MOBILITY
MOBILITY
Integrating AI and machine learning has been instrumental in Panasonic Energy ’ s remarkable growth . Since shipping its first cell in 2017 , the company reached the milestone of one billion cells in 2019 and skyrocketed to nine billion cells in just five years . This exponential increase in production capability is a testament to the power of AI in improving operational efficiencies and supporting the global green energy transition .
COMMITMENT TO SUSTAINABILITY
Panasonic Energy ’ s approach to powering global mobility extends beyond technological innovation to encompass a solid commitment to sustainability . The company ’ s GREEN IMPACT initiative , which aims to reduce CO2 emissions across manufacturing , operations , and end-user consumption , exemplifies this dedication . “ At every level , we are committed to producing sustainable technologies that create a healthier planet where we can all thrive ,” Justin explains .
A key component of Panasonic ’ s sustainability efforts is its partnership with Redwood Materials . The collaboration will provide recycled cathode materials and copper foil for EV batteries , which will be used in production at Panasonic Energy ’ s new factory in Kansas starting in 2025 and at the existing Nevada facility . JB Straubel , CEO of Redwood Materials , notes that the circular economy approach reduces the environmental impact of battery production and helps secure a more sustainable and resilient supply chain .
“ Our mission at Redwood Materials is to create a circular supply chain for batteries , reducing waste and environmental impact ,” affirms JB .
Panasonic Energy is taking significant steps to decarbonise its operations . The company plans to power its new factory in Kansas with 100 % renewable energy , setting a new standard for sustainable manufacturing in the EV battery industry .
108 [ July 2024 ] EVMAGAZINE . COM