We developed numerous power electronics solutions, including full-bridge and half-bridge motor control inverters, designed to handle direct current (DC), brushless (BLDC) and permanent magnet synchronous (PMSM) motors.
Our power boards integrate high-performance gate drivers, overvoltage, overcurrent and overheating protection, and current sensing and position feedback circuits (encoders or Hall sensors).
We also design tripping modules for synchronous generators, to control the tripping current accurately via PWM adjustment, with microcontroller control loops, and maintain a stable output voltage even under variable load conditions.
In these cases, we employ robust solutions with closed-loop control and advanced thermal management.
In the power supply field, we manufacture highly energy-efficient flyback and LLC resonant boards, with optimised thermal design, compliant with EMC regulations.
We use dedicated controllers, custom transformers and soft switching techniques (such as ZVS/ZCS) to reduce losses and improve long-term reliability.
Each project is developed to ensure maximum reliability, optimised performance and adaptability to the most demanding operating conditions.
Our competence extends beyond power electronics, to include applications in a wide range of sectors.
We designed integrated electronics for snowmaking systems, climate management systems for residential and industrial environments, metering devices for smart consumption measurement, and access control drives and customised automation systems.
All our solutions are developed based on the mechanical integration required by the customer, through a collaborative approach aimed at balancing technical operation and aesthetics in the final product.
A significant portion of the devices we manufacture also feature IoT connectivity, with the option of managing them through dedicated apps for monitoring and remote control.
