Innovation in Renewable Energy
Empowering a sustainable future
At Torytrans, we are committed to the advancement of renewable energies, offering inductive components that improve the efficiency and reliability of photovoltaic and wind projects, among others. Our customised solutions guarantee maximum efficiency in the generation and distribution of clean energy.
We design and manufacture to suit your needs. With our advanced technology, we provide customised solutions and prototypes quickly, driving the success of your business.
Air-core inductance
Choke or filter inductance in alternating current without magnetic saturation. It admits high short-circuit current while minimising radial electrodynamic stresses and maintaining its nominal inductance value L(mH).
DC filter inductance
Filter choke for AC/DC DC converters. They attenuate DC ripple and improve the power factor on the AC side.
DC inductance common and differential mode filtering
The choke is used simultaneously as differential mode inductance (DM) and also as common mode inductance (CM). It attenuates the switching ripple in DC DC converters.
High frequency inductance for DC converters
Choke choke or HF filter for DC Flyback and Buck-Boost converters. Attenuates switching ripple and reduces dV/dt.
Integrated three-phase sine-filter choke for three parallel modules
Integration in a single unit of 3 primary inductances for paralleling 3 converters. For converter output LC filter. Attenuates PWM switching harmonics by restoring the sine wave and at the same time eliminates the problems associated with high dV/dt.
Leakage choke isolation transformers
Introduce an electrical isolation barrier between the input and output bridges. Enable power transmission through their leakage inductance.
Three-phase choke for high power density sine-wave filter cooling WF
Primary choke for liquid-cooled WF converter output LC filter. Allows to reduce the integration size in the converter. They attenuate PWM switching harmonics by restoring the sine wave and at the same time eliminate the problems associated with high dV/dt.
Three-phase distribution choke for double converter and with integrated dV/dt filter
The distribution choke couples two converters in a back-to-back topology, which allows bidirectional power control in the converters. In addition, it coasts at the output of a filter inductance dV/dt common to both converters.
Three-phase filter inductance dV/dt
The inductance attenuates the fast PWM voltage variation of the power converter. It protects generators/motors and electronic components against transient surges caused by switching pulses.
Three-phase inductance for Notch filter
Notch filter inductance tuned in the unwanted kHz band, attenuate or remove the residual harmonics of the main filtering to obtain a sine wave in accordance with the most stringent IEEE harmonic standards.
Three-phase inductance for sine LCL output filter - Main and secondary inductances
Independent primary and secondary chokes for converter output LCL filter. They attenuate PWM switching harmonics by restoring the sine wave and at the same time eliminate the problems associated with high dV/dt.
Three-phase sine filter choke integrated 2 in 1 the L_Principal and L_Secondary
Primary and secondary choke integrated in a single device for LCL filter converter output. They attenuate PWM switching harmonics by restoring the sine wave and at the same time eliminate the problems associated with high dV/dt.
Custom design and manufacturing process
At Torytrans, 80% of our production comes from customised solutions, developed to the highest standards of quality and efficiency. Our advanced analytical modelling tool allows us to optimise the design and production of equipment precisely tailored to our customers' needs.
Excellence and innovation in testing and validation
Committed to quality and safety, at Torytrans we carry out rigorous testing and validation processes. We have a highly trained team and state-of-the-art technology to ensure that our equipment meets the highest standards of quality and safety.