High-capacity 48V lithium-ion battery for commercial unmanned platforms

The Vanguard™ 48V 5,0kWh fixed commercial battery (Fi5.0) is engineered for rugged reliability and superior lifecycle value, making it ideal for electrified unmanned systems and commercial off-road platforms. Expanding Vanguard’s lithium-ion lineup, the Fi5.0 delivers high-capacity performance for OEMs needing scalable energy solutions beyond traditional lead-acid batteries. Purpose-built for integration into industrial, construction, rental, and agricultural equipment, this battery provides robust, low-maintenance power for mission-critical platforms operating in harsh and dynamic field conditions.

• Durable: Tested to withstand vibration, dirt, thermal cycling, and physical impact, the Fi5.0 is built to deliver reliable power in challenging operational conditions.
• Intelligent & Safe: A robust BMS architecture manages cell bank temperatures and voltages, actively protecting system health while maximizing safety.
• Efficient Maintenance: The Cell Module Assembly (CMA) is designed for diagnostic visibility and ease of service, with replaceable modules and accessible components.
• Communication Flexibility: Standard CANbus J1939 communication enables universal integration, with optional CAN Open compatibility for added interface flexibility.

• Expanded Energy Output

  Scalable capacity enables up to 50 kWh by linking ten 5 kWh units in parallel—ideal for heavy-duty mobile platforms.
• More Uptime, Less Maintenance

  Rated for 2,000 cycles at 80% capacity, the Fi5.0 requires minimal scheduled maintenance. Modular components reduce full-pack replacement costs.
• Easy Troubleshooting

  Diagnostic data is transmitted using standardized CANbus protocols. Individual modules are replaceable and serviceable in-field.
• Effortless Integration

  Equipped with dual CANbus ports, with one J1939-compliant, and one for seamless OEM communication with no reprogramming required.
• Trusted System Monitoring

  Advanced BMS continuously monitors thermal and voltage data at the module level, enhancing reliability and user confidence.