Lämpötilan säätösarja (NTC, PT100, PT1000, DS18B20 energian varastointianturi) on tärkeä tae energian varastoinnin turvalliselle ja taloudelliselle toiminnalle. Akkuenergian varastointisovelluksissa, lämpötila-anturi on pääasiassa vastuussa akun lämpötilan muutosten havaitsemisesta. Kun akun lämpötila saavuttaa tietyn kynnyksen, BMS lopettaa automaattisesti akun lataus- ja purkutoiminnot.
EV lämpötila-anturisarja sisältää: Sähköauton akun lämpötila-anturien lisäksi, moottorin lämpötila-anturit; invertterin lämpötila-anturit; laturin kahva, portin ja suurjänniteliittimen lämpötila-anturit; lämmönhallintajärjestelmän lämpötila-anturit; matkustamon lämpötila-anturit; liesituulettimen lämpötila-anturit.
Mikä on sähköajoneuvojen EV-akkujen suurin vihollinen? Äärimmäiset lämpötilat.
Litiumioniakut toimivat parhaiten lämpötila-alueella 15-45 ℃. Tämän lämpötilan yläpuolella olevat lämpötilat voivat vahingoittaa akkua vakavasti, kun taas alhaisemmat lämpötilat voivat vähentää akkukennojen tehoa, mikä vähentää kantamaa ja käytettävissä olevaa tehoa.
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.
Thermocouples are a commonly used temperature sensor based on the thermoelectric effect between two different metals. Thermocouples have a wide measurement range and good stability, and are suitable for temperature measurement in high temperature environments. Pellet stoves usually need to measure higher temperatures, so thermocouples are a common choice. Common types of thermocouples include K-type, N-type, and S-type, which can provide accurate temperature measurement in different temperature ranges.
In the field of energy storage and temperature management, energy storage temperature sensor cables are key components for temperature detection. Their performance and reliability directly affect the safety and efficiency of the entire energy storage system. Siksi, when purchasing energy storage temperature sensing harnesses, consumers need to consider multiple factors to ensure that the selected products can meet actual needs and have good cost performance.In the field of energy storage and temperature management, energy storage temperature sensor cables are key components for temperature detection. Their performance and reliability directly affect the safety and efficiency of the entire energy storage system. Siksi, when purchasing energy storage temperature sensing harnesses, consumers need to consider multiple factors to ensure that the selected products can meet actual needs and have good cost performance.
When faced with thousands of NTC thermistor types, choosing the right one can be quite overwhelming. In this technical article, I will walk you through some of the important parameters to keep in mind when selecting a thermistor. This is especially true when deciding between the two common types of thermistors used for temperature sensing: negative temperature coefficient NTC thermistors or silicon-based linear thermistors.
Commonly used NTC thermistors for air conditioner
There are three types: indoor ambient temperature NTC, indoor coil NTC, and outdoor coil NTC. Higher-end air conditioners also use external ambient temperature NTC, compressor suction and exhaust NTC, jne.
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