Deep cycle battery reconditioning chemicals,how much cost for car battery za,car battery fitting bristol 2014,lead acid battery charger schematic diagram free - Step 3

Lead acid batteries come in a variety of types and the most frequently used ones in homemade electric cars are tubular deep cycle batteries designed to hold the electric charge for prolonged periods without the necessity of renewing their charge by trickle or regular recharging.
However, since they also contain liquid electrolyte in the form of dilute sulfuric acid, they need continuous maintenance. Reconditioning technique in the case of deep cycle batteries is not very difficult to master and one can attempt to do it as a DIY project, if the right tolls and knowledge is available to you. You would also need accessories like vice grips, crescent wrench, steel wool, glass funnel, bucket and protective rubber gloves. First, the external battery container needs to be checked thoroughly for any cracks or signs of leakage. Disconnect the positive and negative leads connecting the terminal to the battery and remove the battery from its holding compartment. Now remove the plastic breathing plugs on top of the battery and carefully drain the cells into a bucket without spilling. Using the funnel pour this solution to fill up each cell and recap them when plugs are available or in cases where holes were drilled to drain the battery, use rubber plugs easily available in most auto parts shops.
Since deep cycle batteries take longer duration for the charging process, avoid using the “quick start” feature if provided in the charger. Do you want to know how to save cost on your DIY electric car conversion project by reconditioning old deep cycle batteries? This entry was posted in Battery Reconditioning and tagged Battery Reconditioning, deep cycle batteries, homemade electric cars on September 13, 2011 by Will. Enter your name and email below to get a FREE copy of 20 DIY Electric Car Conversion videos e-book. If you use an off-grid alternative energy system, you will need a battery bank with deep cycle batteries. The most common deep cycle batteries used in off-grid energy systems are (deep cycle) lead-acid batteries because they’re reliable, affordable, and able to repeatedly deeply discharge and recharge. But if you take proper care of the batteries …and also do a few tips and tricks we’ll teach you in this article, you can maximize the lifespan of your deep cycle batteries. We’ll also point out some of the most common mistakes we see people making when they use lead-acid deep cycle batteries in their off-grid energy system (so you don’t make the same mistakes)! One the most expensive parts of an off-grid energy system is the battery bank.And the batteries are typically one of the first things to fail in a system. So proper care is critically important so you prevent premature aging of your batteries and maximize their lifespan. So this tip probably seems obvious, but the old adage ‘You get what you pay for’ holds true for most deep cycle batteries.
Cheap off-brand batteries from China are flooding the market right now and you want to avoid using these.
Paying for higher quality batteries upfront that last 10-25 years may seem expensive but it actually ends up being more expensive to buy cheap batteries …then replacing them every couple years (because they die early). If you want to save money on your battery bank don’t buy “cheap” batteries, instead get quality used batteries and recondition them back to their original condition. Even if you use the most expensive, high-quality batteries in your battery bank, it won’t be of much use if the batteries aren’t cared for and corrosion or acid is on them.
Before you assemble all of the components of your battery bank, make sure to individually coat the terminals, wire lugs, nuts and bolts with a non-hardening sealant.
You can also apply a thin coating of petroleum jelly to the battery terminals for some extra protection.
Lastly, seal exposed wire at a terminal lug using submersible rubber splice tape or something similar. The reason all of this has to be done before assembly is because it ensures that all of the parts are equally protected. If you’re using a solar panel or wind power system, you should make sure that your battery bank is big enough to carry six to ten days of load.
And you’ll also be able to use your batteries a little more gently so you don’t have to consistently drain them. Because temperature extremes cause batteries to deteriorate much faster, it is important that you keep your batteries in a place where the temperature is relatively stable.
Aside from enclosed above-ground structures, you can also create a structure that is partially underground. In addition, make sure that the charge controller or inverter system has a built in temperature compensation feature.
If you can’t stick to just a single series of cells in your battery bank, limit it to three parallel battery strings. A renewable energy system monitor will help you keep track of the performance of your system (including the battery bank).
It will also help you troubleshoot any issue that comes up with your system so you can troubleshoot it before it turns into a bigger problem.
This will be particularly important if you are relying on the power from your off-grid power system and living in a remote area.
