If you’ve decided to invest in your first electric vehicle, it can be exciting to prepare for your new ride and enjoy the benefits that come with the model. As you prepare to store the car at your home, you can consider getting your garage ready for the new car. If you want to remodel the garage to ensure that it accommodates the electric vehicle and is functional, there are a few basic tips to follow.
Before you paint the walls or install new flooring in your garage, you’ll need to remove any clutter that is present to ensure that you have the space to store your electric vehicle and can get in and out of the car each day. Getting started with organizing your garage can be quite a daunting process, especially if you don’t have an idea or system to follow. Start by tossing anything that hasn’t been used in the last year and making piles of items that you want to donate or sell. You can make use of overhead space with racks that can be used for additional boxes or equipment that can be kept off of the floor.
You’ll need to rewire the electricity in your garage to ensure that it can safely charge your electric vehicle. The circuit should be capable of 50 Amps and use 80 percent of the circuit capacity. Hire a professional to install a NEMA 6-50 socket in the wall where you can juice up your electric vehicle.
Make use of vertical space that is available in the garage to free up extra room on the floor. Installing shelves will allow you to keep your tools and holiday decor organized and within reach in an area where everything is easy to access. Consider labeling each item to ensure that you know where everything needs to be returned after it’s used.
An easy way to spruce up your garage to showcase your new electric car is by installing a new flooring material. Instead of having your vehicle sit on concrete, opt for vinyl plank flooring, plastic tiles, or rubber tiles. You’ll create a finished garage that looks beautiful and enhances the appeal of your vehicle.
Remodeling your garage is necessary if your home isn’t built to accommodate a new electric vehicle. With the right improvements made, you can create a garage that you feel proud to show off each day.
As the popularity of electric cars has grown, it’s inevitable that the question of the safety of electric cars versus gas cars would arise. Sometimes accidents are unavoidable. The question is, if an individual knew in advance that there would be an accident, would they be better off in a gas car or an electric car? Here’s a closer look at the safety of electric cars.
Car accidents have numerous causes, including drunk drivers, reckless drivers, distracted drivers, and even unlicensed drivers. When the driver of a vehicle is unable to fully concentrate on the road and the vehicles around them, the result is often an accident. In some cases, the fast reflexes of the driver in their path are enough to avoid a collision. Sometimes the result is an accident, serious injuries, or death. Drivers can be pinned inside their vehicle and a gasoline fire is always a possibility.
Gasoline is extremely flammable and has caused explosions due to car accidents. Although it is possible for the lithium-ion battery in an electric car to explode, the chances of a fire in a traditional gas car are much higher. Studies have shown that electric cars are less prone to fires than gasoline-powered vehicles. Americans with gas vehicles collectively drive approximately 3 trillion miles each year.
This results in about 150,000 car fires. This is one fire for every 20 million miles. At the time that these figures were established, electric cars had been driven a distance of 638 million miles. There were a total of five fires from electric cars, or one fire for every 120 million miles driven. These statistics prove that the number of fires in gas cars is much higher than in electric cars with regard to the number of miles driven.
Vehicles are rated by the National Highway Traffic Safety Administration (NHTSA) based on their performance in simulated accidents. Electric cars have performed exceptionally well in those tests in comparison to gas cars. Part of the reason is that a gas car is built around a large, internal combustion engine. The center of gravity for electric vehicles is lower, and they are less likely to roll. The car with the highest safety score was an electric vehicle. The potential for injury was less than any car ever tested by NHTSA.
There are numerous reasons why lithium-ion batteries are believed to be safer than the traditional battery used for gasoline cars. Gasoline has a greater risk for fire because it is stored in one big tank. The flammable liquid in a lithium-ion battery is called an electrolyte, and it is stored in a small container. If there is a fire issue, the protection in place will slow down the fire and contain the flames to a specific area of the vehicle. Since the battery never has to be refueled, no flammable liquids are pumped into an electric car.
One of the main causes of fire in a gas car is the breakdown of mechanical parts. Electric cars have fewer moving parts. That means that there are fewer potential issues. The normal operations of an electric car will not set fire to the battery’s electrolytes. Gasoline engines operate by setting a spark to the gasoline, and so the engine can easily run hot and become hard to manage.
In terms of safety, there are numerous reasons to choose an electric car over a gasoline vehicle. If the potential purchaser makes their choice according to the existing studies and tests, then the choice is clear—electric vehicles are safer in terms of crashes and fire risks.
