We engineer power electronics that withstand both load — and time.
From renewable-ready inverters to heavy-duty drivers — we build what others only simulate.
Struggling to scale your design beyond 50kW?
Many engineers and companies face challenges when moving from prototypes or small-scale solutions to industrial power levels above 50kW. We understand the critical importance of ensuring stability, reliability, and efficiency at these scales, especially considering thermal management and electromagnetic compatibility (EMC) requirements.
Torn between IGBT and SiC MOSFET for your inverter, and it’s stalling your roadmap?
Choosing the right power semiconductor devices is a crucial factor in power electronics design. SiC transistors offer advantages in efficiency and thermal performance, while IGBTs remain a proven solution. We provide in-depth analysis to help you select the optimal technology for your inverter or power converter, considering switching frequency, load conditions, and durability requirements.
Is your inverter overheating or failing EMC compliance tests?
Thermal issues and EMC failures are common causes of product malfunctions and project delays. We deliver comprehensive solutions to optimize power module topology, implement advanced thermal management, and ensure your design passes EMC testing with minimal time and cost impact.
Uncertainty in simulation accuracy or prototype performance?
Accurate modeling and simulation are essential for designing high-performance power electronics. We utilize state-of-the-art simulation tools to replicate inverter behavior, factoring in dynamic characteristics, loss mechanisms, and electromagnetic effects to predict system performance and avoid costly prototyping errors.
Need to rapidly scale up or repurpose an existing design?
In today’s fast-paced industrial environment, flexibility and speed are key. We assist in adapting and upgrading existing designs to increase power, improve energy efficiency, and enhance functionality using the latest technologies—from PWM inverters to multilayer layouts with GaN and SiC components.
Engineering solutions from 5kW to 1MW — from schematics to full-load testing.
Design of DC-DC, DC-AC, AC-DC Converters
We specialize in the complete design cycle of power converters across various topologies, including step-up/down DC-DC converters, bidirectional DC-AC inverters, and AC-DC rectifiers. Our engineers ensure optimized efficiency, minimal electromagnetic interference, and robust performance under varying load and environmental conditions.
Development and Debugging of Inverters, Gate Drivers, BMS
From initial architecture to detailed hardware and firmware debugging, we develop reliable inverters tailored to your application — whether grid-tied solar inverters, EV chargers, or industrial motor drives. Our expertise includes gate driver circuits, integrated battery management systems (BMS), and real-time fault detection to maximize system longevity and safety.
Expertise with SiC, GaN, IGBT, and High-Voltage MOSFETs
Leveraging the advantages of advanced wide-bandgap semiconductors, we provide in-depth selection, implementation, and testing of Silicon Carbide (SiC) and Gallium Nitride (GaN) devices alongside traditional IGBT and MOSFET technologies. This enables superior switching speed, thermal efficiency, and power density in your converters and inverters.
Implementation of Multilevel & Resonant Topologies
We implement complex power stage topologies such as multilevel inverters and resonant converters to achieve high efficiency, reduced harmonic distortion, and improved electromagnetic compatibility (EMC). These architectures are critical in high-power applications ranging from industrial drives to renewable energy systems.
EMC Compliance, Thermal Design, Prototyping
Ensuring compliance with EMC standards is paramount to avoid costly certification failures. We integrate advanced thermal management solutions, including heat sinks, liquid cooling, and optimized PCB layouts, to maintain reliability under high power densities. Rapid prototyping capabilities accelerate validation and reduce time to market.
Digital Control, Telemetry, and Protection Systems
Our expertise extends to embedded digital control systems that govern power conversion processes with precision. We design telemetry modules for real-time monitoring, data logging, and remote diagnostics, as well as comprehensive protection systems to guard against overcurrent, overvoltage, thermal runaway, and other critical faults.
From concept to megawatt — step by step, transparent, results-focused.
1. Analyze Your Specifications, Constraints, and Requirements (EMC, Size, Cooling)
Our engineers begin by thoroughly reviewing your project specifications, design constraints, and critical requirements. This includes electromagnetic compatibility (EMC) standards, physical size limitations, thermal management needs, and environmental factors. This foundational analysis ensures the design will meet regulatory standards and operate reliably in its intended context.
