Purchasing a new deep cycle battery can be costly. Cells from such a battery, running at approximately 2 volts, can run you from $300 to $600 – quite a steep price, considering even a small, 12 – volt setup, running 650 Ah, would cost around $1,800!

Perhaps you merely need a replacement; perhaps you’re trying your hand at desulfating and reselling deep cycle batteries. A large, used deep cycle battery can easily be broken down into its still-functional cells and incorporated into an eco-friendly, home renewable energy system, which would require anywhere from 12 to 48 volts.

Or perhaps you’re looking to replace a dead battery, thus a battery from a golf cart might serve just as well at powering a DIY electric car, for reasonably cheap (only $80) and provide 220 Ah, but for a only quarter of the time.

You can save a substantial amount of money from restoring old batteries because a refurbished battery can be sold for $100 each, and last double the time – or more – than the smaller, golf cart batteries.

The first set of old deep cycle batteries I personally refurbished were for free, disposed or recycled from a business. In breaking them down, I realized the majority of cells in any given recycled battery are still operational; typically, only a small handful of cells no longer work (in my case, only three).

At 24 volt, 700 Ah, with 12 cells in each, I recovered twenty-one still-functional cells. If I chose to sell them (rather than keep them, as I did), I could have profited up to $2,100: a healthy margin for a recycled battery! But bear in mind, despite all your best efforts, a battery will never return to its original capacity.

By removing the bad cells, however, up to a vigorous 90% might be recovered. Always remember to recycle those cells that are no longer useful to you. It’s easy to locate deep cycle batteries to begin refurbishing.

Get in touch with local business that may be able to provide you with free, recycled batteries. Warehouses or recycling depots would be a good start.

It’s best if you offer to pick up the batteries yourself, and you may be required to sign a waiver or other paperwork, for environmental factors, but for the most part, such companies are grateful not to have to dispose of the batteries themselves. Such old, exhausted batteries are almost always simply taking up space!

Deep cell batteries are rather large, and quite heavy (a 24-volt battery can weigh up to a thousand pounds), but with a truck they can generally be transported; anything larger than a 24-volt deep cell will require careful preplanning.

Be sure to have arranged your transportation well in advance. Alternatively, you can always inquire at any golf cart service garage in your area, as they will often offer stock for sale and may even deliver, but this will likely cost you a fee – usually only a few cents per pound.

At such a low rate, delivery is certainly an option. But, even if you chose to take the delivery route, if you have the skill and time, refurbishing a deep cycle battery is well worth it, whether you’re recycling for your own benefit or for profit.

Electric Golf Cart Battery Reconditioning

If you are thinking of refurbishing old electric golf cart batteries and bring them back to live, check out the Electric Golf Cart Battery Guide at www.golfcartbatteryguide.info/ for easy tips and suggestion.

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Deep cycle batteries are lead-acid batteries designed to transmit steady electric power for long durations without the need to recharge them often. People utilize deep cycle batteries for numerous applications and they are used mainly as the power source for homemade electric cars.

These types of batteries are, normally, used by people who undertake their EV on long drives. However, the battery requires regular maintenance for its effectiveness and long life.

Just like regular automobile battery, deep cycle battery also requires a charger. Unlike single stage charging for an automobile battery, a deep cycle battery requires multiple stage charging and therefore, a charger for a deep cycle battery is entirely different from the one used for charging an automotive battery.

A deep cycle battery has a unique storage capacity. It should pass through a few stages of charging or recharging before it is charged to its maximum capacity. The design and the construction of deep cycle batteries provide for multiple stage re-charging processes. It is advisable to opt for large capacity deep cycle batteries.

The most appropriate capacity should be a minimum of 8 amps and a maximum of 16 amps. It is necessary to select a superior quality battery charger. Besides the two stages in which a deep cycle battery is charged, such as the bulk stage and the absorption stage, there is also a float stage which ensures that the battery retains the charge to the maximum capacity once it is charged.

