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What You Already Know
Current simulators either lack fidelity and/or are too time consuming and prone to error. This leads to failure at component and system integrations, wasting your time, money, potential market share, and possibly creating unsafe environments.
How We’re Different
Simply, we are different because we bring actual physics into real time simulation (RTS) for model-in-loop simulation.
Our simulation software excels because we can:
- Create simulations 100 – 1000 times faster than current products offered by industry leaders
- Simulate 50 – 1000 components simultaneously with higher accuracy of current RTS/HIL simulators
- Simulate a large power grid with 100K-1M grid points in a single simulation module and by paralleling more modules the capacity can be increased further. A true real time digital twin of power grid is feasible with this solution.
- Provide a one-stop real time simulation platform for power system and power electronics application.
We are also making difference in robotic motion/path planner. Our Motion planner can plan a new path in an unknown place in less than a millisecond (a 1000x improvement in speed).
What We Can Do
Universal Real Time Power Conversion (URTPC) is the first company to introduce real time physics-based simulation which can be automated. A Finite Element Analysis (FEA) method is realized in real time, which can do thermal, structural, electromagnet simulation of motors, generators, power converters and complex power conversion systems. A large power system is modeled as an electrical circuit which runs in real time and can interface conventional and renewable energy sources as well as traditional and specialized loads such as data centers.
Our simulation software facilitates, model-in-loop, controller-in-loop, hardware-in-loop, and power hardware-in loop-simulation of power conversion systems with physics-based models.
URTPC also offers real time motion/path planner for robots/drones.
Industries We Serve
Aerospace
How much money could you save if you launched your aircraft in 6 years instead of 9?
Renewable Energy
How would being able to monitor the health of your wind energy site in real-time help you better manage your energy production?”
MicroGrid
What would you gain by testing the stability and interoperability of your system before beginning manufacturing?
Automotive
What would happen if you could simulate your entire powertrain and its connected accessories together?
Physics based simulation market
Renewable Energy
Electric Vehicles
Ships
Aircraft
Spacecraft
Microgrids
Energy Storage
HVAC
VFD
Oil Rigs
News and accomplishments
URTPC won the DOE SBIR Grant in 2022, NSF SBIR grant in 2018 and CTC SBIR advance grant in 2019 and 2023. We are among the diligent dozen finalist in 2021 Wisconsin Governor Business Plan Contest and the 3rd place winner in the Advanced Manufacturing Category.