Li-ion Tamer Gen2+ Sensor Receives California State Fire Marshal Listing
In early January 2025, Li-ion Tamer’s Gen2+ sensor received a listing with the California State Fire Marshal.
Li-ion Tamer Receives UL Mark
Li-ion Tamer has again made storing energy from lithium-ion batteries safer.
As a CESA Webinar Panelist, Nexceris Discusses Early Off-Gas Detection and Protection
Nexceris & Li-Ion Tamer participate in California Energy Storage Alliance safety webinar on March 16, 2021.
Li-ion Tamer to Sponsor Important CESA Safety Webinar
Nexceris & Li-Ion Tamer participate in California Energy Storage Alliance safety webinar on March 16, 2021.
How to retrofit lithium battery safety with Li-ion Tamer
As more and more lithium battery fires occur, increasing lithium battery safety through proven products such as Li-ion Tamer becomes critical.
APS Battery Fire Report Overview
The Arizona Public Service McMicken Battery Fire has rippled throughout the Stationary Energy Storage Market. Recently, three conflicting reports were released detailing the events from UL, DNV-GL, and LG Chem/Exponent.
Experts Share Off-Gas Monitoring is Needed to Maximize Safe Use of Lithium-Ion Storage Applications
The UL 9540A test method continues to set the standard for battery energy storage safety testing. The method quickly answers questions regarding the ability for a lithium-ion battery energy storage system (ESS) to deal with thermal runaway.
Battery Failure Prevention with Proper Mitigating Actions
Lithium ion battery failure follows four primary stages, which are initial abuse, off-gas generation, smoke generation, and fire propagation. Both the initial abuse and off-gas generation stages fall within what’s called the “preventative region”.
Li-ion Tamer Receives ETL and CE Listing Approval
Li-ion Tamer Group is always pursuing certifications and approvals to help widen the markets we can access.
What is the Impact of UL 9540A on the Energy Storage Industry?
The UL 9540A test method continues to set the standard for battery energy storage safety testing. The method quickly answers questions regarding the ability for a lithium-ion battery energy storage system (ESS) to deal with thermal runaway.
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