Electronics Shaping the Future of Defense
As defense operations increasingly depend on electronic systems - from sensor networks to tactical communications and medical equipment - the demand for reliable, mobile, and silent energy has never been greater.
When & Where
Details
Format:
Lecture
Language:
English
Session description
Traditional generators are loud, heavy, and thermally visible, making them unsuited for agile and covert missions.
The Instagrid GO MIL system introduces a new standard for mobile power supply, combining compact design with exceptional power density (3.6 kW continuous, 18 kW peak) in a 21 kg unit. Developed for extreme operational environments (–32 °C to +60 °C), it delivers grid-like AC power without emissions or noise, supporting critical applications across military, humanitarian, and dual-use contexts.
This presentation explores how advanced battery chemistry, embedded protection electronics, and system-level design enable a new class of portable energy for defense and security applications. The session concludes with insights into how silent, fu ...
The Instagrid GO MIL system introduces a new standard for mobile power supply, combining compact design with exceptional power density (3.6 kW continuous, 18 kW peak) in a 21 kg unit. Developed for extreme operational environments (–32 °C to +60 °C), it delivers grid-like AC power without emissions or noise, supporting critical applications across military, humanitarian, and dual-use contexts.
This presentation explores how advanced battery chemistry, embedded protection electronics, and system-level design enable a new class of portable energy for defense and security applications. The session concludes with insights into how silent, fu ...
Speaker
Jan Horn
