Spacecraft batteries have strict safety requirements that dictate that cell voltages, temperatures, and currents be measured. And controlled. While there are many BMS that fulfill these needs for commercial systems, commercially available systems are not constructed with space‐grade, radiation‐ hardened components. ZIN’s Spacecraft BMS fills this need by integrating cell voltage, temperature, and current telemetry into a printed wiring board packaged within the battery. ZIN’s BMS system offers extraordinary flexibility. Its innovative approach to cell voltage monitoring measures the voltage of a Li‐Ion cell within +/‐50mV, even in series stacks with hundreds of volts of common mode voltage. ZIN’s modular system is extendable to handle an arbitrary number of series cells, and performs equally well in low voltage and high voltage batteries. Unlike existing Battery Management Solutions, ZIN’s system requires no upscreening to

Disclaimer: satsearch is not responsible for any mistakes on this page, although we do our best to ensure correctness. Please report any mistakes to us.

Last updated: 2020-06-12

Battery Management Systems (BMS)



Request details

I am interested in:

Personal Information

Submitting your information allows us to get in touch with you once we get a response from the supplier.

Please select one of the following:

Would you like to subscribe to our newsletter?

Requests that are submitted through satsearch are anonymously posted to our leads page.

from our blog

Go to blog

Hywel Curtis 10, June 2020

Satellite Electrical Power Systems (EPS) on the global marketplace for space

Narayan Prasad 11, March 2020

An overview of on-board computer (OBC) systems available on the global space marketplace

Hywel Curtis 14, May 2020

Launch separation systems for CubeSats and microsatellites