Triphase

3PExpress™ is a prototyping platform boosting the pace of R&D and education on power conversion. We offer hardware, software and knowledge, enabling people to rapidly realize innovative power conversion systems.

With the 3PExpress platform our customers can implement a wide variety of applications.

Triphase provides the necessary hardware with associated software building blocks enabling a swift development of such new applications.

Power Amplifier	Waveform Generator
Motor testbench Triphase provides complete testbenches for gearboxes or electrical motors and generators. We provide customised solutions into the MW range. Contact us for more information.	Grid Support System Triphase was a key player for the European VSYNC project that aims at developing a grid support system. More information on www.vsync.eu
Double fed induction generator A test bench to implement new control techniques for a DFIG machine has been succesfully implemented.	DC Interface We have delivered multiple projects realising DC-DC interface for batteries, fuel cells, wind generators or photovoltaic panels.
Multi inverter systems Our patented networked power converters allows real time control and synchronisation of multiple inverters from a single control unit. Having all controls in one place simplifies communication and synchronisation and  the implementation of energy management strategies. Multi inverter systems can be found in electric vehicles and smart grids.

Testimonials

Triphase was a key player for our European VSYNC project that aims at developing a grid support system. Using the rapid development platform, we have been able to prove our concept in simulation and to implement them seamless in real life conditions in a very short time. Unique is that all partners can remotely program the field test setup from their own offices.
Dr.Ir.K.Visscher, MBA, ECN Intelligent Energy Grids, The Netherlands

Triphase is an important partner for the Maurice Hancock laboratory at Imperial. Their unique technology allowed us to build a very flexible Smart Grid test environment. Researchers at Imperial can now perform experimental validation of concepts for power converter control strategies quickly and easily instead of relying on simulation only.
Tim Green, Professor of Power Engineering, Imperial College, London