Working with the OPEVA project, funded under the EU CHIPS Act, we are advancing the innovation in developing wireless battery-free sensing solutions for the next generation of EVs. With the development of passive RFID sensor tags, we are utilizing UHF RFID wireless technology to enable SoH monitoring of EV battery cells. To make the wireless communication inside the metallic-caged battery packs in […]
As the world transitions toward sustainable energy solutions, electric vehicles (EVs) have become a pivotal part of reducing carbon emissions. However, with technological advancements come new challenges, particularly in cybersecurity. The OPEVA EU project aims to address these concerns by enhancing the safety and efficiency of EVs and their charging infrastructures. In collaboration with cutting-edge […]
Through the OPEVA project, funded under the EU CHIPS Act, we’re advancing the understanding of energy efficiency in autonomous electric vehicles using comprehensive simulation environments. Using the CARLA simulator, our research demonstrates detailed energy consumption analysis of autonomous vehicles under various real-world conditions, integrating artificial intelligence (AI) for autonomous navigation, robust energy monitoring systems, and […]
The adoption of Electric Vehicles (EVs) is rapidly increasing, positioning this technology at the forefront of transportation decarbonization efforts. However, this transition also brings challenges to grid stability, including unmanaged peak loads, the mismatch between peak generation from Renewable Energy Sources (RES) and peak consumption by EVs, energy imbalances, and the intermittency of RES production, […]
