About:Energy

🔋 Maximising Battery Performance: McMurtry Automotive Limited Collaboration 🤝 In collaboration with McMurtry Automotive, we leveraged our advanced simulation and models to optimise their Molicel P50B battery performance. ⚡ Our technology ensures battery packs are lighter, longer-lasting, and safer, perfectly tailored to customer needs. 📢 Our Co-Founder Kieran O'Regan discussed these innovations in detail with Kevin Ukoko-Rongione, McMurtry's Chief Engineer. 👀 Read more about our innovative partnership in our latest interview with Just Auto: https://lnkd.in/d36pF2Nd

🔋 Did You Know? 🔋 💸 With the global battery market projected to hit $400 billion by 2030, companies are investing MILLIONS in testing labs. General Motors' Battery Innovation Lab costs $40 million, Volkswagen’s Battery Engineering Lab costs $22 million, and Ford’s Ion Park lab hits $185 million. 🔥 Luckily, About:Energy offers advanced battery testing and modelling solutions at a fraction of these costs. Stop spending millions. Streamline your battery testing process. ➡️ To learn more: Contact us: sales@aboutenergy.co.uk Read more on expensive battery testing costs on our blog: https://lnkd.in/eMjEan6D

🚀 18 teams from 8 countries: Expanding Our Student Racing Programme! 🔋 The programme now includes sponsorships of teams competing in several other events, such as, Formula Student in Germany, FS Alpe Adria, Formula Bharat in India, MotoStudent in Spain, the Shell Eco Marathon, and the Electric Solar Vehicle Championship in India. 🏎 This initiative empowers students to push the boundaries of innovation and performance in motorsport by providing advanced battery cell models, cutting-edge simulation tools, and educational resources. 👀 Read more about how we’re fostering the next generation of engineers: https://lnkd.in/ed2gjPz8

⚡ The Molicel P50B: Electrical Model! 🔋Electrical modelling creates simplified representations of complex systems. This approach models the battery voltage response through a simple equivalent circuit composed of resistors and capacitors. It offers fast and accurate predictions about cell and system performance to be used for: 📊 Cell Selection: Choosing the right cells based on performance criteria and empirical data to optimize output and efficiency. 🛠️ Pack Design: Tailoring the battery pack architecture to improve overall vehicle integration and performance. 🔄 Embedded Applications: Implementing software to accurately estimate the State of Charge (SoC), enhancing the reliability and functionality of electric vehicles. We offer electrical models with varying levels of detail to meet different business needs, ensuring flexibility for users. ➡ Want to learn more about our P50B Electrical Models? 🖥 Visit our website: https://lnkd.in/dBJMTjm8 📧 Contact: sales@aboutenergy.co.uk

🏎️ Congratulations to Edith Cowan University Racing on a well-deserved win with their internal combustion car at the Formula Student UK competition on the 21st of July! Let us know if or when you decide to go electric 😉 🔋 All our currently sponsored EV teams did an amazing job building rapid cars that comply with stringent regulations. We are proud to be sponsoring every one of them! 🏆 Congratulations to the following teams for their notable achievements: Edinburgh University Formula Student - Dominated the self-driving events, taking home the FS-AI Class Overall Trophy Oxford Brookes Racing- Came in 6th overall and second in the FS-AI competition University of Strathclyde Motorsport (USM)- Finished 3rd in the design competition ⚡ Exciting news: we are expanding our sponsorship program! We have started sponsoring teams that compete in Shell Eco Marathon, Formula Student competitions outside of the UK, MotoStudent, and electric solar vehicle competitions. 🏎️ If you’re a student working on an EV and interested in being considered for sponsorship, please contact: racing@aboutenergy.co.uk

What is the biggest challenge you face related to data in battery testing? ⬇ Let us know your thoughts!

🏁 Good luck to the Formula Student Teams this weekend at Silverstone! 🏁 🔋 About:Energy is sponsoring 9 talented teams on the grid this year, assisting with battery selection, pack design, and electric drivetrain development. 🏎 Incredibly excited to see About:Energy’s logo race around Silverstone this weekend and to support these extremely ambitious engineers. 🤝 Our Simulation Engineer & Formula Student Program Lead Christian Pilling, along with Chief Engineer Jamie Higgins, will be attending and are excited to cheer you on!

🛩 See you at the Farnborough International Airshow! 👋 We're excited to announce that Co-Founder Kieran O'Regan and our Head of Product Dr.Yashraj Tripathy, PhD will be attending the Farnborough International Airshow on 22 July. 🔋 We are looking forward to seeing the latest developments in aerospace technology and supporting companies adopting high-performance batteries in their applications, including the Molicel range! 🤝 Also attending? Let’s connect!

❗ New Article: Predicting eVTOL Battery Behaviour Through Modelling❗ 🚁 Discover the latest insights from Dr Yashraj Tripathy, PhD, our Head of Product, in the article: "Predicting eVTOL Battery Behaviour Through Modelling – What’s Possible?" 🔋 Learn how our innovative combination of cell-level degradation data and electrical models reveals the impact of battery pack weight on the cycle life of eVTOL missions. ➡️ Curious to know more? Click the link to dive into the details: https://lnkd.in/dJ6niRz7 #BatteryTechnology #eVTOL

🔥 The Molicel P50B: Thermal Model! 🔥 🔋 The Molicel P50B is becoming one of the best high-power batteries on the market. Not only does it have great energy and power capabilities, but its thermal performance means safer and more efficient operation than other cells. 🖥️ About:Energy has characterised the thermal performance of this cell with the results compatible with our custom 2D/3D models in COMSOL, Inc. and MathWorks. Saving your battery test and simulation teams months of time. 🔧 Thermal Model Uses: 📐 Pack Design: Ensuring optimal layout for effective heat distribution in the battery. 🌡 Thermal Management: Key for maintaining safe operational temperatures under various conditions. 🚗 Performance Simulation: Predicting battery behavior under different stress scenarios. 📊 Key Thermal Parameters: 🌪 Thermal Conductivity: Crucial for efficient heat dissipation and temperature uniformity. 💧 Specific Heat Capacity: Indicates how much heat the material can absorb before heating up. 🔥 Heat Generation: Measures heat produced during operation, vital for managing overheating risks. To learn more about our P50B thermal model - ➡ Visit our website: https://lnkd.in/dBJMTjm8 📧 Contact: sales@aboutenergy.co.uk