
TRL chain movement
Project length
The project took 1 year to complete.
In need of expert help?
Whether you’re validating a new concept, preparing for deployment or overcoming a technical challenge, TTS can help.