It will also help you maintain your batteries so you don’t have any surprise repairs that are costly and could have been avoided. Deep cycle batteries are designed to retain the charge for longer duration as compared to conventional batteries. Most normal automotive starter batteries are designed to generate short, high-bursts of energy for cranking the engine of a car. Although normal types of batteries are very useful for starting the car, they are not the appropriate type to run other types of equipment where a stable supply of power is required for long hours.
Unlike usual automotive starter batteries, deep cycle batteries are also useful in all eco-friendly applications.
The recyclable deep cycle batteries are so designed that one need not spend any additional time in getting them recharged. The fully charged deep cycle batteries are capable of discharging stable power over a period of time. With numerous benefits, these types of batteries are the best means to decrease our reliance on fossil-fuel and thereby, help in protecting the environment. Deep cycle batteries are very useful in extensive range of applications such as electrically driven forklifts and floor sweepers widely used in industries, motorized wheel chairs in hospitals, energy storage systems for solar power or wind power, especially in small installations for a single building. It can also be used to supply power to instruments and other gadgets at remote locations, traffic signals, traction batteries to propel golf carts, providing power to motors in fishing boats, uninterrupted power supply, audio equipment and many others. This entry was posted in Batteries and tagged deep cycle battery, marine batteries, power storage unit on March 2, 2012 by Will. However, installing a renewable energy system, in most cases, requires you to make a considerable initial investment that you won’t get back for several years. One of the biggest expenses associated with alternative energy systems is the batteries in the battery bank. So choosing the correct batteries for your off-grid system is crucial (and keeping the batteries alive as long as possible is also critically important)! Doing this will will save you a considerable amount of money when building a battery bank and it helps make alternative energy accessible to those with a tighter budget!

What are the best batteries to use in your solar power, wind power, or other alternative energy system?
In this blog post we’ll try to answer that question in a very simple and straightforward manner.
Many of the batteries that are used in renewable energy systems were originally designed for other purposes. The fact that they are widely produced also means that they are relatively easy to replace if a battery in your battery bank needs replacing. It should be noted though, that as of late, lithium ion batteries for residential alternative energy systems, like Tesla’s Powerwall, have been gaining ground – but the initial investment into lithium ion batteries is still much more than the initial investment into lead-acid batteries. The Powerball may eventually change this but at the moment deep cycle lead-acid batteries are the cheapest and most practical solution for a home battery bank. Back when the renewable energy industry was still picking up steam, people that wanted to go completely off the grid would often have to improvise and make do with car batteries.
These plates have a big total surface area that can facilitate a large number of chemical reactions.
Deep cycle batteries on the other hand, have thick lead plates that don’t give much room for chemical reactions. In essence, car batteries are “shallow cycle” batteries that will quickly burn out when used as storage for renewable power. One of the reasons that some people favour SLA’s is because they require little maintenance.
However, sealed lead-acid batteries have two big flaws: they are sensitive and wear out quickly.
Even though the five to six year life span of golf cart batteries may seem relatively short, golf cart batteries more than make up for their deficiency in this area by being extremely durable and cheap (you can also use these 7 tips to extend the life of golf cart batteries).
In addition, golf cart batteries can also be found almost anywhere, making them a great choice for battery banks. A battery bank that uses one or more industrial batteries follows the opposite philosophy of a golf cart battery bank. Because these batteries aren’t usually manufactured to standard dimensions, you will have to have one made that is just right for your needs.
Or you can try to find an old industrial or forklift battery that’s the correct size for your system and use that.
Like golf cart batteries, there are sometimes ways to get free or cheap forklift batteries. But if you choose to get a new custom made battery instead, you should expect to pay quite a bit. There may be advancements in battery technology that could make the battery obsolete in years to come. But if you don’t mind making a significant investment upfront (anywhere from $2,000 to $10,00) and are alright with spending time keeping your batteries in top condition, then industrial batteries might be right for you.
If you want batteries that have a little more capacity than golf cart batteries but don’t want to spend on industrial batteries, L16 batteries are a good middle ground. These flooded lead-acid batteries were originally designed for supermarket floor scrubbers.
The good thing with these batteries is that they last a bit longer than golf cart batteries – about six to eight years.
Different homes will have different power requirement and will need battery banks that are sized accordingly. If you build a battery bank using any of the three batteries mentioned above, you should be able to create a battery bank that is just right for your needs.
