Small all-solid-state lithium-ion batteries/thin-type batteries, high-capacitance all-solid-state lithium-ion batteries, sodium-ion batteries, redox flow cells, metal-air batteries, organic secondary batteries, polyvalent ion batteries, lithium-sulfur batteries, new principle batteries

Manufacturers and R&D Labs

I   Small All-Solid-State Lithium-Ion Batteries/Thin-Type Batteries

• New, thin-type batteries have been developed one after another to replace the conventional batteries.
• These batteries are expected to be embedded into cards, IoT devices, BLE beacons, etc.

1. Overview

1. Trends of Implementing All-Solid-State Lithium-Ion Batteries
2. Current Status and Perspectives of Small All-Solid-State Lithium-Ion Batteries/Thin-Type Batteries Market

2. Attempts at Noteworthy 6 Companies and Organizations

II   High-Capacitance All-Solid-State Lithium-Ion Batteries

• Progress in R&D especially those sulfide-based ones.
• As prototypes for products to be implemented emerged, those to be embedded into vehicles can be implemented earlier than expected.

1. Real Advantages of All-Solid-State Batteries
2. Market Perspectives of High-Capacitance All-Solid-State Lithium-Ion Batteries
3. Attempts at Noteworthy 5 Companies and Organizations

III   Sodium-ion Batteries

• Attention to sodium-ion batteries have grown globally as one of rare metal-free secondary batteries

1. Characteristics

1. Sodium has 1,000 times more resources than lithium.
2. Types and noteworthy trends of sodium-ion batteries

2. Market Perspectives of Sodium-ion Batteries
3. Attempts at Noteworthy 6 Companies and Organizations

IV   Redox Flow Cells

• Driven largely by rapid growth of renewable energy generation in global bases, the potential demand has expanded.
• Increased excellent development resulted in real business, leading redox flow cells to enter a new stage.

1. Overview

1. Current status and new achievement of RF cells
2. Connection of RF and renewable energy generation
3. Market perspectives of RF cells

2. Attempts at Noteworthy 5 Companies and Organizations

V   Metal-Air Batteries

• Implementation of secondary batteries has been accelerated, due to new development primarily with lithium, AI, and Mg.

1. Overview

1. Metal-air batteries are one of fuel cells
2. Energy density is 10 times higher
3. Current status of metal-air batteries by type
4. Market perspectives of metal-air batteries

2. Attempts at Noteworthy 4 Companies and Organizations

VI    Organic Secondary Batteries

• With electric-conductive polymer batteries closely made into a product, it is sure to affect the market of secondary batteries.

1. Overview

1. There are so many types of organic active materials
2. Organic active materials can expect high potential
3. Market perspectives of organic secondary batteries

2. Attempts at Noteworthy 4 Companies and Organizations

VII   Polyvalent Ion Batteries

• With laminated magnesium batteries emerged, the high-capacity batteries are to be made into products by around 2023.
• Other polyvalent ion batteries are to be implemented earlier than expected

1. Overview

1. Polyvalent metals are very large in capacity density
2. high-performance electrode largely improved anode reaction

2. Trends of developing major batteries and perspectives for marketization

1. Current status of magnesium secondary battery
2. Trends of developing other polyvalent ion batteries
3. Perspectives for marketization of polyvalent ion batteries

3. Attempts at Noteworthy 5 Companies and Organizations

VIII Lithium-Sulfur Batteries

1. Overview
2. Attempts at Noteworthy 7 Related Companies and Organizations

IX   New Principle Batteries

• Some are about to be commercialized after unique development by each company, which may launch new markets.

1. In many cases, the development of new principle batteries is by country-backed projects
2. New high-functioned LiB and new-structured LiB have been emerged
3. Perspectives for marketization of new principle batteries
4. Attempts at Noteworthy 5 Companies and Organizations