You should, therefore, make sure that the battery purchased has a float mode. In this stage, the battery can store electricity when it is not use. You should try to purchase only a high quality, durable deep cycle battery.

As soon as a deep cycle battery is bought and before it is used, it is necessary to charge it first. A deep cycle battery requires charging or discharging 30 to 50 times, before it attains maximum capacity. You should never drain it out before it touches its maximum capacity.

If proper steps regarding initial and subsequent charging are followed systematically, the deep cycle battery will last for months or even several years supply power to the electric motor on your electric car. However, the maintenance schedule like removing the residues from the top portion of the deep cycle batteries should be meticulously adhered to.

If the residues are not cleared from the surface of the battery, it will form a circuit that might soon lead to discharge of the battery. The positive and negative terminals of the battery should be cleaned at least once a year using a broad brush.

It is better to apply a thin layer of grease to the terminals of the battery in order to prevent the oxidation process in the battery and consequently, there will not be any drop in its performance. The deep cycle battery should be kept in a specially designed box meant for it when placing it on self-made electric vehicle.

This will ensure that the battery is not damaged because of any shocks due to movements of the EVs. Equalizing process is another important aspect concerning the battery maintenance. This can be carried out by charging the battery at a lower voltage.

The process of charging should be continued for another hour even if the charging cycle is complete. This will ensure stability of the cells of the battery so that all the cells can function at uniform efficiency.

The maintenance jobs on the deep cycle battery should be carried out every week, particularly if you use your pure electric car on a regular basis. Different types of deep cycle batteries, such as both basic and low-cost and high-tech and expensive ones are available in the market.

Although costlier than the common deep cycle batteries, it is essential that only a superior battery suitable for all applications that a high-quality deep cycle battery is capable of performing is purchased. Moreover, common deep cycle batteries will not last longer.

Apart from buying a long lasting high quality battery and undertaking regular maintenance, it is important that you purchase a superior battery charger as well. All these steps will ensure that a deep cycle battery will not only perform efficiently and lasts longer but also save a lot of money on repairs.

Converting your gas powered automobile into an electric car is not as difficult as you think. If you have some basic knowledge about car maintenance and the necessary materials, you can finish the work within a few weeks.

You will also be saving a lot of money which otherwise you would have paid to the electric vehicle (EV) conversion technicians. The advantage of converting your car into an EV yourself is that your family members, by helping you in your conversion project, can spend their leisure time doing something creative.

In this blog post, I intended to help those who would like to embark on a DIY car conversion project. The conversion process is explained step by step here.

1) Prepare a detailed plan for your car conversion project.

If you have some prior experience in converting a gas powered car into an electric car, you already know the different steps involved in the conversion process.

But if you are trying to do it for the first time, an Electric Vehicle Conversion Guide will be of immense help to you. The guide will assist you to plan your project and collect materials necessary for the conversion.

By following the instructions in the guide, you will be able to complete the conversion work with minimum difficulties.

2) Find a suitable donor car for conversion.

You can, of course, convert the car you are presently using but that leaves you with no vehicle to travel around till the conversion process is complete. It is, therefore, better to use a donor car for your EV conversion project. The Electric Vehicle Conversion Guide will help you to find a suitable donor car at the right place.

3) Choose a convenient place to do your conversion work.

A car conversion project is going to take up some time. Therefore the place you choose to do your conversion work must be free from obstructions. The place should be spacious enough to move around and secure enough to keep your tools and other conversion materials at one place so that it will be easy for you to locate them when needed.

4) Get the right tools for your project.

A car conversion project doesn’t necessitate very sophisticated tools. Ordinary tools that are commonly found in all garages are sufficient to carry out the work. In case there is the need for a specialized tool, you can easily get it from the local tool hire store.

5) Collect necessary parts for your electric car.

The most expensive part for your homemade electric vehicle is the electric motor and the deep cycle batteries. To keep the cost of converting your car into a pure electric vehicle as low as possible, try to source for used of 2nd hand electric motor and batteries.