The National Highway Traffic Safety Administration (NHTSA) is a United States governmental organization that crash tests vehicles and rates them on a scale of one to five stars. According to Greenstein & Milbauer, the most common types of car accidents are:
We know how well traditional vehicles perform under these conditions, but what do the crash test ratings have to say about electric vehicles? The Insurance Institute for Highway Safety (IIHS) is a private organization that performs similar test and rates vehicles as poor, marginal, acceptable, or good. Both organizations perform crash tests on the majority of electric car models. Both organizations give most electric vehicles high marks. Below is some information on some of the standard crash tests they perform.
The NHTSA performs head-on-collision tests, simulating two vehicles traveling at 35mph. Test dummies that are wearing standard seatbelts measure forces to the body during impact. These types of collisions statistically represent the most auto fatalities. All of the tested electric vehicles received high ratings for this test.
The IIHS does not perform this exact test. Instead, they perform frontal-crash overlap tests at 40mph by crashing into a solid barrier. Only about 25 percent of the front of the car is hit during this test. All electric vehicles received high ratings for this test from both organizations.
Typically, drivers don’t see a rear-end accident coming. Although this type of accident usually isn’t as deadly as head-on collisions, many injuries can occur, such as concussions, broken bones, brain injuries, or herniated discs. The NHTSA typically does not reveal the results of rear-end crash tests to the public. The IIHS performs this test with the vehicle’s seat mounted to a moving sled that simulates the car being hit in the rear at 20mph. The head-restraint design provides the best protection for this type of crash. Most electric vehicles were at least adequate for this test.
Liberty Mutual Insurance explains, “The NHTSA performs this test by hitting the vehicle from the side with a 3,000-pound vehicle moving at a speed of 38.5mph. They also run a second side-impact test that measures the chance of injury if the vehicle has a side impact with a pole at 20mph.” The IIHS uses a large SUV-style barrier to impact the vehicle from the side at 31mph for this test. Electric cars were awarded high marks for this test from both organizations.
The NHTSA does not perform this exact test. The IIHS conducts a moderate-overlap front test where a large side of the vehicle swipes a barrier. They also perform a small-overlap test where one side of the bumper hits a car or another object. This test is historically difficult for most vehicles of all types to score a top rating on. That difficulty is partly because the front crumple zones don’t run across the full front of the car due to wheel and suspension design requirements. Most electric vehicles received at least acceptable ratings for this test.
In closing, electric vehicles have good overall crash ratings that meet or exceed their gasoline counterparts. There are many ways that electric cars are improving all the time so even in just a few years we may have even safer and smarter cars than we could even imagine.
There are numerous perks to buying an electric car. Investing in electric can help you reduce your impact on the environment while also saving you money in the long term. But you can’t just purchase your new vehicle and expect everything to work like you did with a regular car. You’re going to want to make some modifications to your garage to make your commute easier, and this is especially true if there are limited public charging stations in your area. Here are some steps you can take to prep for your new vehicle.
Unless you want to have to charge up your battery at a public facility every time you take your car out for a ride, you’re going to want to have a charging station at your home. You’re going to want to make sure that your garage is equipped with at least a 12-amp circuit and make sure it’s dedicated solely to charging your vehicle. A 120-volt outlet can get the job done with most vehicles, but you may want to consider upgrading to 240-volts to improve the charging speed. The particular needs of your car can vary by model, so be sure to enlist the services of an electrician with experience installing charging stations.
A charging station may be a practical necessity for electric car owners, but it can take up a lot of space. That means that you’re going to have to significantly rearrange what you’re already storing in your garage. Make sure that however you organize things, there’s a clear path from the station to your vehicle. Find the best workbenches with integrated tool storage so that you can make the most of your space and have everything you need right at your disposal.
The battery serves as the heart of your electric car, and while it’s not an absolute necessity, taking measures to control the climate in your garage can help extend the life of your battery and forestall the need for a costly replacement. Insulating your walls and garage door are a cheap and easy way to keep a more temperate environment in your garage, but you may want to think about installing a thermostat as well.
While there’s a little bit of overhead involved in preparing your garage for an electric car, it can save you a lot of money down the road. Many cars can be kept charged for about $1.50 a day, and those savings can stack up over time.
If you’re looking for some more information on electric cars and other green options, make sure to read these other articles!