Use those “like-new” batteries instead of buying new overpriced batteries to save a lot of money!
Here’s an interesting web site I found recently that I think will be very useful for DIY electric car enthusiasts.
The best battery recommended for EV conversion is deep cycle battery used on electric golf carts. For a normal sedan electric car, it would require from 10 to 15 units of deep cycle battery.
If you are using electric golf cart deep cycle batteries, you want to maintain them so to achieve maximum performance and obtain a longer battery life.
Even when there’s no moving parts in a battery, it does have chemicals that have to be dealt with. If you do not see any value after reading the manual, you can ask for a full refund within 60 Days from the purchase date. This entry was posted in Battery Reconditioning and tagged battery maintenance, deep cycle battery, DIY electric car, electric car conversion, golf cart battery on July 8, 2009 by Will.
You use or are thinking about using a deep-cycle battery probably in a marine application and you’re wondering where to find a good deep cycle battery charger to keep it charged when you need it.  Not all lead-acid car battery chargers are designed to be deep cycle battery charger especially since the needs of a deep cycle battery are drastically different than those of a regular car battery.
A 12V deep cycle battery is a lead-acid battery that is used in applications where it will spend much of its life being regularly deeply discharged.  That might include trolling motors, sailboats, other small vessels, vessels with a deep cycle marine battery, forklifts, floor sweepers, motorized wheel chairs and scooters, remote-site electronics, RVs, highway electric vehicles, traffic signals, uninterruptible power supplies, audio equipment, or golf cart batteries to name some examples.
Under ideal circumstances an example schedule for a 200 amp-hour battery might be a Bulk Phase where charging proceeds at about 15 volts and 50 amps to approximately 75% charge followed by an Acceptance Phase where the battery is maintained at about 15 volts while reducing the amperage and charging the battery the remaining 25 percent capacity at a declining rate. Once charged, the battery should be maintained using a Maintenance Float Phase where the voltage is reduced to around 13.4 volts to maintain the battery without losing electrolyte. Another capability of some deep cycle battery chargers is an Equalization or Desulphation phase where the battery continues to be charged to a controlled electrolyte boil dissolving lead sulfate crystals collected on the lead plates and prolonging battery life. This schedule is complicated enough that to manually manage it would be very burdensome and time-consuming and you would run the possibility of making a mistake and damaging your battery or charger.  Your best choice is a “smart charger” that is designed to handle the unique charging schedule of deep cycle batteries. Smart chargers have a built-in microprocessor that can provide the correct charging schedule required by a deep cycle battery.
Only one of the deep cycle battery chargers on our list is designed for California and Oregon use.  Be aware that if you need a CA or OR battery charger, you will need to look for that model of the same charger.
Take a look at our list and see if one of these deep cycle battery chargers is the best deep cycle battery charger for your needs! Built-in microprocessor delivers 8 patented steps maximizes battery life and performance including desulphation process that removes sulfate from lead plates, battery diagnosis that determines the health of your battery, a reconditioning function that can restore stratified and deeply discharged batteries, maintenance charging, cold weather optimization, and AGM charging.
Mark is an avid car nut and writer who loves to research and provide helpful information on popular topics to help consumers make better buying and care decisions. Interstate batteries golf car batteries deep cycle, Interstate batteries has longlasting deepcycle golf car batteries. New golf cart line interstate batteries system , Interstate batteries’ golf car line isn’t just for golf cars.
Interstate batteries deep cycle batteries golf cart, Marine batteries golf cart batteries interstate batteries. The controversial Tesla Autopilot charged its first fatality Who will take responsibility now? This especially suits their use in electric vehicles (EV) which are not used on a daily basis.
When they do finally fail or show signs of failing, their replacement costs are high and it is therefore economical to get them reconditioned at much lower price.

One of the first requirements is to get a suitable external multi-phase battery charger of the right capacity.
Certain chemical materials like baking soda, distilled water and Epsom salt are also needed.
If any leakage is detected, avoid touching the battery with bare hands and ensure rubber gloves are used for the task. The battery housing and the terminals are to be thoroughly cleaned using a paste of baking soda and water to remove any traces of acid. Certain brands of batteries are sealed and come without screwed plugs, but may have soft depressions on the top. Make a solution of eight ounces of Epsom salt in a quart of distilled water, without leaving any crystalline residue, stirring vigorously if required. Once the battery is fully charged, remove it from the charger and reconnect to your vehicle in the normal way.
