Abstract

The global quest for intermittent renewable energy sources (wind, solar), consumer goods (mobile phones, notebooks), and electrification of the transport sector (electric vehicles), requires a strong increase in the use of rechargeable energy storages devices, such as batteries. Hence, novel types of rechargeable batteries are to be found that are cost-effective, consist of environmentally friendly materials and non-critical materials, and deliver a high performance in terms of energy density and power, during a long cycle and service life, taking current legislation laws into account. Here we concentrate on various types of batteries and their materials, their typical sectors of application, and their forecast, including potential market share. It turns out that metals will still remain the predominant type of battery material, irrespective of the choice of battery system. From the required materials that are important for future rechargeable batteries, a number are critical in terms of scarcity, geopolitics, supply risk, competition with the food industry, carbon footprint, and/or ethical mining. With respect to the critical elements, particularly once those concern scarcity and supply risks, recycling is of utmost relevance, and needs to be regarded as an industrial sector of paramount importance.

Highlights

  • Cheap, reliable, safe and high energy density electricity storage systems have always been of paramount importance for large-scale introduction of portable consumer electronics and of electric vehicles (EVs) today

  • From the required materials that are important for future rechargeable batteries, a number are critical in terms of scarcity, geopolitics, supply risk, competition with the food industry, carbon footprint, and/or ethical mining

  • The global battery materials market grew at a Compound Annual Growth Rate (CAGR) of 13% from 2013 to 2018,9–11 and according to Transparency Market Research,[1] the market for battery materials will further increase at a 13.6% CAGR during the period between 2017 and 2025 (US$13.70 billion)

Read more

Summary

Chapter 4

Novel types of rechargeable batteries are to be found that are cost-effective, consist of environmentally friendly materials and non-critical materials, and deliver a high performance in terms of energy density and power, during a long cycle and service life, taking current legislation laws into account. We concentrate on various types of batteries and their materials, their typical sectors of application, and their forecast, including potential market share. From the required materials that are important for future rechargeable batteries, a number are critical in terms of scarcity, geopolitics, supply risk, competition with the food industry, carbon footprint, and/or ethical mining. With respect to the critical elements, once those concern scarcity and supply risks, recycling is of utmost relevance, and needs to be regarded as an industrial sector of paramount importance

Introduction
Electrochemistry in Brief
History
Battery Composition and its Chemistry
Primary batteries
Alkaline batteries
Mercury batteries
Silver oxide batteries
Zinc-air batteries
Lithium batteries
Nickel-cadmium batteries
Nickel-metal hydride batteries
Lithium ion batteries
Lithium air batteries
Lithium sulfur batteries
Battery and Battery Materials Market
Key end-users and systems
Key decision makers
Market growth by sector
Market growth by battery chemistry
Lead-acid, NiMH, and Li-ion batteries
Flow batteries
Future material demand pattern by battery
Li-ion rechargeable batteries
Future Systems
Findings
Discussions and Conclusions in Brief
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call