Battery Test Lab Setup: What to Do and What to Avoid
Key Tips for Setting Up Your Battery Test Lab
In this on-demand webinar, battery testing expert Russ Gaubatz outlines common missteps to avoid when setting up or upgrading a battery test lab.
Get tips for: -
- Making sure you have the proper setup ready to go
- Scheduling maintenance and service plans
- Planning for future growth
Learn how to better prepare your lab investment without compromising safety, equipment performance, or long-term reliability.
Resources:
EA-BT 20000 Series Battery Testers
Optimized for battery testing and battery simulation, the EA-BT 20000 Series are fully bidirectional supplies, allowing full control for both discharging and charging battery cells, packs, or modules. A max power of 30kW and the ability to parallel channels for up to 1800 A allows you to scale a solution to meet your needs. Included regenerative technology recovers energy during battery discharge or while simulating a charging battery and feeds that energy back into the local grid that would otherwise be lost as heat, reducing operating expenses and HVAC costs.
For All Your Battery Needs
Battery Testing
Run a benchtop test or configure an automated system for production testing of batteries as cells, modules, or packs. Determine SOH (State-of-Health), second life classification, and perform EOL (End-of-Line) testing. An efficiency of up to 96% means you lose less energy when performing repeated battery cycling, feeding sunk energy back into the local grid.
Battery Recycling
Recover energy from batteries at their end of life before being sent to recycling. Autoranging capability allows the maximum possible discharge current down to 2 V while the regenerative capability feeds recovered energy back into the grid with 96% efficiency.
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