Though they are once used, most of them will be in good condition. You can get them from scrap dealers or dealers in second hand items. The EV conversion guide will provide information about places where you can get second hand parts for your electric car from.

If you follow the suggestions above, converting a gas powered car into an electric car will be easier than you imagine. Make use of the guides because they are filled with rich information and advice provided by experienced people in the EV conversion industry.

A gas-guzzler normally refers to a vehicle that consumes fuel inefficiently. Those who have decided to convert their fuel inefficient cars to pollution-free efficient electric vehicles will find the job of conversion quite interesting. In addition, EV conversion saves them a lot of money over the years.

However, one of the first issues to be resolved before taking up conversion is the selection of a suitable electric motor for the vehicle. The questions that normally arise are what is the best motor for an electric vehicle and where do we get it.

Firstly, there are two alternatives for this; either opt for Alternating Current (AC) motor or Direct Current (DC) motor. While electricity distributed to homes is Alternating Current, the type of electric power used in torches and most radio controlled cars run on Direct Current.

The requirement of voltage for electric vehicle motors is 48, 60, 96 volt and above. However, toys and remote controlled cars use only 6 or 9 volts. In this respect, certain safety aspects should also be taken into account.

Most of the electric vehicles produced these days use AC motors because of several advantages. The main advantage is that they are lighter for the level of power they generate. The “regenerative braking system” built in electric cars helps in recharging the batteries whenever brakes are applied.

On the other hand, the major disadvantage with AC motor is that it is costlier than a DC motor. In addition, certain proficiency is needed to install an AC motor in a vehicle. The complex installation process is because of an inverter, which is required for conversion of DC electric power to AC, whereas there is no need to convert a DC motor.

DC motors are ideal for homemade electric car conversions as they are much simpler to install than AC motors. What is required is to hook them up to the batteries through the control unit, which is controlled by the accelerator cable, just as a carburetor controls the flow of fuel into the gasoline engine.

A common DC electric motor lasts a couple of conversions depending upon how it is maintained. A reconditioned DC motor is sometimes a good option, particularly for initial conversion. It will be comparatively much cheaper and it will last long if it is maintained properly. A local scrap-yard is the best place to locate a used DC motor.

DC motors are classified based on their diameter and for conversion of a vehicle to an electric car, a motor with a diameter ranging from 9 to 13 inches would be adequate. These types of motors are not that heavy and their Power Factor is quite high.

The best option for those who have an aptitude for do-it-yourself (DIY) conversion of a gasoline-powered car to an electric vehicle is go in for DC motor.

Size Of The Electric Motor

The next step is to decide on the size and voltage of the motor. The size of the motor depends upon the power of the motor, which, in turn, should correspond with voltage of the battery packs.

In general, if the size of the motor is larger, the bigger battery pack, adding up to higher voltage, would be required in the system. Electrical vehicle admirers and manufacturers are doing their best to assist those who are trying to make the atmosphere pollution-free and save the earth from the effects of global warming.

The question of which car polish to use is a common one for car owners, but polishing itself will damage the finish of a car and should be avoided. Of course, the most important part of keeping a car’s finish looking beautiful is a flawless paint detail, but once this is done, proper care is essential.

Preserving your homemade electric car’s clear coat keeps the finish deep, and treating individual spots keeps that clear coat from being damaged over the entire body of the car. Many do-it-yourselfers buy multi-step car polishing packages and apply all steps to the entire car, simply because the manufacturer of these products recommends it. This is not a careful or correct way to do detail work.

Tip 1 – Start with the least damaging treatment.

With few exceptions, most paint problems only require the proper skill and equipment, along with the finest polish available. Harsh treatments should be a last-line strategy.

“Pre-wax cleaners” are gentle polishes that shine a car’s surface without digging into the paint. P21S Paintwork Cleansing Lotion and Klasse All-In-One are two of the best. These polishes work through a chemical cleaning process, coupled with an extremely fine abrasive powder.

