Future-Proof Your Battery Test Lab for Higher Voltage and Power

Battery packs are heading toward 2000 V and multi-megawatt power. Learn the design principles of a scalable, regenerative, safe test lab and how the EA-BTS 10300 Series puts them into practice.
Nov. 11, 2026

Battery packs across EV, energy storage, aerospace and defense, and data center applications are moving toward 1500 to 2000 V and multi-megawatt power, pushing traditional test infrastructure past its limits. This application note explains the weaknesses of fixed-ceiling, monolithic systems and sets out the design principles of a future-ready lab: scalability, modularity, space efficiency, energy efficiency, reliability, safety, and service. It then shows how the EA-BTS 10300 Series implements them, with voltage headroom to 2000 VDC, expansion from 30 kW to 3.84 MW and beyond, up to 96% regenerative efficiency, and real-time Linux-based control. A worked selection example helps teams choose a system that protects their investment.