Article – BYD Millennium Autobeyond https://millenniumautobyd.com.my/home Build Your Dreams Tue, 22 Oct 2024 03:03:17 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4 https://millenniumautobyd.com.my/home/wp-content/uploads/2024/06/cropped-BYD-logo-32x32.png Article – BYD Millennium Autobeyond https://millenniumautobyd.com.my/home 32 32 WHAT AFFECTS BATTERY DEGRADATION IN ELECTRIC CARS?​ https://millenniumautobyd.com.my/home/2024/06/12/byd-article-3/ https://millenniumautobyd.com.my/home/2024/06/12/byd-article-3/#respond Wed, 12 Jun 2024 08:51:54 +0000 https://kisscreatives.com/?p=2647

What Affects Battery Degradation in Electric Cars?

Ever noticed how your smartphone’s battery loses battery life over the years?

That’s called battery degradation, and unfortunately, it also happens in electric cars (or any other rechargeable Li-Ion Battery)! Luckily for you, most electric cars offer a multitude of measures in-built to slow down the battery degradation process.

So how much range does your electric car’s battery actually lose each year? This is an important consideration before you decide to purchase an electric car, and battery longevity has been a huge concern for many.

There are many factors that affect the rate at which your battery degrades, from your charging habits, mileage, and even the technological and chemical construction of your battery cells. Let’s take a closer look at 4 common reasons why your EV’s battery might degrade faster.

FAST CHARGING

With the long charging time being a big blocker for EV adoption, the usage and installation of fast charging outlets have its obvious benefits. However, there’s a hidden drawback that many might not be aware of…

The increased thermal load that’s produced by fast charging can actually damage the internal components of an EV’s battery cell. This then leads to fewer Li-ions being able to transfer from the cathode to the anode, affecting its energy storage capabilities.

AMBIENT TEMPERATURE

Both cold and hot climates can slow down an EV’s charging rate and have a big influence on the rate of Li-battery degradation. This is because the temperature of the environment where your car is in will impact the rate and efficiency of chemical reactions inside the battery.

TIME

Typically, an electric car’s battery can last anywhere from 10 to 20 years. This is good news for Singaporean drivers as most of us drive the same car for less than 10 years due to the COE premiums.

However, just like all electronic devices, time and wear and tear is the biggest factor for battery degradation. This is something that we can’t control.

Instead, you sure ensure that your EV’s battery is covered by warranties for added peace of mind.

YOUR MILEAGE​

Similarly, your EV’s battery will experience more wear on its cells when it goes through more charge cycles. Just like how your phone’s battery health diminishes over the years with every charge, the same can happen to your electric car too.

The more mileage you clock means you’ll need to charge your car more, which can accelerate battery degradation!
December 19, 2023
]]> https://millenniumautobyd.com.my/home/2024/06/12/byd-article-3/feed/ 0 WHICH PARTS IN YOUR EV NEED REGULAR MAINTENANCE?​ https://millenniumautobyd.com.my/home/2024/06/12/byd-article-2/ https://millenniumautobyd.com.my/home/2024/06/12/byd-article-2/#respond Wed, 12 Jun 2024 08:51:39 +0000 https://kisscreatives.com/?p=2641

WHICH PARTS IN YOUR EV NEED REGULAR MAINTENANCE?

Did you know that you can save up to 50% more on maintenance with electric cars compared to traditional internal combustion engine (ICE) cars?

The reason for this is simple – electric cars have fewer moving parts for you to maintain. So naturally, the cost of maintenance for electric cars will be significantly lower.

However, this doesn’t mean that maintenance for electric cars is something you should totally ignore. There are still a few important parts that you’ll need to take care of. Continue reading to find out what these are!