Tip 2 – The topcoat is precious.

The main qualities of a car’s finish are clarity, depth and gloss. Scraping off this clear coat with a harsh polish may add gloss in the short-term, but when the clear coat is damaged, permanent harm is done to the depth of the polish, and the small scratches reduce clarity.

Serious car polishes are not meant to be used at-home by car owners. Without a rotary polisher, operated by a professional, these polishes will destroy the clear coat. These scratches in the finish cannot be removed through additional polishing.

Since clear coat is so crucial to a car’s finish, avoid anything that may thin it. An abrasive polish may quickly remove 1 – 2 thousandths of an inch of finish – a contemporary auto finish is between 6 and 8 thousandths of an inch thick.

When fixing a scratch on your DIY electric vehicle, a temptation is to polish down the clear coat until the scratch is not visible. If this happens, then the finish of the entire surrounding area will be visibly different from the rest of the car.

It would be better to gently lift the coarse texture of the scratch, and let some remain so that the finish stays consistent overall. The overall final result is more important than the dullness or scratches that are being polished out.

Tip 3 – Use the right product for the right job.

A polish designed for factory workers to remove scratches from preparatory sanding should not be used to remove minor swirl marks, especially not without careful adjustment of the time, pads and speed used to apply it.

Some abrasives will cut less and less as they are used, others will simply continue scraping. A “general purpose” product may not be right for the job at hand, and choosing the right polishing pads and technique for it is another serious challenge.

Rust usually begins through the chips and cracks you receive from the pebbles and stones that hit your car through daily driving. With a small nick exposing bare metal in an unnoticeable location, rust will begin to form.

Once rust begins to happen, it cannot be stopped, only repaired. Whether you spend many of thousands of dollars on your homemade electric car or a couple of hundreds of dollars, you want to keep it looking nice.

While after spending so much money on your EV, you may not be left with a lot of money to repair damages such as rust. Below is a guide to repairing the rust without emptying your pockets.

A few things you will need include a good amount of elbow grease, a fibreglass cloth kit, electric grinder and cordless drill, spreader, sandpaper and sanding discs. Here are 10 easy steps to fixing the rust on your car:

Step 1 – Access where the rust is located.

Once finding the rusted spots, remove all excess trim and loose debris from the corroded part of the vehicle. Next, remove the rusted metal but leave enough to keep the shape of the electric car.

Step 2 – Prepare the electric grinder with 24-grit disc.

Just about 4 inches from the edge of the rust hole, grind all traces of the rust including the primer and paint.

Step 3 – Sanding.

Using a 100-grit sanding block, sand the corroded surface until it is clear and shiny. Using a ball-peen hammer, tap around the edges of the rust hole, slightly turning it inwards.

Step 4 – Filming rust hole.

Cut the release film from the fiberglass cloth kit about three inches larger than the sanded area. Using this piece of film, place it over the rust hole. Use a pencil to mark this area but do not wrinkle the film.

Step 5 – Covering.

To cover the rust hole, cut two pieces of Fibreglass matte. Cut one piece of this matte about one inch smaller than the size of the first matte.

Step 6 – Using repair jelly.

Spread the cut release film over it a layer of auto body repair jelly. The film needs to be facing outward. Next, take the smaller fiberglass matte and place it over the release film with the jelly.

Spread more repair jelly to the smaller fiberglass matte and place the larger cloth on it.

Step 7 – Filling.

After step 6 is completed, place the entire repair material over the rust hole. Again, the film must be facing outward.

Going in an outward motion, use a spreader to smooth it out over the rust hole. Remove all bubbles and follow the shape of the car.

Step 8 – Let the repair set overnight.

Following the next day, remove the release film. Check if the material is completely set. Using an electric drill and sanding disc, sand the repaired area. Finish the repair and sanding using a block sander.

