Addionics is a pioneering startup focused on revolutionizing the rechargeable battery industry. The company leverages innovative 3D structures to enhance battery performance across all key metrics, including capacity, safety, charging time, lifespan, and cost. Unlike many competitors who concentrate on improving battery chemistry, Addionics takes a unique approach by optimizing the physical architecture of batteries. This method is chemistry-agnostic, meaning it can be applied to various types of batteries, including lithium-ion, to achieve up to 200% improvement in performance.

Addionics serves a diverse range of clients, including electric vehicle manufacturers, consumer electronics companies, and renewable energy storage providers. The company operates in the rapidly growing market for advanced energy storage solutions, which is crucial for the transition to cleaner energy and the proliferation of electric vehicles.

The business model of Addionics is centered around its patented 3D electrode fabrication technology. By licensing this technology to battery manufacturers or partnering with them for joint development projects, Addionics generates revenue. Additionally, the company may produce and sell its own enhanced battery cells directly to end-users in various industries.

Addionics has garnered significant recognition and support, having been selected as one of the 40 most promising cleantech startups and receiving the best early-stage startup award in 2020. The company has also been highlighted in the IHS Markit report for Next Generation Battery Technology and has received the Horizon 2020 SME grant for its technical and environmental impact. Major corporations like Shell and Intel have identified Addionics as a promising new energy startup, further validating its innovative approach.

In summary, Addionics is at the forefront of developing next-generation rechargeable batteries through its smart 3D electrode architecture, offering substantial improvements in performance and cost-efficiency.

Keywords: rechargeable batteries, 3D structures, lithium-ion, energy storage, electric vehicles, battery performance, cost-efficiency, cleantech, innovation, patented technology.