EV temperature sensor kit includes: In addition to electric vehicle battery pack temperature sensors, motor temperature sensors; inverter temperature sensors; charger handle, port and high-voltage connector temperature sensors; thermal management system temperature sensors; cabin temperature sensors; hood temperature sensors.
What is the biggest enemy of electric vehicle EV batteries? Extreme temperatures.
Lithium-ion batteries perform best in a temperature range of 15-45℃. Temperatures above this temperature can severely damage the battery, while lower temperatures can reduce the output of the battery cells, thereby reducing the range and available power.
As the EV electric vehicle market grows, the EV temperature sensor Cable harness market will also grow with it. The reason is simple: just like vehicles with internal combustion engines, electric vehicles require high-performance and accurate temperature detection and sensor technology to ensure performance and safety.
“Charge for 5 minutes and travel 300km”, this sounds familiar, but this time the protagonist is Huawei, and Huawei’s recently launched super-fast charging pile is far ahead again. Huawei’s fully liquid-cooled super-fast charging pile adopts advanced liquid cooling technology, with the characteristics of efficient heat dissipation, fast charging, safety and reliability.
DS18B20 е често използван цифров температурен сензор. It outputs digital signals, has the characteristics of small size, ниски хардуерни разходи, силна способност против смущения, висока точност, and is widely used.
DS18B20 is a digital temperature sensor that uses a single bus timing to communicate with the host. Only 1 Wire is needed to complete the temperature data reading;
DS18B20 has a built-in 64-bit product serial number for easy identification. Multiple DS18B20 sensors can be connected to 1 Тел, and through 64-bit identity authentication, the temperature information collected from different sensors can be read separately.
Today I will show you how to use the DS18B20 digital temperature sensor with an Arduino so you can measure the temperature of air, liquids such as water, and the ground.
To connect the DS18B20 digital temperature sensor to Arduino, you need to do the following steps:
Hardware connection:
Connect the VCC pin of DS18B20 to the 3.3V power pin of Arduino.
Connect the GND pin of DS18B20 to the ground pin of Arduino.
Connect the data pin of DS18B20 to the GPIO pin of Arduino (например, GPIO4).
Connect a 4.7kΩ pull-up resistor between the data pin and the 3.3V power pin.
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