Step 9 – Fill in the low spots with the filler material.

After the filler dries, use an 80-grit sandpaper to file and smooth it out.

Step 10 – Smoothing.

To complete the repair, apply the topcoat and hardener to create a smooth finish. Use a 200-grit smooth the topcoat, then use the 400-grit sanding block to finalize the repaired rust hole.

Someone who is really looking at buying a used car for EV conversion project needs to look out for the model and make of the car, its cost and present condition apart from the mode of payment and other things involved in your purchase plan.

There are actually a lot of other important things which also need to be considered regarding the car itself prior to the purchase of the vehicle. Some of the key points are highlighted as follows.

1) The mileage.

The most important thing to be considered is the date of registration of the car to evaluate its age. In the second-hand car sales market, a car which has run for about 15,000 to 20,0000 km and which is around 3 to 5 years old is considered to be worthy for buying. This number kilometers run by the vehicle can be determined by taking the reading on the odometer of the car.

There is a high chance of this odometer value being false, because the odometer reading could be easily modified and tampered by the owner whether it is a mechanical or electrical odometer. But nevertheless, it gives you a rough idea about the current condition of the vehicle.

But since the vehicle is meant to be the donor car of your homemade electric car project, you can opt for a car which is much older. Reason being, you will be replacing the internal combustion engine with an electric motor. Therefore, even though the engine has considerable wear and tear, it is still a good candidate.

2) Tire condition.

The tires should have no wear and tear, because changing the tires will cost a ton. Also the health of the ball, bearings and bushes are to be noticed so that one does not end up spending on them unnecessarily.

3) Car battery.

The next thing to be in proper working condition is the battery in the car. It should be properly charged with no acidic leaks detected. This battery will be used to power auxiliary system such as electrical devices in your EV.

4) External appearance.

For anything the outside appearance matters a lot, likewise for the car also the paint on the external surface should look new, without any scratches, fading or peeling. Try to stay away from car which has excessive paint peeling or rust.

5) Internal system.

If the car has an audio system installed that also needs to be checked. Lastly, one has to ensure that the headlights, rear lights, dippers, reversing lights, and the cabin lights of the car are all in working condition. After considering all the above mentioned factors, you can decide upon the car which needs to be purchased finally.

In addition to the above list, it is always a wise idea to also look out for the special features of the model and the general output of the model and make a comparative analysis with one’s driving conditions, frequency of driving, needs and budget and then make a choice.

Also another set of comparative study could be made with respect to the other cars which came around the same time frame or which one can get for the same budget and analyze the pros and cons of your current selection based on the technical specifications. During this search there is a high possibility of hitting something which far superior than your current selection.

Now considering the payment options for the purchase of the car, there are several finance companies which offer loans at considerably low interest rates. So even before finalizing the finance company a comparative study is necessary to determine the best company which will suit your specific needs like discounts, repayment options, and monthly installments and so on.

As a matter of fact, at times one might not be able to find a good car in your own locality but there is a better alternative for the problem. One can take the help of a car dealer.

The purchase of cars from the car dealers will ensure that the quality of the car we purchase is actually good, as they generally make a thorough checkup before they purchase it from the owner and they also tend to maintain it properly.

The World Wide Web is another useful place to search for the different types of cars which are available for sale and it also makes your life easier for the comparative study as mentioned earlier.

Last but not the least, it is always better to test drive a car for at least 4 to 5 miles before deciding how good the present condition of the car is. It gives you the confidence before the purchase, and will also help reveal any malfunctions in the vehicle.

Gasoline-powered cars have been the standard vehicles so far, with present and past generations of people driving them and it is quite likely that the next generation may also like to depend on these cars.

Many people are of the view that gasoline-engine cars will still remain the most popular mode of transport. But the truth is that a few decades from now gasoline and for that matter, even petroleum will become very scarce.

