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Marc Bouchet
Investor at Plug and Play Tech Center
Marc Bouchet is a dedicated professional with a Bachelor of Science (B.S.) degree in Aerospace, Aeronautical and Astronautical Engineering from Case Western Reserve University, where he achieved the Dean's Honors List recognition.
Currently, Marc holds the position of Ventures Associate at Plug and Play Ventures, a notable role that showcases his expertise in the venture capital and startup ecosystem.
Marc has a diverse background with experiences in different organizations. He has served as an Offshore Sailor at Oakcliff Sailing Center, displaying his versatile skill set beyond his engineering qualifications.
His prior roles include being a Program Manager at CWRU think[box] Innovation Fellows, a Fellow at University Innovation Fellows, an EID Engineering Co-op at GE Lighting, a Funding and Sponsorship Coordinator at Jiang China Design, a Product Designer and Engineer at SensID, and a Research Assistant at Case Western Reserve University Dai Research Group.
Moreover, Marc has gained valuable experience as a Research Intern at Northwestern University McCormick School of Engineering, further expanding his knowledge and network within the academic and engineering realms.
Highlights
What a wonderful time reconnecting with old friends and making some new ones onstage at #ETS2024 this week! Appreciate my fellow panelists for taking a some of my spicy takes in-stride (🌶️ see below 🌶️), and thank you to Robina v. Stein for the gracious moderation 🙏
🌶️ Europe and the U.S. should stop chasing “EV Battery Supremacy” - when do we accept that the speed, scale, and verticalization of Chinese EV battery and vehicle manufacturing offers economics that the Western world can’t beat if we keep trying to play the NMC/LFP Gigafactory game? Alternatively, if we DO want to play the Gigafactory game, let’s focus on leveraging the best of manufacturing innovations like AM Batteries to compete on our own turf with next generation production approaches.
🌶️ Lithium who? Let’s talk about fit-for-purpose batteries by exploring the rest of the periodic table and building these new upstream materials supply chains that deliver on domestic downstream demand. If the U.S. and Europe have huge demands for C&I and utility scale grid-firming storage domestically, why don’t we build fit-for-purpose batteries to those demand segments? Those use cases can complement the performance and cost structures of non-Li storage chemistries such as Sodium-ion (Peak Energy / Cameron Dales) and Zinc-ion (Eloisa D. / Enerpoly)!
🌶️ Unit economics always win in the end, but we can’t forget that radical unit economic improvement enabled by defensible new technology innovation is where startups and VC will win. A bit more of a mouthful, but critical when thinking about how founders and venture investors can stay aligned on collaborating for materials supply chain innovation. Ascend Elements’ deeply differentiated process that drives best in class unit economics for battery recycling give them the right to be a venture-scale success in the materials space, for example. Same goes for Moshiel Biton and what Addionics is doing for copper foil cost improvement! (I did get some pushback on this given how much regulatory and policy support can temporarily warp the unit economics for startups in a whole sector and enable multiple winners). Mike O'Kronley
All in all a fun time and can’t wait to be back next year :)
Ines Kolmsee Shanbor Gupta Elena Ballesteros Rodado Mariana Costa Roee Furman Alejandro Solé Andrea Siciliani Henk Both Linnéa Ekroth Stian Nygaard Rubina Singh Kobi Weinberg James Garcia Ruchit M. Laura Noorani Steffen Funck Michael Granoff Eshel Lipman Jeremy Brown 🌱🤝🌍 Anil Achyuta Tina Tosukhowong Qianran (Katherine) He, PhD 🌱🤝🌍 Nicolas Sauvage
#batteries #lithium #batteryrecycling #sodiumion
