Power
also adds an extra layer of complexity as their recycling pathways are still being worked out. Therefore, from the outset, designing with circularity in mind is becoming just as important as achieving technical performance.
Recycling as a driver of innovation Something that was once treated as an afterthought, battery recycling has quickly become a major focus area. Lithium-ion battery recycling rates have historically been low – mostly due to the diffi culty and cost of recovering the valuable materials from complex cell structures, however this is beginning to change.
Driven by a combination of new technologies, regulatory pressure (such as by the EU Battery Regulation which sets strict targets for recycled content), and shifting economics, there is renewed interest in material recovery and reuse. Equally, there is also a growing emphasis on designing batteries to facilitate disassembly. For SSBs, this creates both opportunity and uncertainty, as new materials and architectures could simplify recycling but equally, could introduce new challenges that will need to be addressed as the technology advances.
A crowded and competitive IP landscape
Alongside technical and regulatory developments, the intellectual property landscape is becoming increasingly important. Innovation in this space is not limited to battery chemistry; it also spans manufacturing methods, cell design, and recycling processes. As a result, the patent environment surrounding SSBs is dense and fast-moving; companies entering the fi eld must not only develop their own technologies but also ensure they can operate within an
increasingly complex web of existing rights. Additionally, the growing focus on sustainability is opening new areas for innovation and protection, particularly in low-carbon manufacturing and circular design. For many organisations, getting the IP strategy right will be just as critical to their business as solving the technical challenges. In commercial terms, SSBs in 2026 should be viewed as a technology in transition. Pilot production is continually expanding and partnerships between developers and manufacturers are strengthening.
Momentum, not delay Looking to the future, the success of SSBs will depend on several important factors. Manufacturing processes require continuous development, costs need to come down, and supply chains must adapt. Additionally, companies will need to navigate an increasingly complex intellectual property landscape whilst still meeting sustainability expectations. Despite all this, the direction of travel is clear; progress may not have been as rapid as initially expected, but it has been steady and is already having a positive impact. With each incremental advance the gap between the hypothetical and reality continues to shrink.
Solid-state batteries are no longer a distant concept; they are constantly edging closer to practical use. Whilst the transition is likely to continue being gradual, the impact of this technology will be significant, and as it continues to evolve it is set to play an increasingly important role in shaping the next generation of energy storage.
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www.cieonline.co.uk +44(0)1493 602602 Components in Electronics June 2026 19
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