BecauseThe Tesla is not compatible with the regular quick-charge piles of other car brands. Tesla vehicles cannot directly use third-party normal fast charging facilities, if Tesla owners want to charge at a third-party charging station outside of Tesla, they need to use a Tesla adapter, which may be slower to charge because the adapter itself introduces some loss of energy conversion.
The main difference between Tesla's fast charge and slow charge is:! -- Fast charge adopts high-power DC charging technology, charging power usually exceeds 40kw, with high efficiency characteristics; The slow charge is the use of low-power AC charging, the power is generally 3kw or7kw, which is relatively slow.
The difference between Tesla fast charge and slow charge mainly lies in the charging method and charging power. Fast charging is the use of high-power DC charging, most of the charging power can reach more than 4kw, while slow charging is the use of low-power AC charging, most of the charging power is 3KW or 7KW. In addition, the charging interface used for fast charging is the 5 holes of the DC charging pile, while the charging interface used for slow charging is the 7 holes of the AC charging pile.
When talking about the difference between fast charging and slow charging of Tesla electric vehicles, we will in-depth analysis. First, the way they charge is one of the main differences. fastCharging with high power direct current, usually charging power of more than 40kw! In contrast, slow charge uses low-power AC, the power is generally 3kw! - or 7kw! - Between. Secondly, the charging interface is also different.
1, the use of ordinary household AC charging, you need to connect the charging cable to the 110V plug, and then use the plug to connect the 110V socket, and finally connect the other end of the charging cable to the Tesla, the current will be charged through the Tesla built-in charger for the battery under the car, aboutIt takes about 46 hours to fully charge. If you want to charge faster, you can change the garage circuit to 240V, 40A, so that the standard single-charger Tesla can be fully charged in about eight hours.
2. Park the vehicle in the public charging pile parking space and open the charging port through the charging interface of the center control screen, or directly press the charging port cover plate manually to open it. Unplug the charging gun of the public charging pile, insert it into the slow charge or fast charge port of the vehicle, and then use the mobile phone to scan the QR code on the public charging pile. After entering the corresponding charging pile mini program, fill in the license plate number to exempt the parking fee, and then click on the openCharge up.
3, First of all, you can find and click the corresponding switch through the vehicle's central control screen to open the charging port. This method is convenient and intuitive, and only needs to be operated on the screen. Second, if you choose to operate directly, you can tap under the charging port cover! --. This position hides the switch of the charging port, and with a slight touch, the cover plate will automatically lift to reveal the interface below. It is worth noting that the fast charge and slow charge interfaces are integrated under the cover plate.
4, just pull the handle to open ①, the charging mask will be unlocked after the spring or spring open again, push up to the highest position. fillingDo not open the powertrain hatch cover when the electric mask is open. When the charging mask is closed, press the middle of the charging mask or both sides of the charging mask at the same time. After opening the charging mask ②, just push the lock button to the right, and the AC charging port cover ③ can be popped open.
5, you need to find a Tesla charging pile that matches your vehicle. After finding the charging pile, it can be bound and set up through Tesla's official APP. In the APP, you can find the "charge" option, and then select "recommended" or "fast charge", so you can start charging.
Tesla is not a very reliable genius, which is why he is widely promoted by peopleOne of the reasons for worship - compared to old pedants, ordinary people generally prefer people who can blow.
There is no claim of accuracy, and Tesla has never attempted wireless transmission over long distances. So far, Tesla's vision hasn't materialized. The reason should not be a matter of scientific principles, but from the technical and cost aspects. Tesla's wireless transmission technology has problems with electromagnetic radiation and efficiency. Electromagnetic waves will spread outward and their efficiency will rapidly decline because it follows the inverse square law of distance.
is not, special occasions wireless transmission technology will still have its incomparable advantages.
1, finally Tesla riseLevel wireless fast charging protocol , after the upgrade Tesla upgrade wireless fast charging protocol vehicles support adaptive high beam function, automatically adjust lighting according to road conditions, improve Tesla upgrade wireless fast charging protocol night driving comfort and safety. All these changes are a reflection of Tesla's continuous focus on user experience and continuous optimization of products and services.
2, Tesla's latest ota upgrade mainly includes the following 12 aspects Tesla upgrade wireless fast chargeProtocol : Optimize vehicle display stability. New power renewable energy recovery compensation function. Optimize the stability of vehicle touch screen function. Optimized power conversion system precooling function. Improve third-party stable charging and improve charging experience. Cab overheat protection supports selection of activation temperature. The navigation screen supports hiding map details to simplify the display.
