, a leading energy storage and battery technology company, has won two prestigious awards at the 2026 SEAL (Sustainability, Environmental Achievement, Leadership) Business Sustainability Awards. The company's Battle Born Batteries have been recognized for their innovative approach to reducing diesel engine idling in long-haul trucking, one of the industry's most significant sources of fuel waste and carbon emissions.
The DualFlow Power Pack, a lithium-powered auxiliary power unit (APU) system, has demonstrated impressive idle-hour reductions of nearly 70%, preventing an estimated 10-12 metric tons of CO2 emissions per vehicle annually when deployed at scale. This breakthrough solution enables truck drivers to power essential hotel loads during mandatory rest periods without running the engine.
The SEAL Business Sustainability Awards honor companies demonstrating measurable environmental impact through innovation and leadership. Dragonfly Energy received both the Sustainable Innovation Award and the Sustainable Product Award for delivering a purpose-built solution that translates sustainability goals into real-world operational benefits.
The DualFlow Power Pack is designed to deliver measurable environmental benefits while improving day-to-day fleet operations, offering drivers greater comfort and helping fleets reduce maintenance demands without disrupting existing vehicle platforms. This recognition reinforces Dragonfly Energy's commitment to sustainability and performance, showcasing the company's dedication to making a positive impact on the environment.
By introducing practical, deployable innovation, Dragonfly Energy is paving the way for a more sustainable future in the long-haul trucking industry.
The recognition of Dragonfly Energy's innovative approach to reducing diesel engine idling is a testament to the company's commitment to sustainability and performance. As the transportation sector continues to grapple with the challenges of climate change, solutions like the Battle Born DualFlow Power Pack will play a critical role in reducing fuel waste and carbon emissions.