During the next few days inspect the battery regularly and repeat the charging process if required for full long duration charge. The regular deep discharging then recharging they have to perform puts a lot of stress on the batteries. They generally have a much shorter lifespan compared to quality batteries that you pay a little more for upfront.
The more expensive tubular plate batteries can even last as long as 20-25 years if maintained properly.
If you apply protective substances after you finish assembling the system, there is a good chance that dirt will get into small spaces that weren’t properly coated. This way the temperature in the structure will remain the same no matter what the weather is like outside. This is necessary because the charge voltage limit of a battery increases as temperature drops and decreases at temperatures increase. These types of batteries, as an alternate source of energy combine well with eco-friendly technologies. As opposed to earlier lead-acid deep cycle batteries, deep cycle batteries now use renewable energy, such as solar panels for power generation. They recharge on their own, store power and discharge the energy automatically when needed.
In contrast, conventional batteries do not offer so many benefits such as stable and high-quality power for long duration.
If you do, click on the link below to visit Michael Llyod Battery Reconditioning web site for step by step instruction on how to bring a dead battery back to service life.
The most prominent example of this is the lead acid battery which has dominated the industry for a long time. However, car batteries were never built for this purpose and shouldn’t be continuously drained and recharged (which is what they need to do in a solar panel or wind turbine system).
When you start your car, these reactions produce the sudden burst of power that is needed for ignition. Though they produce less current, they are designed to do so for a much longer period of time.
So if you’re planning on using your solar panel or wind power system every day, this will eventually pose a problem.
So it’s no surprise that they’re one of the most commonly used batteries in battery banks for renewable energy systems. Instead of relying on multiple strings of smaller batteries, you use a few or even one battery to store all of your energy. These new products should be entering the market over the next couple years, like the lithium ion Tesla Powerball. As you may already know, a homemade electric car relies on an electric motor to generate torque. If you are going to invest money on a bunch of deep cycle batteries, wouldn’t it make sense to learn how to maintain them properly?
With that amount of batteries, it will give you approximately 60 to 100 driving miles before you have to recharge. If you do not pay attention to this area, it will lead to all kind of problems for your electric car.
Since Electric Golf Car Battery Guide is offered under Clickbank, you are automatically covered under their 60 Days Money Back Guarantee policy. If you are going to spend hundreds of dollar to buy deep cycle battery for your DIY electric car, wouldn’t it make sense to learn how to take care of them. For the best information on deep cycle battery maintenance, check out Electric Golf Cart Battery Guide.
They last longer and charge faster if they are charged according to a temperature-dependent and battery chemistry-dependent schedule.
Its state-of-the-art technology features 8 patented steps to maximize battery life and performance.  Here’s what you need to know. The site .Italian cars have always been on the wish list of every sports car lover, especially the Lamborghini. Adequate precautions like avoiding the reconditioning procedure in enclosed small spaces, wearing of safety eye glasses and use of rubber gloves will go a long way in ensuring safety.
The Convert2EV ebook was written based on their personal experience retrofitting conventional automobiles into EVs on a small budget. There’s also a greater chance of losing equalization, resulting in cells failing prematurely. It will make available a dependable power much earlier than the huge amount of power generated by the starter battery in sudden spurts.
If they agree, you can then recondition the battery and use it instead buying a new pricey industrial battery. But at this time, our three favorite batteries for residential off-grid, alternative energy systems are golf cart batteries, L16 batteries, and industrial batteries.
According to the manual, the key is to know how to have a solid maintenance and servicing program. Any price and availability information displayed on the merchant site at the time of purchase will apply to the purchase of this product. 11 item(s) deep cycle golf industrial marine rv powersport solar ups.12 volt deep cycle golf car batteries gci golf , 12 volt deep cycle golf car batteries. The advertiser would usually receive a commission for a sale or lead generated.- FlagClick here to flag this ad for review or to report a problem New Battery Reconditioning Course! The Photovoltaic (PV) solar panels used in the deep cycle battery along with other materials are easy to maintain. And our step-by-step guide walks you through everything you need to know.Many people think reconditioning batteries may be hard or time consuming, but it's not!

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