In view of this, gasoline-powered cars are not going to last forever. In future more electricity will be generated from renewable sources, such as solar power and wind power and scientists and car manufacturers have established that cars fitted with electric- engines will be the vehicles of the future.

Electric motors have several advantages over conventional internal combustion engines powered by gasoline. In sharp contrast to the gasoline-powered engines, electric cars are 500% more fuel- efficient. In other words, electric cars are more powerful and can run longer distances for smaller amount of power consumption.

As electric engine is run by electricity generated from batteries, solar energy, wind energy or hydro power, it does not emit any harmful gases and therefore, does not pollute the atmosphere. Electric car is noiseless, easy to operate and very safe.

Looking into the immense benefits an electric car can offer, a thought arises that if someone can assemble a number of electrical equipment himself at home, he can as well assemble an electric car himself. If one is enterprising, starting a gas to electric car conversion project can save you thousands of dollars on purchasing a new electric vehicle from a manufacturer.

Before you undertake to construct an electric car as a do-it-yourself exercise, you should examine the option of converting the old car engine into an electrical engine. In majority of cases this can be achieved. You should ensure that you have the necessary know-how to do it on your own. For this, you should have a thorough knowledge of the functioning of a conventional vehicle.

If you have a good experience in repairing your own car, you may be able to initial a gas to electric car project in your home garage. In case, you get the job of car maintenance done by a professional auto repairer, it is advisable to get the electric car built by a professional also. There is no point going through all the headache of trying the complete the DIY EV conversion project yourself.

On the other hand, if you are confident of your skills can take the help of do-it-yourself guide and begin building the electric car, by all mean, go for it!

In order to ensure that your electric car is built properly, a detailed research is required to understand the mechanism of a homemade electric vehicle.

Electric cars have a simple design and therefore, may be simpler to make than a car powered with an internal combustion engine. It may be surprising to know the amount of work that can be done by going through a do-it-yourself kit. The guide will indicate the type of tools and equipment required for making an electrical car.

However, it should be ensured that someone is nearby to assist you in lifting heavy parts and also in handing over tools from time to time during assembly. Garage and a shed with adequate space would be an ideal location to begin the project of building an electric car.

If you need a good step by step instructional guide on EV conversion, check out the book written by Gavin Shoebridge from New Zealand. Shoebridge is known as the EV Guy in the realm of DIY electric car enthusiasts. Click on the link below to visit his web site.

==> Click here to visit Gavin’s web site now!

If you are in search for the method to convert your gasoline car to electric car or would like to know about it, you need to understand the basic parts included in the task. Although it is easy to understand the operation of an electric car and the parts are easy to obtain, there can be problems when you do it in practical. This is what most of us would not like to happen.

There are not many parts which you would need to replace in order to convert your gasoline car into an efficient DIY electric car. The following are 5 parts and components you should never be cheap on.

1) Adapter plate.

The existing transmission of a gasoline car is of no use in an electric car. The adapter plate should be fixed as an aftermarket product.

2) Motor controller.

Electric motors need a motor controller to control the output power it delivers. In electric cars you cannot use transmissions. Most of the golf cars have electric motors.

3) Batteries.

In factory made electric cars the battery system is very complex where as aftermarket fitments use traditional batteries. Batteries are the most important part of an electric car is its battery.

You can choose either lithium-ion battery or gel based battery. Lithium-ion batteries have better performance because it do not contain liquid inside. The gel based batteries eliminate the chances of spilling.

However, a slight concern is that both these batteries are costly. An alternative aftermarket kit is the traditional liquid electrolyte based batteries. Liquid electrolyte batteries need more frequent replacement as it has shorter life compared to the other two batteries.

4) Emergency disconnector.

In cases of an emergency such as a short circuit it is required to immediately disconnect the electric supply between the car motor and the batteries. This is when you will need an emergency disconnector.

5) Electric motor.

Two types of motors are available for you to choose. You can select either an AC motor or a DC motor. AC motors can quickly increase speed after breaking. AC systems have also better power delivery and are easy to install. These have excellent torque too. This makes AC motors quite famous among many converters.

