Medium & Heavy Duty Trucking Power Solutions

LiFePO4 power systems for anti-idling, liftgates, and commercial truck equipment.

Proud American Company

Eliminate Idling Across Operations

Commercial trucks depend on electrical power throughout the workday and during mandated rest periods. HVAC, bunk electronics, liftgates, refrigeration, and onboard equipment all require energy even when the vehicle is parked.

Using the engine to generate that power consumes fuel, increases maintenance intervals, and adds unnecessary engine hours.

Battle Born onboard power systems replace engine runtime with dependable electrical power. Fleets reduce fuel consumption, protect starting batteries, and improve uptime while maintaining normal truck operation.

This is not just a battery upgrade. It is an operating cost decision.

The Hidden Cost of Idling

Fleet operations face daily electrical demands that extend beyond driving.

Fuel burned during rest periods

Accelerated engine wear from idle hours

Dead starting batteries in the morning

Diesel APU service downtime

Idle compliance regulations

Unpredictable operating cost per truck

Traditional solutions force fleets to choose between equipment operation and cost control. Your power system should eliminate that tradeoff.

See Recommended Lithium Power Solutions for Trucking Applications

Ready to Lower Operating Cost Across Your Fleet?

You don’t need to evaluate electrification alone. We will review your duty cycle, loads, and fleet size to recommend an appropriate system configuration for your trucks and operations.

Trusted by Leading Fleets & Real Drivers

Battle Born power systems are deployed across commercial trucking fleets throughout North America, where uptime and reliability are critical. Fleet operators rely on consistent performance keep vehicles moving and drivers comfortable.

Industry publications and independent organizations recognize these systems for proven performance in real-world fleets, highlighting fuel savings and practical deployment across commercial transportation applications.

American Engineered, Assembled & Supported

Battle Born systems are designed, assembled, and supported in the United States at Dragonfly Energy’s headquarters in Reno, Nevada.

Our technical team works directly with fleet operators, installers, and maintenance departments. When support is needed, you speak with knowledgeable staff familiar with commercial vehicle electrical systems.

We support deployment, integration, and long-term fleet operation.

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Reducing Idle Time & Fuel Costs Whitepaper

Dragonfly Energy x PACCAR

Commercial fleets face the ongoing challenge of reducing idle time and fuel consumption while maximizing efficiency. This heavy-duty trucking whitepaper, presented by Dragonfly Energy and PACCAR, highlights how advanced lithium-powered solutions can enhance fleet performance, cut fuel costs, and drive down overall business operating expenses.

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Frequently Asked Questions

Can Battle Born power systems be installed on existing trucks, or only new trucks?

Both. Battle Born power systems can be installed on new production vehicles or retrofitted onto trucks already in service. Many fleets begin with a pilot installation on existing vehicles before incorporating the system into new truck specifications.

What electrical loads can the system support?

System capability depends on configuration and duty cycle. Battle Born solutions are used to power sleeper hotel loads, onboard electronics, liftgates, and auxiliary equipment without relying on engine runtime. Specific load support is determined during system sizing and fleet evaluation.

How does the system affect fuel use and maintenance?

By reducing overnight engine runtime and auxiliary idling, fleets lower fuel consumption and engine hours. Fewer idle hours help extend service intervals, reduce wear, and create more predictable operating costs across the fleet.

Will this system drain or interfere with the truck’s starting batteries?

No. The system is designed to manage auxiliary loads separately from the cranking system. Starting batteries are protected from overnight discharge, helping prevent morning jump starts and improving reliability.