KULR & Worksport Join Forces To Advance Battery Technology

KULR and Worksport forge partnership to advance battery technology and U.S. manufacturing. (Image courtesy Worksport)

A company focused on advanced energy management platforms, KULR Technology Group, Inc., and a company that develops solar-integrated tonneau covers and portable energy storage solutions, Worksport Ltd., have announced a partnership with the goal of advancing battery technology and strengthening domestic manufacturing. The collaboration centers on three areas: joint battery pack development, thermal runaway protection and AI-integrated battery management system (BMS) software design.‍

Areas of Collaboration

These are the three main areas that KULR and Worksport plan to focus on:

  • Joint Battery Pack Development: KULR and Worksport will work together on the development of Worksport’s COR Battery Pack System. This initiative will focus on optimizing BMS requirements, refining cell configurations, and improving overall system performance, safety and reliability.
  • Software (BMS + AI Integration): Both companies aim to incorporate AI-driven software into the BMS, enabling real-time monitoring, predictive maintenance and advanced data analytics. These advancements will optimize power distribution, extend battery lifespan and reinforce safety measures.
  • Thermal Runaway Protection: The partnership will look to integrate KULR’s patented thermal runaway protection technology into Worksport’s battery systems. This enhancement is expected to significantly improve battery safety and longevity by mitigating thermal runaway risks.‍

KULR will utilize its KULR ONE Design Solutions (K1-DS) to evaluate the performance, cost efficiency and scalability of integrated battery solutions for the Worksport COR system. With the first generation of Worksport SOLIS and COR set for release in the second half of 2025, these studies will be used to guide future development and innovation. The K1-DS platform includes advanced battery safety testing methodologies such as Fractional Thermal Runaway Calorimetry (FTRC), bomb calorimetry and impingement zone mapping, ensuring thorough cell-level characterization and safety optimization.

Projected Market Growth and Business Impact

As demand for U.S.-based production increases, KULR and Worksport are exploring domestic manufacturing options for the COR Battery Pack and related products. The companies say that this move aligns with growing market preferences for American-made energy solutions and positions them for long-term scalability and expansion.

After expanding U.S. production in 2024, Worksport’s revenue increased more than 450% from 2023 to 2024, surpassing a monthly run rate of $1 million. The company claims that projections indicate it could reach nine-figure revenues within the next two to three years. This collaboration with KULR hopes to advance Worksport’s goal of transforming the $20 billion-plus portable energy market through innovation and scalable manufacturing.

Through the integration of its advanced thermal management technology and AI-powered BMS into Worksport’s products, KULR expects to open new revenue streams and establish a significant presence in the portable energy storage sector. The portable energy system market is projected to reach between $21.95 billion and $24.8 billion by 2032, per a Q4 2024 report by Astute Analytica, with an anticipated CAGR (compound annual growth rate) of 16% to over 24%. Battery solutions under 3,000 kWh, such as the COR, are expected to be key drivers of this growth, particularly as off-grid and backup power needs continue to expand.