DUBLIN--(BUSINESS WIRE)--The "Supercapacitors Innovation & Patent Review 2020" report has been added to ResearchAndMarkets.com's offering.
This review discusses R&D options that are evaluated by key supercapacitor players to improve energy & power density as well as reliability, according to a machine learning-supported analysis of global patent filings.
Comprehension of the supercapacitor innovation-decision tree allows for the identification of promising R&D directions that have not yet been explored. The connection between successful materials innovations and improving or worsening market positions by key players can be understood based on this review.
A key highlight is that this review allows for the exact identification of the current state-of-the-art, based on which areas with the highest future R&D impact can be identified that will allow for the launch of market-leading products.
Scope of the report:
- 335,683 energy storage patent documents published across the globe between January 2017 and October 15th, 2019 have been screened using a proprietary machine learning approach for commercial relevance in relation to supercapacitors
- The resulting ranking includes 169 companies
- Patent portfolios & technology stacks by 37 key companies are discussed in detail and have been assembled into 16 decision tree figures that illustrate 164 different technical choices & prioritizations
- 72 links are provided to company product websites
- 1-4 key patents by another 85 companies are listed
Key Topics Covered:
- Executive Summary
- Introduction
- How Do Supercapacitors Differ from Li-Ion Batteries?
- Focus of this Review
- Terminology
- Innovation Decision Tree for Supercapacitors
- Active Materials for Various Supercapacitor Types
- Aluminum-based Current Collectors for Various Supercapacitor Types
- Separators
- Electrode Binders
- Electrolyte Components for EDLCs
- Electrolyte Components for Asymmetric Hybrid Capacitors
- Electrolyte Components for Symmetric Hybrid Capacitors
- Materials and Electrode Architectures for EDLCs with Organic Electrolytes
- Materials and Electrode Architectures for Asymmetric Hybrid Capacitors with Organic Electrolytes
- Lithium-Doping Approaches for Asymmetric Hybrid Capacitors
- Materials and Electrode Architectures for Symmetric Hybrid Capacitors with Organic Electrolytes
- Materials and Electrode Architectures for EDLCs with Aqueous Electrolytes
- Materials and Electrode Architectures for Symmetric Hybrid Capacitors with Aqueous Electrolytes
- Performance Improvements through Cell Engineering
- Performance Improvements through Module Engineering
- Incorporation of Supercapacitors into End Applications
- Machine Learning-Based Identification of Commercially Relevant Patents
- Overview Material, Cell & Module Suppliers
- Classification According to Capacitor Type
- Classification According to Application Focus
- Predictions
- Deep Dive - High Voltage Electrolytes (>3 V) for EDLCs
- Technology Stacks by Key Companies
- Additional Patent Filings with Commercial Relevance
- Patent Analysis Methodology & Validation
- List of Abbreviations
Companies Mentioned
- Asahi Kasei
- AVX
- Blue Solutions
- Bosch
- Calgon Carbon
- Capacitor Sciences
- Cataler
- CRRC
- enerG2
- Farad Power
- Hunan Nepuenergy
- Ioxus
- JM Energy
- JTEKT
- Kuraray
- LG Chem
- LG Innotek
- LS Mtron
- Maxwell Technologies
- Murata Manufacturing
- Nanoramic
- NAWATechnologies
- Nichicon
- Nippon Chemi-Con
- Panasonic
- Samwha
- Seiko Instruments
- Shanghai Aowei
- Skeleton Technologies
- Supreme Power Solutions
- Taiyo Yuden
- TDK
- Tokin
- Toyota
- TPR
- Vinatech
- Vitzrocell
- ZapGo
For more information about this report visit https://www.researchandmarkets.com/r/yrai8a
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