Location
Join President and CEO, Peter Blume, for a presentation on:
Title: Ensuring Safety and Accelerating the Development and Certification of Electric Aircraft Using a Battery Surrogate
Track: Advanced Air Mobility & Electrified Aviation Systems
Date: Wednesday, October 14th
Time: 2:00 - 2:30 PM
This presentation describes an 800V battery surrogate comprised of over 200 simulated battery cells including key design and implementation details, as well as applications for systems integration lab (SIL) and iron bird of electric aircraft. The battery surrogate is comprised of commercially available components including battery cell simulators (aka emulators), signal and power IO, communications, cell models, a real-time controller, and the BMS. Important considerations include safety, isolation, interconnections, and corresponding topologies.
On Display
BLOOMY will showcase two models of battery cell simulators including the industry's highest power density cell simulator, as well as the industry's highest channel density cell simulator. Relied upon by battery, EV, eVTOL and electrification companies globally for more than a decade, BLOOMY's battery cell simulators are the safe and efficient means of testing battery management and other battery-sensitive systems.
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| With 12 cell channels per 1 rack unit, the updated Battery Simulator 1201 is the world’s highest channel density battery cell simulator. | With 8 cell channels all capable of ±5A current, the Advanced Battery Simulator 800 is the world’s highest power density battery cell simulator. |
Also on display, BLOOMY's 800V Battery Cell Simulation Tower, which is comprised of more than 200 series-connected cells; as well as our Desktop BMS HIL Simulator.
 | For customers that need an HV battery pack simulator as a fully assembled system, we now offer an 800V Battery Cell Simulation Tower, comprised of multiple series-connected battery cell simulator instruments, prewired and assembled at our factory. Combine with other vehicle HIL simulators to form a complete systems integration lab (SIL). | |
| If you simply need to test a smaller BMS or CMU in a convenient desk- or bench-top location, the Desktop BMS™ HIL Test System provides 12-36 cells and other simulated battery signals in a rugged, transportable form factor, making it ideal for multi-person battery engineering teams! |  | |
The eSoldier Power Monitoring System will also be on display. Co-developed with the US Army, the system’s rugged, ultra-compact form factor and distributed sensors make it ideal for testing mobile equipment and for portable power data logging.
For additional event information, please visit www.thebatteryshow.com.