Unlock
 innovation.
Simplify 
power electronics.

Build smarter, faster, and more efficiently with OwnTech’s modular, open-source power electronics ecosystem for energy systems, motor controllers, or battery-powered applications.

Why Owntech ?

Accelerate your prototyping and testing phases

Rapid
prototyping

Modular
ecosystem

Streamlined Development Tools

Comprehensive Framework for Power Electronics

Effortless Development & Customization

From intuitive drag-and-drop workflows through a blockset to seamless coding in our user-friendly IDE, we make it easy to go from concept to prototype. Integrate effortlessly with real hardware using our robust Power API – no more wrestling with low-level interfaces.

Arduino style C/C++

Develop complex applications in minutes with simplified code syntax, and a lot of examples

Matlab Simulink Blockset

Use tools you master to deploy your model on real hardware
Why Owntech ?

Open-source and modular hardware, easy to use

A flexible and scalable ecosystem, ideal for education, prototyping, and industrial applications.

Twist

The super flexible – stack-able power module. A 300W DC power converter thought to cover a wide range of applications.

Spin

The powerful and simple micro-controller for power electronics.
Blazing fast specialized controller for your application.

OwnVerter

The 3-phase inverter solution to drive any motor. A 1kW three-phase inverter capable of driving any electric motor.

Single modules or Kits ready to go

PowerLab

From zero to hero, empower your students with this learning by doing kit – tons of ressources to build your teachings on.

Learn Faster with Comprehensive Documentation

Get in-depth resources that accelerate your learning and project development with extensive documentation and active community support.
Use cases

Access dozen of exemples

AC voltage source

Use the twist board to create an AC voltage sine-wave with 23VRMS in this example.

From any 40VDC source, connect a 30Ω load. 

Use the ownverter board to drive a permanent magnet motor using its hall effect sensors.

The hall effect sensors are use to drive a field oriented control algorithm. You can implement more advanced control systems from it. 

Use the twist to connect a DC source to any compatible load.

From any off the shelf lab supply, you can deliver power to your target load.  In this example you can drive it as a buck (step down) converter. 

Use the spin board to generate up to 5 (five) pairs of high resolution (180ps) PWM signals. 

Connect the SPIN board to your USB and upload the code. You can set dead time, phase shift, frequency and duty cycle. 

MotorLab

Focus on control – This kits include all you need to experiments witch basic to advanced control laws.

Avec des exemples comme la modulation de l’énergie pour la mobilité ou la maximisation de la production d’énergies renouvelables, les etudiants s’engagent plus taclement et developpent des competences complexes plus rapidement.

Noémi Lanciotti
PRAG en GEII, IUT d’EvIy