How does tesla heater work? The heater works just like how heating works with classic cars. The only difference is the source of their power. Classic cars like what we mostly use today is a combustible engine that consumes gasoline, whereas, in Tesla cars, heat is generated by electrical heaters installed in their system.
People tend to use high and advanced technology to make everyday life easier in the modern-day generation. Nevertheless, we are aware that the more advance the technology is, the more electronic waste and more polluted our planet has become.
On that note, engineers designed electronic devices, machines, and equipment that could help, if not solve, but could help save our environment. Tesla is known for its energy-saving system that allows non-renewable resources like gasoline to be saved. One of their primary sources of energy is electricity produced by solar generation. One of these advancements is the heating system with vehicles. How do Tesla cars’ heating systems differ from the vehicles we use today? There is one way to find out, and that is by reading through this article. Let’s get started!
How Tesla Heater Works
I know some of or most of you have already heard about Tesla. Especially their self-driving cars. Tesla is one of the biggest and prime electric vehicle manufacturers worldwide. I’m sure you have seen one at least on videos and advertisements. Though they’re not only known for their manufactured cars, they are also globally competitive in manufacturing battery energy storage and solar energy systems in the U.S.
Internal Heat Combustion Inside A Vehicle
We sometimes cannot feel the heat inside our vehicles because of the available air conditioner, but when starting an engine, the fuel becomes heat over time. The same goes for your Tesla cars and the classic cars that we use today. However, the heat combustion between different types of vehicles is also further. So, how does each heat combustion differ between the tesla and classic cars?
#1. Traditional cars
Classic cars involve cars driven by humans. Of course, these cars use combustion engines that require fuel as a power source. These combustion engines provided power and heat in the cabin also. The heat coming from the machine makes it possible to stay cozy and warm inside your vehicle when the cold winter season comes.
The internal combustion inside the vehicle enables the heat engine to generate a warm atmosphere inside the car by burning the gasoline fuel as it creates torque. The torque is then applied to the wheels, making it possible for the vehicle to move at a distance. Classic cars also have pistons and cylinders that move up and down and drive the vehicle’s wheels. Though are you wondering how Tesla cars differ from the traditional ones?
#2. Tesla cars
Engineers of Tesla cars designed the vehicle with an electric motor and battery. It does not have a combustion engine that classic cars have. The electric motor used in these self-driving cars also has fewer parts to tinker with. It does not require the mini-explosions produced by the combustible fuel, but electromagnets power it. Since it does not require gasoline as fuel, it consumes energy in the way of electricity.
So, how does Tesla heater work? Compared to the heat produced by combustion engines, Tesla’s way of heating is quite simple. The heater matrix in combustion engines Whireplaced with a heater powered by electricity. If you wonder how much electricity it consumes, it is around 400 Volts. However, there may be problems concerning the use of electrical heaters.
Electrical heaters could cause power zapping in the vehicle’s engine battery or what we commonly know as the Energy Storage System. However, Tesla devised a system to prevent that from happening. They install a Positive Temperature Coefficient or PTC for short uses of a resistance system. The system works when the heat increases, the current drawn to the heater is regulated, decreasing its power output from the Energy Storage System.
The PTC made it possible for Tesla cars to be driven at -4 degrees Fahrenheit up to a maximum of 32 degrees Fahrenheit. Charging is still possible during the cold and winter seasons as the heater in the battery’s coolant circuit will still work while charging. Although during these cold seasons, your car’s battery will decrease in performance. It means that more power is lost quicker than during the warm seasons. That is what makes the heater more beneficial for the machine as it helps combat the low temperature experienced by the battery inside the unit, making it work as it should.
Driving Tesla Precautions
Most Tesla models could travel up to 400 miles if fully charged battery. However, during the cold and rainy seasons, its travel rate decreases by 40 percent, making it possible to operate only 180 to 240 miles. While it may not seem to affect your daily commute, you probably should think twice if you’re taking that car for a more extended trip. It may also be a good idea to read about how to fix a car heater.
It’s A Wrap
Tesla motors and engines are far more efficient than traditional cars with combustion engines. These wasted non-renewable energies like gasoline and heat also, so it is essential to know how does Tesla heater works. However, you may want to consider the price also if you plan to purchase one for yourself. You may want to read related articles; know why is my car heater not working and how to make your car heater hotter.