NXP Driving Carbon Reduction, Energy Savings in Automotive Industry
Traditional fuel vehicles emit about 2.2kg of carbon dioxide per liter of gasoline, which can be regarded as one of the major causes that have accelerated global warming.
December 16, 2022. By News Bureau
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Because of this, many countries have set a schedule to ban the sale of fuel vehicles to slow down climate change.
This has accelerated the entry of electric vehicles (EVs) into people's lives.
Market analyst TrendForce estimates that global shipments of new energy vehicles would reach 14.5 million units this year, and around 25 million units in 2025.
"One industry where we are seeing significant growth and opportunities is the automotive industry, which is undergoing a huge shift from internal combustion engines [ICE] to electrification," says Elton Tsang, Senior Director, Global Sales for NXP Semiconductors in Taiwan. He points out that California, United States, has recently announced a ban on ICE vehicles, which will come into force in 2035. Meanwhile, the latest EY Mobility Consumer Index reports that China leads the world in the progress towards an EV future.
The electrification of vehicles worldwide is very dependent on battery efficiency and battery management.
The more precise the management, the higher the battery efficiency. Which is why the battery management system (BMS) plays a pivotal role in the process of vehicle electrification.
Tsang explains that the composition of the BMS includes ICs and sensors that control such key characteristics as voltage, temperature, and current. Apart from maximizing the battery's power output, the BMS also balances its functions and help ensure its safe operation.
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