QuantumScape’s Post

This announcement by VW and QS proves that large-scale manufacturing is very different than technology innovations and pilot operations. This is yet another example that proves the logic of our OneD business model, which is based on R&D Joint Development Agreements + SINANODE Pilot Manufacturing Agreements + Large-Scale SINANODE Technology Transfer & Licensing Agreements. This is possible because of OneD foundational IP portfolio of > 200 granted patents providing sufficient FTO (Freedom to Operate) to its industrial licensees. QS is licensing VW to scale up the mass production of ASSB technology (read PR). I have said many times that capital intensive large-scale manufacturing requires a large industrial company with deep manufacturing expertise and the lower cost of equity capital & lines of credits that only large established and profitable publicly traded companies have.

PowerCo results: Solid-state cell from QuantumScape passes first endurance testThe solid-state cell is regarded as the technology of the future and the next big step in battery development. The technology promises longer ranges, shorter charging times and maximum safety. The US company QuantumScape recently passed an important milestone, which has now been confirmed by PowerCo: Its solid-state cell significantly exceeded the requirements in theThe solid-state cell is regarded as the technology of the future and the next big step in battery development. The technology promises longer ranges, shorter charging times and maximum safety. The US company QuantumScape recently passed an important milestone, which has now been confirmed by PowerCo: Its solid-state cell significantly exceeded the requirements in the A-sample test and#emove360 #Feststoffzelle #PowerCo #QuantumScape #VolkswagenGroup

Join the Quantum City Challenge 🚀 Where the vision of solving the most complex problems in the energy industry transforms into a real-world solution. The first of three challenges, ATCO SpaceLab focuses on the smart technologies aimed at assisting customers in effectively managing energy requirements and monitoring usage. Want to take part? Discover more here: https://lnkd.in/gpYkfPGR #QuantumCityChallenge #EnergyInnovation #quantum #quantumtechnology 

The BURST project in a nutshell! ☀ How will the project help to improve power conversion efficiency of Interdigitated back-contact (IBC) crystalline silicon (c-Si) technology, contributing to a strategic European energy sector? 📣 Learn about our main objectives and about the different partners involved in the BURST consortium on our first Press Release. #PhotovoltaicsResearch #IBCSolarCellTechnology #HorizonEurope #EUcollaborativeproject

AI is accelerating the innovation in many fields, #Energy included. Check out #GTC24 sessions about the electric grid, resilient with physics and data-driven machine learning virtual sensors, seismic velocity analysis, advancing energy transition with #AI-Powered innovation to low-carbon energy, and much more.

Commercializing Quantum – Thanks Scott Faris for breaking down quantum for all and sharing some of the early applications like Next-gen GPS , advanced drug discovery, new materials for renewable energy, quantum radio frequency and more. Follow the work of the World Economic Forum Quantum Economy Network https://lnkd.in/dsQxuZye as we work towards understanding the potential of Quantum and preparing for its introduction into the economy. Jeremy Jurgens Sebastian Buckup Cathy Li #quantum #quantumapplications #quantumeconomy

https://lnkd.in/dQMQqPET The prolific expansion of data centers needed to support AI and other digital capabilities is disrupting the Power Generation landscape. While renewables is a significant component of addressing the needs, 24x7 baseload generation expansion is needed immediately. The recent completion of Vogtle and the foresight of those quickly moving to adopt SMR’s appears to be a smart move.

Check out our on-demand webinar on quantum’s role with power grid optimization in the era of sustainable energy. With the world facing an urgent need for an expanded, modernized transmission system to maintain power connectivity while minimizing costs, integrating new technologies like quantum computing can help. This session showcases how Quantum Quants and The Netherlands Organisation for Applied Scientific Research leveraged D-Wave’s quantum-hybrid solvers to identify efficiency improvements in electricity surplus optimization. How can quantum computing optimize energy grids? Predict energy grid failures so they can be addressed in advance, reducing network downtime Balance customer demand with power generation costs Integrate grid planning to enhance grid resilience and support transition to cleaner energy sources This webinar will help you understand how quantum computing is carving pathways for renewable energy and smarter grid management. Check out the webinar here: https://lnkd.in/g9GCdj5M #SustainableInnovation #QuantumComputing #CleanEnergy

https://buff.ly/3RWlw95 Quantum Batteries Could Provide a New Kind of Energy Storage by Messing With Time 1. #QuantumEnergyStorage 2. #FutureTech 3. #PhysicsInnovation

👉 Up to 30% reduction in energy consumption 👉10-15% to as low as 2% predicted reduction in utility line loss 👉Reduced peak demand costs Graph-Based Digital Twins to get these results👆, is possible. Find out how enxchange (enx), an energy intelligence platform, enables Oregon Trails Electric Cooperative (OTEC) to mitigate fire risks reliably, proactively monitor their grid, and manage strain while factoring in real-time weather reports. How? by a digital twin of OTEC’s physical grid using a Neo4j graph database. Learn more: https://bit.ly/3v5bH13 #Neo4j #graphdatabase #digitaltwin David Swank