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A Better Insulation Test: Decreasing Risk of Electrical Shorts in Lithium Ion Battery Cells [VIDEO]

On occasion, an electrical short can develop inside a lithium ion battery cell after passing production tests due to burrs or particles on the positive electrode reaching the negative electrode after inflation occurs. If these cells that are susceptible to failure pass through to the end user, the results could be catastrophic. Fire or explosion in lithium ion battery cells has developed into a serious topic with solutions for its prevention being more critical than ever. With current testing instrumentation, such as hipot or IR testers, detecting minor partial discharge or flashover inside the cell is almost impossible. Chroma has developed a solution to mitigate these occurrences in the dry cell stage.

This seminar will cover new testing procedures and equipment to monitor voltage and current in order to detect minor partial discharge or flashover inside the cell resulting in lower risk to the manufacturer and end user.

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Chroma Implements OCP Standards for BBU Battery Testing to Ensure Reliable Power Backup for AI Servers

Chroma’s regenerative charge/discharge test systems provide comprehensive solutions for both low- and high-voltage BBU modules. In addition to assessing BBU capacity, charge/discharge performance, and long-term durability, Chroma’s 17020C/17050 test systems also enable highly realistic simulation of actual server environments, ensuring accurate and dependable test results.

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HVDC AI Server Power Testing: Chroma DC Load Enables 1.44MW-Level Verification

Whether it’s a power supply unit (PSU) rated at tens of kilowatts, a power shelf at hundreds of kilowatts, or a power rack reaching megawatt levels, all must meet stringent transient response and current slew rate requirements. Chroma 63200A DC Electronic Load series offers single-unit power ratings from 2kW to 24kW, and supports synchronous dynamic operation of up to 60 units for a maximum rated power of 1.44MW.

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