3. On the safety level, the considerate setting of automatically reducing the media volume when reversing is added, and the voice-controlled window function further improves the convenience and safety when driving. Tesla's OTA upgrade is undoubtedly the Tesla of ChinaThe Lord brings tangible driving improvements and safety guarantees.
4, we learned from the official that the new version of Tesla software OTA officially pushed. It is understood that the new car in the car machine interaction and Chinese speech recognition function has been upgraded, while the entertainment video and audio function is more rich.
5, we learned from official channels that Tesla has released 20219 software version update notes.
6, immediately after, Tesla officially launched version 20219 OTA update, which contains improvements to the recall content, allowing drivers to choose energy recoveryThe intensity. However, many users are concerned about how the range will be affected by choosing a low energy recovery mode. According to our survey, choosing a low energy recovery mode will reduce the range by at least 10%.
In contrast, the charging power of the Tesla fast charge line is also considerable, but compared with the State grid fast charge, its charging power can reach more than 40kw in most cases. Still, the Tesla's charging power is slightly less than that of the state grid, which means that in the same barUnder the case, the charging speed of the State grid fast charge will be relatively fast. Therefore, whether from the point of view of charging power or charging speed, the State Grid fast charge has shown its leading position in fast charge technology. Tesla takes about 15 hours to charge 220V at home, while it can be fully charged in six or seven hours on a dedicated charging pile. The national standard fast filling station can be filled in about two hours. Compared with the slow charge, the speed of the Tesla supercharge is faster, and it can be filled in about an hour. The main difference between fast charging and slow charging is the charging power and charging method.
Tesla supercharging pileThe charging speed reaches 700km/hr, and it generally only takes about an hour to be fully charged. In contrast, the charging speed of the national standard fast charge at the gas station is 250km/hr, which takes about two hours to be full. In addition, Tesla also provides a dedicated charging pile with a charging speed of 74km/hr, which takes six or seven hours to fill.
Charging method is different: fast charge is high power direct current charging, charging power can reach more than 40kw; Slow charge is low-power AC charge, and the charging power is mostly 3kw or 7kw. Different charging interfaces: DC charging is used for fast chargingElectric pile charging interface (5 holes); Slow charge using AC charging pile charging interface (7 holes).
Tesla's electric vehicles support two main charging methods: fast charging (DC charging) and slow charging (AC charging). Fast charging uses high-power DC technology, the charging power is usually more than 40kw, which greatly reduces the waiting time for long-distance travel or urgent charging, and is achieved by a dedicated 5-hole DC charging pile.
Tesla model3 special charging pile: 74km/hr. Usually six or seven hours can be filled. National standard fast charge: 250km/hr. Normal taelIt can be filled in about an hour. Tesla model3 Supercharge: 700km/hr. It usually takes about an hour to fill.
Wireless charging is the future development trend, wired can charge fast, wireless can also charge fast, the development of wireless charging is not to solve the problem of slow mobile phone charging, but for the convenience of getting out of the plug and plug line.
With the maturity of wireless charging technology, wireless charging equipment will become increasingly popular, and the demand will also grow rapidly. The iPhone8 has a wireless chargerElectricity will lead the development wave of mobile phone wireless charging industry; Tesla has introduced wireless charging technology for electric vehicles, which is expected to lead the wave of wireless charging for electric vehicles. Fast charging is also a technology trend. At present, the fast charging penetration rate of mobile phones is less than 20%, and the future penetration rate is expected to gradually accelerate, and most of the newly released mobile phones have supported fast charging.
In fact, when wired charging and wireless charging are carried out at the same time, the iPhone will refuse the input of wireless charging and continue to charge in wired charging mode. So the question of whether it will explode, of course, will not exist, because the iPhone's power management IC will be intelligentIt can select the most suitable charging mode at present and monitor the charging state of the mobile phone in real time, so as to ensure the normal operation of the mobile phone power supply.
Wired fast charge can quickly replenish the battery for the mobile phone anytime and anywhere, but in the slow pace of the desktop, the relatively bulky wireless charger has a better charging experience than the wired fast charge. Wireless charging that gets rid of the charging cable and puts it on the go/puts it on the go is obviously more suitable for this scenario of desktop fragmentation charging.
Cannot and need not be. Wired charging is fine, plug in the charger charging cable, don't worry. Wireless charging also requires a wired charger charging cable. Charge fast, charge fast