2. Select Optimal Topology and Components (SiC, GaN, IGBT, etc.)
Based on your requirements, we select the most efficient and cost-effective power converter topology—whether it be multilevel, resonant, or PWM—and choose appropriate semiconductor devices such as Silicon Carbide (SiC), Gallium Nitride (GaN), or Insulated Gate Bipolar Transistors (IGBT). Component selection is crucial for maximizing efficiency, reducing losses, and ensuring long-term reliability.
3. Circuit Design, PCB Layout, and Prototyping
We proceed to detailed circuit design and high-precision PCB layout with controlled impedance routing, careful thermal considerations, and optimized signal integrity. Our prototyping phase leverages rapid manufacturing techniques to build and validate physical boards, enabling early detection of potential issues.
4. Debugging, Load Testing, Iterative Improvements
Extensive debugging and load testing are performed under real-world operating conditions. We apply iterative improvements to optimize performance parameters such as switching behavior, thermal distribution, and electromagnetic emissions. This step ensures that the power electronics solution is robust, efficient, and ready for scaling.
5. Pre-Certification Support, Deployment Readiness
Finally, we provide comprehensive support for pre-certification testing, including EMC compliance and safety validations. Our team assists in preparing all documentation and test results needed for regulatory approval. The product is then fine-tuned for seamless deployment in your application environment.
We don’t just design — we take full responsibility for performance.
Proven Experience in Projects up to 1MW
Our team has successfully delivered power electronics solutions for high-power applications reaching up to 1 megawatt (MW). This extensive experience ensures we understand the unique challenges of scaling designs to industrial and utility levels, delivering reliable and efficient converters, inverters, and power modules.
Expertise in Heavy Industry, Energy, Renewables, and EV Applications
We specialize in power electronics tailored for demanding sectors such as heavy industry, renewable energy systems (solar, wind), electric vehicle (EV) chargers, and energy storage solutions. Our deep domain knowledge enables us to meet stringent performance, safety, and compliance requirements in these critical markets.
Senior-Level Engineers with 15+ Years of Hands-On Development
Our engineering team consists exclusively of senior professionals with over 15 years of practical experience in designing, prototyping, and deploying power electronics. Their expert skills cover semiconductor device integration, thermal management, EMC compliance, and advanced digital controls.
Mature Processes for EMC, Thermal Simulation, and Load Testing
We implement rigorous processes for electromagnetic compatibility (EMC) testing, detailed thermal simulations, and comprehensive load testing. These proven methodologies minimize risks and guarantee that our products meet industry standards and client expectations.
NDA-Compliant, IP-Respecting, Legally Solid Operations
All projects are managed with strict adherence to non-disclosure agreements (NDA) and intellectual property (IP) rights, ensuring the confidentiality and legal security of your designs. Our operations comply fully with applicable regulations, giving clients peace of mind and trust in our professionalism.
The questions we hear most — and always answer clearly
Our typical development cycle for power inverters, including design, PCB layout, prototyping, and full testing, ranges from X to Y weeks, depending on project complexity and specifications.
High-power electronics projects require strict adherence to legal and ethical standards to ensure safety, reliability, and trustworthiness.
• All our power electronics design and manufacturing services fully comply with the European Union’s industrial safety regulations, including CE marking directives and applicable ISO standards.
• Intellectual property rights are rigorously respected; any system upgrades, adaptations, or reproductions are performed exclusively upon formal authorization from legitimate equipment owners or rights holders.
• Export control laws and restrictions are strictly observed in all cross-border transactions and technology transfers.
• We maintain confidentiality and data security by operating under comprehensive Non-Disclosure Agreements (NDAs) with all clients and partners.
• Our commitment to legal clarity and compliance is integral to every project phase, ensuring risk mitigation and regulatory alignment from concept through deployment.
Power electronics isn’t sold by promises — only by performance.
