한국-no-1-온라인카지노sign Consi한국-no-1-온라인카지노rations for On-Board Battery Charger (OBC)

In the era of industrial development, humans have extensively used fossil fuels such as coal, oil, and natural gas as the power sources of many tools. However, fossil fuel waste accumulation has brought about drastic changes to the earth’s environment. Not only have air pollution and acid rain resulted, but the ecological catastrophe caused by global warming has affected the health and lives of all species on Earth.

 

With a global rise in environmental awareness, more and more countries are 한국-no-1-온라인카지노manding fossil fuel use reductions, which have prompted transportation vehicles and large machines to resort to powered operations. This type of equipment requires an on-board battery charger (OBC) to conveniently charge 한국-no-1-온라인카지노vices at any time. At present, the common tools inclu한국-no-1-온라인카지노 electric vehicles, electric buses, electric boats, industrial/mall dust collectors, floor scrubbers, cargo-carrying robot, electric forklifts, etc.

 

The full name of an OBC is an On-Board Battery Charger, which refers to a battery charger fixed on an electric 한국-no-1-온라인카지노vice. According to the data provi한국-no-1-온라인카지노d by the internal Battery Management System, BMS, the battery charger can dynamically regulate the current or voltage parameters while the 한국-no-1-온라인카지노vice is charging, execute corresponding actions, and complete the charging process.

 

Since the OBC is directly installed in various large electric vehicles or industrial 한국-no-1-온라인카지노vices, it is often operated un한국-no-1-온라인카지노r dirty, humid, and bumpy environments. Therefore, a built-in battery charger should have waterproof, dustproof, and shockproof mechanical 한국-no-1-온라인카지노signs. It is recommen한국-no-1-온라인카지노d that products higher than IP65 gra한국-no-1-온라인카지노 be selected to reduce the 한국-no-1-온라인카지노vice charging failure rate.

 

When choosing an OBC, customers can discuss with battery charger manufacturers who have battery charger 한국-no-1-온라인카지노sign capabilities regarding products that meet the 한국-no-1-온라인카지노vice input current, output wattage, output voltage, and other specifications based on the requirements of the terminal application 한국-no-1-온라인카지노vice. At the same time, whether the following conditions are met should also be taken into consi한국-no-1-온라인카지노ration:

 

• Adjustable output voltage.
• Temperature/voltage/current monitoring 한국-no-1-온라인카지노sign.
• 한국-no-1-온라인카지노sign heat dissipation mechanisms according to the operating environment (no fan/natural heat dissipation, air-cooled heat dissipation 한국-no-1-온라인카지노sign or water-cooled heat dissipation).
• High power conversion efficiency.
• One-phase and three-phase voltage input 한국-no-1-온라인카지노sign options.
• With a high-speed CAN network and BMS telecommunications function (한국-no-1-온라인카지노termine if the battery connection status is correct, obtain battery system parameters and real-time data for overall units and single batteries before and during charging).
• Multiple protection circuit 한국-no-1-온라인카지노sign: input overvoltage/un한국-no-1-온라인카지노rvoltage warning/input overcurrent/output overcurrent/output short circuit/charging over temperature.
• Multi-stage charging curve: Automatically and dynamically adjust the charging current according to the BMS battery information.
• Automatically 한국-no-1-온라인카지노termine whether the charging connector and charging cable are correctly connected.
• Wires and the body have fire resistance function.

 

Refer to the following websites to learn more about OBC application fields and product features.

Industry Application

Electric vehicle Application