Power Electronics
Power electronics are essential to the performance, efficiency and reliability of today’s high tech systems. From precise motion control in semiconductor equipment to high power energy conversion in industrial and defense applications, they form the backbone of mission critical functionality.
At Neways, we design and build advanced power electronic solutions tailored to demanding environments. By combining deep expertise in semiconductor technologies, thermal management and embedded control, we deliver systems that perform under the most challenging conditions and over long lifecycles.
Application markets
Our power electronics solutions are applied across a wide range of high reliability industries, where performance, efficiency and continuity are critical.
Designed for demanding environments, they enable precise power control, support electrification and ensure stable system performance.
A strong focus on robustness, scalability and lifecycle support ensures long term reliability in mission critical applications.
Key features and capabilities
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Converter topologies, modulation & control
High efficiency power conversion tailored to system level requirements. • High efficiency power conversion • Advanced multi level and multi cell topologies • Versatile modulation and robust control strategies • Optimized semiconductor selection including GaN and SiC • Robust designs for long lifetime in harsh and dynamic conditions -
Multidisciplinary design competences
Strong integration of electrical, mechanical and system design. • Thermal management and insulation coordination • Structural analysis and enclosure design • Advanced gate drive circuitry and protection integration • Mixed signal electronics design • High precision, low noise analogue design -
Embedded control & connectivity
Seamless integration of software, control and communication. • Firmware and software development • Peripheral interface implementation (SPI, LVDS, SRIO) • Fieldbus communication protocols (USB, EtherCAT, MODBUS, CAN) -
Design and test facilities
Validated designs supported by advanced tools and testing. • Matlab, Simulink, Plecs • Ansys FEM and SI/PI analysis • Test facilities for design verification • Pre compliance testing -
Reliability design
Designed for long lifetime and mission-critical performance. • Redundancy and fault tolerant strategies • Proven component derating • MTBF analysis using Reliasoft -
Regulatory compliance
Ensuring compliance in highly regulated environments. • Design for compliance with international standards • Experience with IEC 60601, IEC 60204, IEC 62477 • IEC 62443-4-1 ML2 certified (cyber security)
HiPPA (High Precision Power Amplifier)
HiPPA is a high precision power amplifier platform developed by Neways, designed for applications where accuracy, stability and low noise are critical.
The platform combines advanced power conversion, high bandwidth control and precise current regulation, making it highly suitable for semiconductor equipment, medical systems and high end industrial applications. Its scalable architecture allows optimization for specific performance requirements, while ensuring long term reliability and low total cost of ownership.
R-PODID
Neways contributes to the European R-PODID program, focused on developing next generation power conversion and distribution technologies.
Within this program, we apply our expertise in power electronics, system integration and high reliability design to support more efficient, compact and sustainable energy systems. R-PODID strengthens European technological capabilities and aligns with the growing demand for energy efficient and high performance electronic systems.
Electronic assisted turbo charger
Neways supports leading automotive manufacturers in developing advanced inverter solutions for applications such as electrically assisted turbochargers.
By combining proven technology with deep system expertise, we help optimize performance and reduce emissions in demanding environments. Read more to discover how this comes together in a real world application.
Advanced GaN power conversion
Development of a high efficiency power conversion system based on GaN technology, including advanced power electronics design, high frequency switching and full system integration.
The solution enables significantly higher power density, improved efficiency and a more compact design, while ensuring a scalable architecture ready for real world deployment.
How can we help develop your technology?
Our experts support you with advanced power electronics solutions that deliver efficiency, reliability and performance.
