WeaveGrid Gains Support from Hyundai and Kia for EV Charging Management
In a significant development for the electric vehicle (EV) sector,
WeaveGrid, a pioneering software company that facilitates the integration of EVs into the power grid, recently announced a strategic investment from
Hyundai Motor Company and
Kia Corporation. This enhancement not only strengthens WeaveGrid’s standing as a leading software solution for automakers but also highlights the growing synergy between the automotive and energy sectors, especially as the prevalence of electric vehicles continues to rise.
WeaveGrid’s cutting-edge technology and patented software solutions are designed to seamlessly integrate electric vehicles with the electric grid, ensuring the highest levels of data security. This integration makes it possible for utilities and automakers to collaborate effectively, facilitating the complex dynamics of EV charging management. WeaveGrid has developed an
EV Management System (EVMS) that incorporates vehicle-to-grid (V2G) capabilities as well as state-of-the-art smart charging orchestration (DISCO), which utilizes artificial intelligence (AI) technology.
The investment from Hyundai and Kia joins the ranks of other major stakeholders, including Toyota, which has already invested in WeaveGrid through its growth fund, Woven Capital. This collaboration marks a pivotal moment in which multiple leading automotive brands endorse WeaveGrid’s platform, underscoring its reliability and comprehensive capability in the field of grid-interactive vehicle technologies.
Keith Noh, Vice President at Hyundai Motor Company and Head of the ZER01NE Group, expressed enthusiasm for WeaveGrid's software, stating that it could transform Hyundai’s software-defined vehicles into intelligent, grid-interactive assets. He emphasized how WeaveGrid's technology allows vehicles to not just be consumers of power but dynamic energy resources that communicate intelligently with the electric grid. This progression is crucial for optimizing charging patterns and enhancing the stability of the grid.
Apoorv Bhargava, CEO of WeaveGrid, conveyed the wider implications of these investments within the industry. He noted that with the backing of major automotive players like Hyundai and Kia, WeaveGrid is well-positioned to establish itself as the central platform for cybersecure and seamless EV-grid integration. As WeaveGrid's solutions are already deployed by some of the largest utilities across the United States, the groundwork is being laid for a robust collaboration between the extensive fleet of EVs and the electrical grid that powers them.
The influx of investment signals a robust future for WeaveGrid, showcasing its unique position in the marketplace. As the only platform integrating with more than a dozen automotive brands and charging suppliers, WeaveGrid is at the forefront of creating secure and efficient EV charging management solutions. By employing a unified platform, the company is tackling the considerable challenges faced in decarbonizing transportation, all while ensuring that the reliability of the electric grid is maintained.
As the landscape of the electric vehicle market evolves, WeaveGrid’s technology positively addresses challenges such as managing grid loads and integrating renewable energy resources. This recent investment from Hyundai and Kia places WeaveGrid in an excellent position to expedite the transition to an intelligent, grid-interactive electric transportation ecosystem. The platform promises a scalable solution that caters to the diverse needs of automakers, utilities, and EV drivers alike.
About WeaveGrid
WeaveGrid is dedicated to empowering automakers and electric utilities in harnessing the full potential of grid-interactive vehicles while enhancing charging experiences for EV drivers. With its industry-leading managed charging platform, WeaveGrid enables both automakers and utilities to accelerate the widespread adoption of electric vehicles while ensuring stability and reliability of the power grid. To learn more, visit
www.weavegrid.com.