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A Guide to Advanced and Next-Generation Battery Technology and Materials

Next Generation Battery

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This comprehensive PDF guidebook provides descriptions of the major battery technologies and materials in the advanced and next-generation battery markets, and also provides information on many of the companies operating in the advanced and next-generation battery industries.

Rechargeable batteries can trace their roots to 1859, when the precursor to the rechargeable leadacid battery was developed by French physicist Gaston Planté. Since then, battery usage increased steadily until a significant uptick occurred in rechargeable battery use over the past 15 years. The scope of applications for today’s rechargeable batteries is broad and growing. Major application areas for rechargeable batteries include portable electronics, vehicle transportation and stationary energy storage. Within each area, there are a host of sub-sectors, some of which are outlined in Table 1. Every application area has a unique set of performance and safety requirements for its batteries to meet. The nature of each end-use dictates which battery characteristics are most important for the application. Regardless of the application, the battery-performance parameters that are likely to be in play include the following: cost, safety, weight, cycle life, energy density and charged speed. A host of companies, large and small, established and startup, along with many research groups at academic institutions and national laboratories, are working to improve battery performance in one or more of those parameters.

Included in this guidebook is a table that represents a list of selected technology-development companies in the advanced battery space, along with their areas of focus, contact information and technology status. It lists both established companies and startup companies that have made technological strides in recent years toward commercially viable battery technologies.

Also included are the following:

  • Major application areas for advanced and next-generation batteries
  • Key parameters for advanced and next-generation batteries
  • A sampling of academic and national laboratory research groups and lead investigators that are focused on technology for advanced batteries

This PDF guidebook encompasses:

Driving forces

Battery materials

Supply-chain logistics

Advanced batteries

Li-ion variants

Next-generation batteries

Developments by application area

Grid-energy storage

Lithium-ion technology

Advanced lead-acid batteries

Wearable batteries

Lithium-sulfur battery technology

Redox flow batteries

Battery materials and components

Production capacity

Research stage

Advanced battery companies and specific technologies



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