1. FLUIDS

As fully electric cars are not equipped with an internal combustion engine, it doesn’t require the same kind of regular oil changes you’re used to. However, there are many other fluids in an electric car that needs to be checked and replaced from time to time. These 4 fluids are:
  • hydraulic brake fluid
  • battery coolant
  • HVAC refrigerants
  • transmission fluids
As these fluids’ longevity depend on several considerations like climate, there’s no hard and fast rule you should follow. Instead, monitor the car’s feel and how these parts function.

2. THE 12V BATTERY​

Did you know that your high-tech electric vehicle has an old-school 12V battery? Well, it does, and just like a traditional ICE car, the battery is used to power accessories like your dashboard lights, windows, turn signals and more.

This battery is a super important component to check annually, as a dead battery could leave you stranded.

3. THE TIRES, BRAKES, AND SUSPENSION

As EVs are significantly heavier than regular ICE cars due to the extra load from the EV battery, EVs Tires, Brakes, and Suspension will require more attention and care. This is because there’s more weight put on these parts, which could accelerate wear and tear.

While it’s always good to send your EV for a multi-point inspection every year to ensure everything is working fine, it’s not a MUST.

When you send your car for a check up, ensure that the team checks your tires for sufficient tread and if they’re wearing evenly. Also, check the suspension to ensure that there are no torn boots, blown shocks or worn bearings, as these could be a huge safety issue.

You should also check your brake pads and rotors to ensure they function efficiently and safely. It’s also important to note that the lifespan of an EV’s brakes is usually longer than traditional ICE cars due to an EV’s regenerative braking systems!

4. FILTERS​

While you don’t need to change your fuel, oil, and engine air filters in an EV, you need to switch out your cabin filters regularly. These cabin filters perform a pivotal role in ensuring the safety for everyone onboard as they stop contaminants like smoke, pollen, and mould from entering your cabin.

So, make sure you regularly check your cabin filters to ensure that it’s functioning optimally.
December 19, 2023
]]> https://millenniumautobyd.com.my/home/2024/06/12/byd-article-2/feed/ 0 WHAT’S THE DIFFERENCE BETWEEN AC AND DC CHARGING?​ https://millenniumautobyd.com.my/home/2024/06/12/byd-article-1/ https://millenniumautobyd.com.my/home/2024/06/12/byd-article-1/#respond Wed, 12 Jun 2024 08:51:30 +0000 https://kisscreatives.com/?p=2623

WHAT’S THE DIFFERENCE BETWEEN AC AND DC CHARGING?

AC AND DC CHARGING FOR ELECTRIC VEHICLES

The two electric vehicle charging terms refer to Alternating Current (AC) and Direct Current (DC) charging.

The term AC describes the electrical current’s flow of charge, which alternates and periodically changes direction. On the other hand, DC power always moves in a straight line.

CHARGING WITH AN AC CHARGER

By default, the power from the grid is dispensed in AC. However, batteries like the one found in your EV can only store power as DC.

Therefore, the AC charger’s power must flow through the onboard charger before going to the traction battery. As the conversion will take some time, and there might be some limitations to the power output of your onboard charger, AC charging will usually take longer to power up your car.

CHARGING WITH A DC CHARGER

When you charge your electric vehicle with a DC charger (also known as Fast or Rapid Chargers), it bypasses all of the limitations of the onboard charger and required conversion. Instead, it provides DC power directly to the battery. Therefore charging speed has the potential to be greatly increased.

However, it’s also important to note that charging times depend on the battery size, the output of the charger, as well as many other factors. Nonetheless, it’s safe to say that many electric vehicles will be able to power up to 80% charge in about an hour with the current DC fast chargers on the market.

THE IMPORTANCE OF A HIGH VOLTAGE ONBOARD CHARGER

Onboard chargers have a rating, typically below 10kW. Therfore the onboard charger will only be able to receive 10kW of power from the charger at go.

In other words, if you’re charging your electric vehicle with a 22kW external charger, you’ll only receive power at the rate of 10kW at a time. This is the maximum speed your electric vehicle will charge.

This is why choosing an electric vehicle with a good battery range, and a high-voltage onboard charger is important.
December 19, 2023
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