Most of the AC kits can be fitted at your nearest workshop. DC motors are of several advantages as compared to AC motors. They are easy to get and installation is lot easier because most EV converters are using a DC setup. This makes finding an expert in this profession easy. DC motors can mange instantaneous torque.

The lower cost of DC motors makes it more attractive. Choosing the motor which suits your needs should be kept in mind. If you require good power output and better performance you need to go with AC system. Beginners can go for DC motors as it is very easy to install.

With numerous varieties of automotive tools on hand, a garage car manual to guide and sparing some time and attention, minor car repairs and its scheduled servicing and maintenance works can be undertaken easily by anyone at his automobile garage at home to maintain an electric car road-worthy and keep it running smoothly.

This way one can comfortably save hundreds of dollars on garage expenses annually. Apart from cutting down on costly expenses on professional garage services, one of the most gratifying features of undertaking maintenance jobs on own vehicle is the opportunity it provides in better understanding of the car mechanism so that it is easier to handle in case of breakdowns.

A wide range of good quality automobile tools are essential in any home automobile workshop to work on a car. The machining and sizes of parts of cars are not uniform for all models and makes, as certain car manufacturers adopt different types of machining for their cars and in view of this, sizes of parts also vary.

It is, therefore, very important to procure certain special car tools from automobile parts stores. These tools are specifically designed for working on a particular type of car. A trolley jack and axle stands are among the two most important items in a home car workshop and without them the workshop is not complete.

These equipments are required to let the car owner to get underneath the car to carry out certain maintenance jobs, like changing the deep cycle battery or checking on the adapter plate or electric motor. For many routine jobs, such as changing blown fuse, battery connector, wire connectors, brake pads etc. on your homemade electric vehicle, all-purpose tools, like a wrench and a screwdriver are quite sufficient and practically, all hardware stores stock these small tools.

It is advisable to keep automobile tools separate from other normal tools so that these tools will be handy when car maintenance work is taken up. This way maintenance job can proceed smoothly without any disruptions or delays.

If you are using a conventional automobile, it was comparatively easier to maintain cars and get familiarized with their mechanism than at present. With a DIY electric car, maintenance can be a bit tricky especially if the problem is caused by the controller.

It is, therefore, necessary to have special electrical problem-solving tools to check and fine-tune the controller and electric motor on your EV. Routine maintenance of internal and external components of your electric car in actually fact is not difficult and it could be carried out by anyone.

Removal of scratches, dents and panel beating are fairly simple jobs to undertake in a home garage. While a soft hammer is useful for panel beating, abrasive paper, spray paint and filler are necessary for spray painting work. For small scratches on your car body paintwork, you can use the Quixx paint scratch remover.

If the car is used regularly for a long period and the interior looks worn out, it also requires some attention. Fortunately, plenty of car upholstery tools are available in the market that can be used to refurbish the interior of the car and restore it to its original dazzling condition.

Small slits and burns on the seats can be repaired by darning them or pasting repair patches over those places. While the luster of the car can be restored with a good polish and a polishing brush, certain specialized tools are necessary for repairing the carpets or even substitute them, if required, with good ones.

It is obvious that owning and maintaining an electric car is not only mere tightening of nuts and bolts and stitching ripped seams, but also involves adding certain specific parts, like a more efficient high torque electric motor to durable deep cycle batteries. When fundamentals of car maintenance are properly understood, its upgrading and tuning will become more comprehensible, thereby saving lot of money in the long run.

The best method to save valuable time, effort and lot of money on car repairs is to keep the right automotive tools in the home garage and carryout small jobs on our own. However, it is also very important to bear in mind that one should acquire enough knowledge on cars so that he can decide when to seek the services of a professional mechanic from an outside workshop or otherwise, ignorance or insufficient knowledge will lead to more damage than good your electric car.