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| Battery Management System |
The BMS is an electronic system that manages a rechargeable battery, by monitoring its state, controlling its load environment, and charge-balancing the system. The need for battery technology is evolving rapidly with the growing energy and power densities. The battery management system (BMS) is the key to improving vehicle safety, extending battery life, and reducing cost.
The BMS is a complex process which includes several components that work together to accomplish its goal to manage Li-ion batteries. In order to control the charge supplied to Li-ion batteries, the cell current and voltage must be closely monitored. These two sensors are critical components of the BMS operation.
The BMS system consists of FPGA controller, a transformer rectifier, a buck converter, a data acquisition system, and Li-ion batteries. The components that handle the current signal are a Hall Effect Sensor, a buffer/amplifier, an Analog-to-Digital Converter (ADC), and the FPGA. The components that handle the voltage signal are the voltage-to-frequency converter, an optocoupler for galvanic isolation, a SIMULINK® model for processing the output from the voltage-to-frequency converter, and the FPGA.
About the Report
This report provides a market analysis of the battery management systems for aerospace & defense applications market for the forecast period from 2014 to 2020. It provides an overview of drivers, challenges, and restraints that impact the industry. It also discusses the industry, market, and technology trends that currently prevail in the Battery Management Systems for Aerospace & Defense Applications market.
This report also highlights the industry value chain, supply chain, PESTLE and detailed ETOP analysis and market life cycle analysis of the battery management systems for aerospace & defense applications market. Another aspect to look forward to is the illustrative segmentation, geographic analysis, and forecast of the major markets to provide an overall view of the global market.
The report provides information of the leading competitors in this industry. It also provides details on their financial positions, key products, their unique selling points, and key developments. This research report also segments the market on the basis of application, region, forecasting revenues, market share, and analyzing trends in each of the sub-sectors.
A competitive landscape with respect to identification of key players and their market share has also been provided in the report. Strategic profiling of the key players of the battery management systems for aerospace & defense applications market, along with a comprehensive analysis of their recent developments, investments, and core competencies in each segment have been identified.
Key players profiled in the report are Navitas System, LLC, Merlin Equipment Ltd., Nuvation, Panacis, Crane Aerospace & Electronics, Tianqi Inc., Teledyne Technologies Incorporated, EaglePicher Technologies, LLC, OM Group, Inc. and Ashwoods Energy Limited,
Battery Management Systems Market by Application (Defense-Ground Vehicles, Military Command & Control Stations, Weapon Systems, Naval Vessels, Commercial Aircraft), by End-User (Land, Airborne, Naval), by Platform (Hardware, Software Functioning), by Geography, Global Forecast to 2020
http://www.marketsandmarkets.com/Market-Reports/battery-management-systems-market-30190158.html
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