Instagrid Unveils Tactical Power System for Military Use
Instagrid has introduced its Instagrid GO MIL, a portable battery power system designed for military and tactical operations, at the EnforceTac 2026 trade show. The launch follows a successful deployment of the system with the German armed forces (Bundeswehr). The product is engineered to provide reliable power in harsh field environments.
- The German-based company was founded in 2018 by Dr. Sebastian Berning and Dr. Andreas Sedlmayr, both of whom have a background in battery technology at Bosch and hold PhDs in material science. Instagrid has raised over $145 million in funding, with a Series C round of $95 million announced in early 2024. - The GO MIL is part of the German Armed Forces' (Bundeswehr) "Satz 2 kW" next-generation hybridized tactical power system, which aims to replace traditional combustion engine generators. - The system has been assigned a NATO Stock Number (NSN), which standardizes the item for procurement across all NATO member countries. - Key technical specifications for the GO MIL include a 2.1 kWh energy capacity, a continuous power output of 3,600 watts, and a peak power of 18,000 watts, all within a 21 kg (approximately 46 lbs) unit. - Its architecture uses a "Software Defined Battery" approach with multiple micro-inverters connected to individual battery modules, which allows for a more compact and lightweight design compared to traditional single-inverter systems. - The GO MIL is built for harsh conditions with an IP65 rating, making it dust-tight and resistant to water jets, and it operates in temperatures ranging from -32°C to +60°C. It is designed for a low thermal and acoustic signature to minimize detection in the field. - In contrast to a high-capacity battery, another approach to tactical power is power management and scavenging, exemplified by products like the Galvion Squad Power Manager (SPM). The SPM is a much smaller and lighter unit at 1.0 lbs (454g) that allows soldiers to power devices and recharge various batteries from any available source, such as solar blankets or vehicle power, rather than carrying a large single-source battery.
