Electrifying Facts on Electric Vehicle Conversion – All You Need to Know

Right now, with the gas at prices that we have never seen before, many people are looking for ways to cut down on gas consumption and there are some people who are looking at ways to avoid using gas at all. They are researching electric vehicle conversion which is converting a car or small truck to run on electricity instead of gas. There are many benefits to having vehicle that runs on just electric but an electric vehicle conversion is no simple task. The benefits for the vehicle are, smooth running, low maintenance, low vibration, economical, and totally convenient. An electric vehicle conversion is complicated. As well as no longer using gas the vehicle will no longer use oil, an exhaust, belts, hoses, water pump, coolant, radiator, spark plugs, plug wires, and injectors. So this is not a job that should be undertaken by an amateur.

If you are a mechanic who knows what they are doing, the electric vehicle conversion can be done in your own garage, with few specialist tools. The materials needed for the electric vehicle conversion is of course the electric motor, the motor mount, motor controller, speed controller, system control box, high current shunt, high current fuse, high current circuit breaker, current meter, voltmeter, clutch plate hub adapter, main battery bank, 12V battery charger, 6V golf cart batteries (common choice), battery rack, cable terminal lugs, along with a vacuum pump and switch kit for the brakes.

Other materials for the electric vehicle conversion will include any kind of framework that you would want to use to house the batteries that are needed to run the vehicle. Cars that are most commonly used used in electric vehicle conversion are the Chevy S10, Dodge Colt, Daytona Ford Escort, Porsche 914, Honda Civic, Mazda B2000 pickup, Datsun pickup, Plymouth Sundance, Pontiac Fiero, Suzuki Samurai, Toyota pickup, and Volkswagen Beetles.

The cost of the electric vehicle conversion will vary and depend greatly on the vehicle that is going to be converted. This can range from $6500 and $9500 dollars and that estimate does not include the cost of the vehicle itself.

Depending on the size of the vehicle and the number of batteries that are used in the conversion, the distance the vehicle can drive on one charge will vary accordingly. The general Chevy S10 which has 16 six-volt batteries and weighs a total of 3700 pounds, will go about 35 miles on a full charge. If you have more batteries on a lighter car, then you will be able to go much further on a single charge.

The weight of the vehicle will also factor on how fast the vehicle will be able to go. The lighter the car and more batteries, the faster it can go. Historically electrically converted cars were slow but now they can achieve speeds of 60 to 80 mph.

Deciding on whether this option is right for you really depends on your mileage, how long you intend to keep you vehicle, and of course your commitment to the environment. Hopefully i’ve sparked enough interest for you to want to find out more.

Electric Vehicle Connectors

Green is no longer just a color; it’s a movement rooted in environmentalism and sustainability. As people around the world have realized that we need to protect the planet if we want it to stay healthy and beautiful for future generations, more and more products have entered the market to push the green movement forward. Electric cars are one of those developments, giving consumers the choice to be more environmentally friendly in their everyday transportation. Although most Americans own and use gas-powered cars, electric vehicles are growing in popularity and as their technology progresses, they will become even more convenient and appreciated. Electric vehicle connectors are an integral part of this new form of transportation; the cars need them to power up. But before we get into specifics, let’s look at the basics of electric vehicles.

Electric vehicles are a type of automobile that uses one or more electric motors or traction motors for propulsion. Unlike gas-powered cars, they are fueled by electricity, which can come from a variety of sources (fossil fuels and nuclear power, but also renewable sources like tidal, solar, and wind power). They require less maintenance because they don’t have as many parts as traditional vehicles, and they offer tax benefits. Electric vehicles are also easy to charge at home, run on renewable energy, and emit no pollution from their tailpipes. There are many benefits to owning an electric car, but like most things, they come with disadvantages too. Electric vehicles can take several hours to charge and aren’t able to last on long road trips. They will also increase the demand for electricity and there are very few models currently available.

Charging up an electric vehicle is easy, but it will require some patience. The most convenient (but also expensive) option would be to purchase a charging station for home use. If you charge your car overnight, it will always be ready for the morning commute.

To make the process of charging an electric car more convenient, national societies and commissions work together to establish industry standards for electric vehicle connectors. The common connector for the United States is the J1772 combo plug, which was chosen by the Society of Automotive Engineers. It allows for AC and DC charging, is 43mm in diameter, and contains five pins. Designed for single phase electrical systems with 120 V or 240 V, electric vehicle connectors use a 1 kHz square wave at +/- 12 volts on the pilot pin (to detect the vehicle, communicate the maximum allowable current, and control the charging process). These connectors will often be located outside, so it is important that they are able to withstand environmental concerns like wind, rain, and heat. They are also equipped with many safety features like shock protection, connector pins located on the inside (so humans have no physical access), and pins that have zero voltage when not in use.

Technological advancements and growing popularity are helping consumers see electric vehicles as a viable alternative to their gas-guzzling automobiles, but it will take a while longer for them to truly compete. Right now, electric cars are just a great alternative for environmentally conscious drivers looking to make a change.

