Energy storage patent search & monitoring


Hot cause - accelerate energy storage technology development

  • Why do batteries improve more slowly than other technologies?
  • Batteries and supercapacitors consist of several components that are manufactured by different organisations.

    Battery interfaces

    With increasing energy density, these components exhibit rising interdependencies, which means that only very few material combinations will lead to viable energy storage systems.
  • An accurate understanding of the global patent literature accelerates R&D and improves the market posititioning of new products.

Cool solutions for the energy storage community

  • Machine learning-based patent search

  • Our ML-based patent search allows for machine ranking of patents according to commercial relevance.
  • Up to 10X time savings can be achieved.
  • Our ML models are based on expert analysis of thousands of patents.
  • Translations increase situational awareness with respect to patents filed in Asia.
  • This use case illustrates the concept.
  • Triweekly patent reports & strategic reviews

  • Triweekly patent reports contain the commercially most relevant new patent families in a certain field, such as lithium-sulfur batteries.
  • Selected examples from key patents are included, illustrating in detail how new inventions are practiced.
  • Strategic reviews contain IP radar diagrams of important industrial players and identify emerging technologies.
  • Check out our triweekly patent reports and our strategic patent reviews.

  • The b-science.net team covers key capabilities that allow for sharpest strategic insights:

  • - Battery R&D and commercialization experience, as illustrated by granted patents and new product sales.
  • - Machine learning know-how for 10X outperformance in patent relevance assessment, according to a benchmarking study.

  • An international user base

  • Our users are based in China, Estonia, France, Germany, Great Britain, Israel, Japan, Spain, Switzerland & USA.