At Fifty Hertz Tech, we are redefining how energy systems are designed, monitored, and optimized. Born out of a passion for engineering excellence and sustainability, we provide end-to-end solutions in electromagnetic design, simulation, fault diagnosis, and condition monitoring—empowering industries to engineer energy-efficient, reliable systems across the electric energy value chain.
Our Vision
To become a leading force in energy efficiency and digital diagnostics, where intelligent design and smart monitoring converge to build a more sustainable, electrified world.
Who We Are
We are a team of passionate engineers, researchers, and simulation experts with a background in electromagnetic field modeling, electric motor and inverter design, power electronics, and energy system diagnostics. With a foundation in tools like Ansys Maxwell, COMSOL Multiphysics, PLECS, and Ansys Simplorer, we bring research-level precision to real-world energy challenges—helping clients enhance performance, minimize losses, and build robust systems.
Our work is built on a deep understanding of the physics behind machines, power flows, and fault behaviors—backed by hands-on experience in simulation, testing, and training.
What We Do
🔧 Design & Simulation
We use industry-standard FEM and system-level simulation tools to design and optimize:
- Electric Motors (PMSM, Universal, Axial Flux, BLDC, etc.)
- Power Electronics (inverters, filters, converters)
- Electromechanical Actuators
- Renewable Energy Interfaces (PV inverters, microgrids)
Our simulations consider electromagnetic performance, thermal behavior, material selection, and efficiency, enabling clients to move from concept to functional prototype with confidence.
📡 Monitoring & Diagnostics
We develop tailored monitoring solutions for:
- Solar plants (using thermal inspections)
- Electric Vehicles (OBD-based health tracking, inverter/motor diagnostics)
- Industrial Motors & Drives (condition monitoring, fault detection)
- Transformers (partial discharge monitoring)
With a combination of thermal analysis, electrical signature evaluation, and data interpretation, we help identify early signs of inefficiency, degradation, or failure.
🔬 Research & Analysis
We conduct advanced analysis to support R&D teams, engineering firms, and academic labs in:
- Fault modeling and diagnosis
- Energy performance evaluation
- Reliability analysis of power electronics and motors
- FEM-based study of component behavior under stress or faults
Our research supports journal publications, product validation, and technical feasibility studies—bridging simulation with practical engineering insight.
🎓 Training & Capacity Building
We offer structured training and mentorship programs in:
- Electromagnetic simulation (Ansys Maxwell, COMSOL)
- Power electronics modeling (PLECS, Simplorer)
- Condition monitoring and fault diagnosis techniques
Designed for engineering teams, university students, and technical professionals, our sessions combine hands-on software training, real-world case studies, and expert mentorship.
Who We Serve
We work with:
- Electric vehicle startups seeking to validate motor/inverter designs
- Solar EPCs and O&M teams looking to implement inspection-based performance diagnostics
- Industrial clients aiming to reduce energy loss and downtime through predictive maintenance
- Academic and research institutes developing FEM-based projects and publications
- Government and training institutions building technical capacity in predictive maintenance, condition monitoring & energy efficient technologies
Why Choose Us
✔️ Deep technical expertise in FEM-based simulation and system modeling
✔️ Experience with real-world monitoring and inspection technologies
✔️ Commitment to research-driven, practical solutions
✔️ Personalized support and training tailored to your needs
✔️ Passionate about building an energy-efficient future
Fifty Hertz Tech exists to support your transition to smarter, more efficient energy systems—through better design, sharper diagnostics, and informed engineering decisions. Let’s build the future of energy, together.