Technology is transforming almost all the industries in the world by making them more efficient, effective, and cost saving. The positive impacts of innovation are there for everyone to see. Although other industries have experienced significant changes, it is the emerging technologies in the transit industry that will transform it to another level. The list below highlights five emerging innovations that will transform the transit industry.
Technology has led to the production of advanced energy storage batteries that can store electric energy for a more significant amount of time. These batteries are generally being used to propel electric vehicles. Powering vehicles with electricity will transform the transit industry to a more efficient energy sector that does not contribute to environmental and air pollution. The batteries are made such that they can be recharged after their energy levels are diminished.
One cannot mention innovation in the transit sector without mentioning SpaceX technology. This technology is geared towards transporting people into space for tourist purposes. The innovation will change space exploration that has proven expensive and complicated for other people except for government and space exploration agencies. People will easily tour space and come back to Earth’s atmosphere within a short period and at a lower cost.
The invention of bullet trains changed the rail transport to a greater extent than what many people had expected. However, the new proposed technology of high-speed trains that will be moving at an average speed of 220 mph will transform the transit industry to a more considerable extent. For example, it is expected that the new high-speed train will move between Los Angeles and San Francisco, two cities in California, within about three hours, meaning cutting the travel time in half.
This is an innovation that is looking forward to the production of printed cars. The innovation is focused on reducing the time it takes to make a car by introducing car printing technology that will take less than 44 hours for a completed vehicle. The benefit that printed cars will bring is that they will be cheaper, and the auto industry will give individuals an opportunity to personalize the body and make of their vehicle.
Although GPS devices have been common for about a decade, it is the new generation of GPS devices that will have an impact on the transit industry. The previous GPS could only calculate mileage, and the time it would take to reach your destination. However, the new GPS hardware allows the device not only to record distance and time, but also include other fine details such as adjusting time due to changes in weather, road congestion, or even changing to the preferred route of the driver or passenger.
Transit industry will significantly be impacted and transformed by the coming innovations, and we are likely to experience a transit that is more secure and safe within the next decade.
Electric cars are one of the top innovations in the automotive industry. They have emerged as the top alternative to gasoline-fueled vehicles. The way these cars work is by having an energy stored batter. This batter will then provide the energy the vehicle needs in order to function. With electric cars, drivers will be able to use a vehicle that will provide everyone with a very safe and clean means of transportation. It will be a more environmentally friendly alternative to vehicles that are powered by a combustion engine. As well as being more environmentally friendly, electric cars have a faster acceleration and also don’t produce any exhaust.
All electric cars are battery electric vehicles. As a result, they are propelled by a motor that is run by electricity. The vehicle will have a battery that is needed to be charged on a regular basis to keep operating. With this type of vehicle, the batter will provide power for a controller which will then turn this power into the energy that ignites the motor. When looking to charge the vehicle, drivers will be able to use a standard electrical outlet or go to a nearby charging station.
Electric cars have a number of unique motors. Each of these motors has their own features and characteristics. As a result, they will offer drivers with a number of advantages. When it comes to the motors of electric cars, drivers will be able to take advantage of AC motors and DC motors.
Source: Car and Driver
The first type of motors of electric cars are AC motors which are most commonly used by all EV and hybrid vehicles on the market. Alternating current motors are best for drivers who are looking for continuous power. They are advantageous for those who are looking to drive up and down hills. With this type of motor, the starting power is slower, but the vehicle can run at high RPM”s without getting too overheated. Another thing to keep in mind with this type of motor is that there is no need for a transmission. AC motor cars can move heavier vehicles as well.
When using an electric car, the other type of motor is the DC motor. While many people are often comparing the AC and DC motors, most drivers who are looking to convert to an electric vehicle prefer the DC motors. They are the more affordable option when it comes to electric cars. The DC powered cars are also much easier to control as well. Drivers will also get a vehicle with more initial torque and a peak power that is higher. As a result, electric cars with this motor are more popular with those who like to race as well as ones who are looking to get a more affordable electric car.
In order to power an electric car, it will be necessary to have a battery. Batteries are among the most vital parts of any electric car that runs on proliferation. The electric cars need a lot of batteries in order to function. They must be installed in an array and stored into a battery back to operate. An electric car battery is hefty as it can weigh up to 1,000 pounds. It also takes up a lot of space as well. Most are fabricated in China and then are sent to wherever they will end up all across the world. Each battery must be powered on a regular basis in order to keep the electric car running.
