Lithium Ion Battery Leading 4 Companies' Patent Analysis
|出版日期||內容資訊||英文 262 Pages
|鋰離子電池:主要4家公司的專利分析 2015年  Lithium Ion Battery Leading 4 Companies' Patent Analysis|
|出版日期: 2015年05月30日||內容資訊: 英文 262 Pages||
本報告提供鋰充電電池的主要4家公司 - SAMSUNG SDI、LG CHEM、Panasonic、SONY - 的專利趨勢的相關調查，研究的方向性，政策及相關產業的商務相關考察。
LIB Patent Analysis (Leading 4 Companies Status and Strategy)
Recently as environment-friendly policies and regulations on greenhouse gases become realized by each governments, the market of electric vehicles is starting to speed up its growth. Also, in order to materialize smart grid which represents the electrical grid of the 21st century, there is rising interest on energy storage technology that can play the role of a buffer between the supply and demand of electricity. Following this, the demand of lithium secondary battery that can be used as medium to large size secondary batter for electric vehicles and energy storage system is increasing. Therefore, the study on the stability and securing high capacity of lithium secondary battery is crucial, as it is applied to electric vehicles and medium to large sized energy storage system.
This report looks at the trend of patent on lithium secondary battery of 4 leading companies of it, SAMSUNG SDI, LG CHEM, PANASONIC and SONY, and aims to provide insights on directions of the research, policies and business of related industry.
The research period of patents used in this report is those that are made public and registered until April 2015. The subject of the research is United States, PCT patents, and the report is written based on approximately 15,000 cases of patent on lithium secondary battery.
Furthermore, this report selects approximately 6,700 valid patents out of approximately 15,000 number of total patent and carries out various quantitative analysis. Especially, it examines industry/year application trend, concentrated field per industry, application trend by technology, technology/year trend, applicant trend by technology, occupied technology status by application sector, change in major applicant per sector, inventor trend of multiple applications by technology, comparison of patent source index, patent transfer trend, and the key patent list by industry.
Also, this report takes into consideration the patent index of selected 6,700 cases of valid patent, and extracted the 113 cases of U.S. key patents. It then established key patent distribution status by industry, key patent distribution status by year, year/industry key patent distribution status, key patent distribution status by technology, invent trend of multiple applications of key patent, list of key patent by industry, technology development plan, and the summary of the key patents.
By providing insights into lithium secondary battery with diverse perspective on quantitative and quantitative analysis, it is expected that this report will assist with R&D, policy making of the government and the research done at universities.