Precise and Adaptable Battery Simulator/Emulator
Battery Simulator/Emulator Systems and Software for Testing EV Batteries, Powertrains, Fast Charging, and Additional Devices
Optimize Battery Development, Performance, and Safety
Dyno One’s battery simulator/emulator system supports every stage of battery development and assessment, from design and research to safety and performance testing to quality assurance and more. With the ability to program and reprogram the battery simulator/emulator, engineers are able to test batteries under a variety of circumstances, from expected to the most extreme. Our battery emulation technology can model any battery capacity or chemistry, even future batteries that don’t exist yet.
- Simulate the charge state of any battery, including those still in development
- Assess current drain data at different levels of resistance and capacity
- Examine the effects of battery aging and performance over the lifetime of the device
- Speed up battery testing with quick response times and easy integration with existing systems
Test and Validate Battery Charging, Response, Durability, and Life
Battery simulation/emulation allows you to efficiently and accurately test EV batteries and powertrains, IoT devices, and other systems. Integration with testing software and dynamometer systems allows you to put the battery through a full range of evaluations. Test for different charge and discharge states, voltage responses, thermal conditions, resistance states, environments, and more. This not only allows you to test and validate the expected performance of the battery, but also assess critical threats and evaluate the battery and powertrain’s highest level of performance.
- Regeneration capabilities that ensure first-class energy- and cost-efficiency
- Constant measurement precision using the module as a cell test system
- Impedance spectroscopy in every channel
- Synchronized recording of measurement data
- Precise measuring technology for reproducible results
- Modular concept for a flexible layout of the test environment
Spacecraft Electrical Power Systems Test Stand
Lockheed Martin Space
This system was configured to test spacecraft electrical power and charging systems. By using our high-voltage battery simulator technology, we were able to separately simulate the satellite load power BUS as well as the solar array charging BUS. This system performs 100% quality control testing of the satellite power control modules immediately before integration into the spacecraft.
Supporting Batter Battery Design and Performance
Safe, high-quality, durable, and rechargeable batteries are critical for a wide range of devices. Running these batteries and their attached components through an array of tests is the best way to ensure they are able to perform under both expected and extraordinary circumstances. We design battery simulation and emulation technology for thorough, accurate, repeatable, and efficient testing of EVs, powertrains, and additional electric devices. With quick and flexible testing across nearly any scenario, you can see how your battery actually performs in real-world situations, while maintaining the safety of a test environment.
Reduce Battery Test Time
Battery simulation/emulation reduces testing time substantially. Instead of running the battery, you can simulate a state of charge or specific environment to see how your battery performs.
Improve Battery Safety
Testing your battery at the ragged edges of its performance not only shows what it can handle, but also shows when it can be dangerous. Battery simulation can show failure risks before the battery is on the market.
Increase Repeatability and Accuracy
The battery’s performance can be unpredictable through different charge/discharge states or aging. With flexible battery simulation, you can assess these states and gather accurate data.
Contact Us
Are you interested in battery simulation/emulation for EVs or other electrical systems? Tell us about your products and testing requirements.