Defcon
ELECTRICAL
Division
Hybrid Energy Container
DEFCON
Hybrid battlefield-ready architecture
Integrated diesel generator, BESS, PCS and EMS provide resilient energy support for command, radar, telecom and tactical loads.
Low-signature silent mode
Battery-only operation reduces acoustic and thermal signature for ISR, surveillance and sensitive mission environments.
Rapid deployment platform
ISO container-based system enables fast transport, fast setup and integration into remote or temporary operational bases.
Smart mission energy control
EMAN optimizes generator runtime, load distribution, battery cycling and energy efficiency under changing field conditions.
360 Model
DEFCON specification
Mobile hybrid power platform built for defence, emergency and critical field operations where power stability, tactical mobility and reduced logistics burden directly affect mission capability.
- Modular ISO container platform for rapid tactical transport and field deployment
- Integrated diesel generator, BESS, PCS, EMAN control and AC/DC distribution in one mobile unit
- Prepared for autonomous off-grid operation and integration into mobile operational bases
- Scalable modular architecture for mission-specific adaptation and equipment integration
- Suitable for defence, emergency response, telecom and critical infrastructure support missions
- 25 kVA diesel generator for dependable long-duration field operation
- Battery Energy Storage System in 100 / 151 kWh configuration for silent mode and peak demand support
- 50 / 100 kW PCS for efficient bidirectional power conversion and load management
- EMAN energy management system for intelligent generator control, battery optimization and remote supervision
- Supports hybrid mode, silent mode and uninterrupted backup operation for critical systems
- Reduced acoustic and IR footprint in battery-only operational mode
- Integrated HVAC for stable operation of batteries and power electronics in demanding environments
- Fire protection, alarm handling and system diagnostics for critical component safety
- Electrical distribution and protection prepared for robust mission-critical load support
- Lower dependence on continuous fuel delivery improves field survivability and endurance
- Forward operating bases and expeditionary command posts
- Radar, C2, ISR and communication systems requiring stable low-interruption power
- UAV charging and support systems in tactical environments
- Emergency response, field hospitals and crisis infrastructure backup
- Remote defence and interior ministry deployments with limited grid access
Built for operational environments that do not forgive weak power infrastructure
DEFCON is positioned for real-world deployment where conventional diesel-only systems create unnecessary fuel burden, noise signature and operational vulnerability.
Forward operating bases
Supports stable energy supply for tactical shelters, field offices, communications and autonomous remote installations.
Radar and ISR systems
Low-signature battery operation improves suitability for surveillance, radar and intelligence platforms in sensitive zones.
UAV and drone support
Provides reliable charging and mission support energy for drone operations, mobile launch support and field electronics.
Emergency response and crisis support
Suitable for field hospitals, rescue infrastructure, temporary command centers and emergency civil protection deployments.
Key parameters, mission benefits and deployment value
DEFCON is a compact tactical energy platform designed to reduce fuel strain, improve operational continuity and provide cleaner mission power architecture than outdated diesel-only setups.
- Diesel generator: 25 kVA
- Battery storage: 100 / 151 kWh Li-ion
- PCS / inverter: 50 / 100 kW
- Modes: silent, hybrid, backup
- Control: EMAN intelligent energy management
- Deployment base: ISO mobile container platform
- Reduced fuel consumption and fewer resupply missions
- Lower thermal and acoustic signature during battery operation
- Stable power supply for critical defence and communication systems
- Lower interruption risk during load transitions and peak events
- Improved endurance for remote or contested operating zones
- Higher mission flexibility compared to fixed diesel-only architecture
- IEC / EN electrical system design framework
- IEC 61439 switchboard-related framework
- IEC 60529 IP protection concept
- ISO 9001 quality management focus
- NATO-oriented mission application positioning
- Suitable for defence, ministry, telecom and critical infrastructure projects