The Basic Technical Specification Of RC Electric Vehicles Simplified For Beginners

When you are browsing RC automobiles online and decide to check the details of an RC electric vehicle that you are interested in (let’s suppose it is an high speed on road racing car), this is what you will likely be presented with, if you are on a quality, customer-focussed website, that is:

– SP28404 brushless motor
– SP28405 brushless electronic speed control
– Anodized aluminium centre drive joint
– Compact front/rear differentials
– Suspension arms with adjustable Width
– Anodized aluminium radio tray
– Solid shock towers and front/rear bumper
– High quality on-road tires with chrome sprayed rims
– 7.2v 1100mah Ni-Mh battery power required
– 7.2v 1500mah Ni-Mh battery or 7.4v 1300mah lithium battery pack is optional
– Anodized aluminium motor heat guard
– High duty front bumper foam provides
– Vehicle length: 265 mm
– Vehicle Width: 140 mm
– Height: 80 mm
– Wheelbase: 174 mm
– Track Width: 77 mm (F/R)
– Gear Ratio: 10.6:1
– Ground Clearance: 8mm
– Net Weight: 790g
– Wheel Diameter: 49mm
– Wheel Width: 18mm

How do you make head or tail of this fairly detailed specification for your rc electric vehicle, without it resulting in your eyes glazing over? Help is at hand right here. Let us go through these features one by one and you will be overjoyed with enlightenment.

SP28404 brushless motor
This is the latest, more advanced, powerful type of motor, which is reflected in the overall (higher) starting price of the automobile in which it is fitted. The benefits to you are a potentially speedier, more dynamically efficient RC vehicle, with the added bonus that it should be simpler to maintain. RC automobiles with brushed motors however, are the classic, conventional types.

SP28405 brushless electronic speed control
The RC electric vehicle’s speed is regulated with an electronic speed controller (abbreviated to ESC). This is the component that controls the drive motor mentioned above, together with the general electronics. Most automobiles come integrated with the motor and ESC, but are separate purchases in the more enhanced set-ups.

Anodized aluminium centre drive joint
More commonly known as the RC electric vehicle’s drive shaft, this is the central rod that runs from the front to the rear of the automobile. Being made of aluminium makes it lighter without compromising on the vehicle’s overall stability and sturdiness.

Compact front/rear differentials
A differential is a device that in most cases incorporates gears and is designed to drive each pair of front and rear wheels with equal force, but still allows the wheels to rotate at different speeds. Differentials on good electric vehicles are high performance.

Suspension arms with adjustable Width
The suspension arms provide your RC vehicle with powerful cushioning, as in a conventional car. Being adjustable allows the vehicle to be driven at optimum suspension on different terrains, especially when running over bumpy or rocky ground and when turning corners.

Anodized aluminium radio tray
This is tray that houses the in-built radio receiver in your RC vehicle. Being anodized gives it increased corrosion and wear resistance, making it harder than bare aluminium.

Solid shock towers and front/rear bumper
Integrated with the suspension system, the shock towers provide a damping effect on the overall vehicle suspension.

High quality on-road tires with chrome sprayed rims
The specification for this RC electric vehicle relates to an on road racing car. The makeup of the tires is important here. It is like differentiating between a mountain bike, with its thick, knobbly, high-friction tires and a road bike, with its slimmer, low-friction tires and a less prominent tread. It all comes down to performance requirements on the terrain that the RC vehicle was designed/intended to run on. The chrome rims adds a splash of quicksilver that finishes off the wheels nicely.

7.2v 1100mAh Ni-Mh battery power (required), 7.2v 1500mah Ni-Mh battery or 7.4v 1300mah lithium battery pack (optional)
7.2-volt nickel cadmium batteries are standard power sources, often referred to as battery packs. Although they are identical in size, they differ in capacities ranging up to 3700mAh typically. As the battery pack is extra, it is advisable to go for the largest capacity that you can afford, if you desire more running time (the downside is that you’ll need more time to charge it up).

Anodized aluminium motor heat guard
Unsurprisingly, your RC electric vehicle’s motor will get very hot. The guard thankfully provides protection against heat, which results from high speed running.

High duty front bumper foam
As with conventional, real-world automobiles, the front foam bumper needs to deliver maximum protection to your RC vehicle against impacts.

Vehicle dimensions
Length, width, height, ground clearance, net weight, wheel diameter and wheel width are self-explanatory.
Your RC electric vehicle’s wheelbase will be the length from the leading edge of its front wheels to the trailing edge of its rear wheels.

Track
Track refers to track width, the distance between the center of the left tire and the center of the right tire.

Gear Ratio
This is the relationship between the numbers of teeth on two gears that are meshed or two sprockets connected with a common roller chain, or the circumferences of two pulleys connected with a drive belt.

So, there you have it. We’ve just covered some of the basic technical terms that you are likely to come across when you are enjoying your time shopping for your future RC electric vehicles. Whatever you do, don’t be fazed by these terms – think of it as an educational experience, a journey of discovery that is a part of your enjoyment of RC electric vehicles.