Source: Alta Industrial Refrigeration
There are three main types of batteries. Each of these battery types has their own unique characteristics. The batteries offered by electric cars are the lead-acid batteries, lithium-ion batteries, and the nickel metal hydride batteries.
The lead-acid batteries are the oldest type of battery available for electric cars. These batteries are among the cheapest to produce and are compatible with a number of electronic devices. However, these batteries can be messy, toxic and are prone to explode when damaged.
With an electric car, consumers can take advantage of lithium-ion batteries. These batteries are ones that have high energy to mass ratio. As a result, they will have less weight per unit of stored energy. Each of these batteries retain their energy when they are not used. However, they often lose their capacity as they age. These batteries are considered to have the most potential for being available to the mass market. The one thing that can deter these battery types from being widely available is that they are costly. Another thing to keep in mind is that they are toxic and need special handling in order to be recycled.
Nickel metal hydride batteries are the third most common type of electric car battery. They have good energy to mass ratio and energy density. They are non-toxic which make them the easiest to recycle. The one disadvantage of this type of battery is that they do not maintain their charges very well when they are not used.
Source: Breathe Easy Insurance
Like gasoline-fueled vehicles with a fuel cell, electric cars need to be given energy in order to run. With electric cars, you will need to go to a charging station. This is a place where you put an electrical device into the car and wait for it to charge. Thankfully you don’t need to worry too much about overcharging your car like with hoverboards or other high capacity battery powered devices where there is a small chance of explosion in cheaply constructed batteries. It is recommended however, that you don’t constantly fill your battery to full and only charge it when it’s almost completely empty as this can cause the battery to hold less charge over time. The charging stations are very similar to gas stations. The main difference is, they are places that specialize in providing power for electric vehicles.
Electric cars have emerged as the potential replacement for gasoline-fueled vehicles. They are likely to be used more often due to their performance and environmentally friendly features. When it comes to electric cars, they are operated by two different types of motors as well as ones that come in three different battery types. With an electric car, consumers will be able to take advantage of a highly innovative and efficient vehicle.
Source: Hybrid Cars
You’ve been wanting to get into an electric car for a long time now. Finally, your dream has come true, and you are enjoying riding around in your new car. It is a testament to all the hard work it took to get you to this point, and you’re eager about lessening your impact on the environment. Now that you have a nice electric car, you really want to do what you can to keep the interior looking perfect for as long as you possibly can. The following are four tips to help you achieve this goal.
Smoking isn’t just bad for you, or your kids – it can also be bad for your car, according to Psychology Today. Nothing can destroy the clean interior of a car like a person who allows themselves or others to smoke in their car. Not only can this leave behind a bad odor, but smoke can leave stains on the interior of your car too. Plus, if you ever wanted to resell your car, smoking can considerably lower the resale value.
Another fast and hard rule to stick by, if you want the interior of your new electric car to remain factory perfect, is to not eat or drink in the car. This is especially true when you have little kids in your car. A child will always manage to figure out how to spill a drink or drip mustard on the seats or carpeting. The best policy is to skip the drive-through and just go inside the restaurant to eat. Then there is no chance of getting stains on your car’s interior.
You might think it is a good idea to allow your dog to take a ride in the backseat of your new car. Do not risk it unless you have some sort of cover for the seat. All it takes is for your dog to get bored and he could start chewing on the seats, or he could get carsick. Either way, it won’t look pretty.
If you want the interior of your car to look brand new and perfect all the time, then you are going to have to do some regular cleaning and maintenance. Once a week vacuuming to make sure that dirt and grime do not get embedded in your seats or carpeting is going to be a good habit to get into. Be careful with how you clean though! According to AutoPreme, a car floor mat manufacturer, there are usually two types of leather car seats. Those with perforated holes and those without. You’re going to want to look closely at your seats before doing any cleaning, as you will want to check your car’s manual or a professional’s specific cleaning instruction. One rule though, is that if you have perforated leather, you should not clean it with water, cleanser, or conditioner.
You have had your car for a while now, and you have strictly followed all the essential rules. You have been rewarded with an interior that looks as amazing as when you drove your Tesla off the showroom floor. You have proven to yourself that a little responsible interior care truly can lead to perfect results when it comes to how awesome your car looks on the inside and make it last forever. And now that you have a green vehicle, be sure to look into greener ways to get around for your kids, teenagers, and other people in your lives. Hoverboards in particular are a great way to introduce people to getting around cleaner (and cooler).