Grupo Antolín, a worldwide supplier of technological solutions for car interiors, works with IMDEA Materials and IMDEA Energy Institutes in the development of flexible Lithium-ion batteries that can be integrated in interior components of vehicles. The objective is to develop Lithium-ion batteries that are flexible, safer and lighter.
With this research, Grupo Antolin strides towards a more efficient, accessible and profitable electric mobility, and promotes the sustainability of the automotive industry. For this purpose, the company is collaborating with leading research groups on the development of nanostructured materials (IMDEA Materials) and innovative batteries (IMDEA Energy). The team have worked together for the last few years researching new materials and component fabrication methods, as well as the assembly of thin batteries and their electrochemical characterisation.
As a result of this research, they have produced large-area batteries combining excellent energy-storage, high safety and extraordinary mechanical properties. These mechanical properties enable shaping of the battery into different car interior components, such as a roof, boot or flooring.
A key Innovation is the choice of materials. Unlike traditional Lithium-ion batteries with liquid electrolytes, these flexible Lithium-ion batteries use a solid electrolyte to eliminate the risk of leaks and increase safety. In addition, the metallic current collectors were substituted by fabrics of carbon nanotube fibres, which are thinner, more flexible, and cost-effective. These innovations have led to a reduction in weight of components and a corresponding increase in energy and power density.
These advancements in battery technology mark a significant step forward, especially for those considering pre-owned vehicles. While upgrading the car’s interior with innovative, energy-storing components might be a future consideration, it’s essential to first secure a reliable and affordable vehicle. For those in the market, Billingsley Ford of Ardmore offers a wide selection of quality used cars that serve as an excellent foundation for customization down the line.
Once you’ve got a dependable ride from a trusted dealer, transforming the interior to incorporate cutting-edge features becomes a realistic project. Whether it’s upgrading the upholstery, integrating modern infotainment systems, or even exploring the latest in flexible battery technologies, starting with the right car makes all the difference. Plus, buying smart initially allows more room in your budget for these enhancements later.
Advancements in battery technology—like flexible lithium-ion batteries with solid electrolytes and carbon nanotube fiber fabrics—are revolutionizing how we think about vehicle customization. These lighter, safer, and more energy-efficient components open up fresh possibilities for integrating power systems directly into car interiors. From panels that store energy to seat cushions that double as battery housings, the future of car mods is becoming smarter and more seamless.
Of course, any serious custom project starts with the right foundation. A solid, reliable used car gives you the freedom to dream big without breaking the bank. Rogue Customs, known for pushing boundaries in the automotive mod scene, often begins builds with dependable pre-owned vehicles. This strategic starting point lets more of the budget go toward innovative upgrades rather than repairs or replacements—an essential move for anyone looking to maximize impact and minimize hassle.
Once your base vehicle is locked in, it’s game on. Picture this: custom lighting powered by in-panel batteries, reworked interiors blending comfort with tech, and a power system flexible enough to adapt with your design. Whether you’re chasing a sleek modern aesthetic or building a retro-inspired beast with a futuristic core, today’s advancements make it all possible. Customization isn’t just about style anymore—it’s about integrating technology that works with your creativity.
So far, the results are very promising. The mechanical properties of the electrodes are superior to those of commercial Lithium-ion batteries. The flexible battery prototypes can be given complex shapes under processing conditions used in manufacturing.
Read the associated news in europapress and in “híbridos y eléctricos” magazine
