It actually is based upon temperature-----. Batteries are insulated in a plastic or rubber case, so electricity leaking to the cement is not in the question. Even more so, batteries normally sit in a metal tray in a car. If battery leakage were to occur, it surely would sitting on metal.
The actual cause is temperature difference between the top of the battery and the bottom. The specific gravity of the electrolyte changes with temperature. Therefore the specific gravity of the electrolyte is less at the top of the cell and more at the bottom. As measuring the specific gravity tells the state of charge of the cell, the cell has more of a charge at the top of the cell than the bottom. This causes an internal current drain inside the plastic battery case.
All batteries will discharge no matter where they are sitting when not being used. This is called "Shelf Life". A battery will not be damaged by sitting on a concrete floor versus sitting on wood. You will just have to charge it up to use it. It should be noted that a lead acid battery will eventually sulfate the longer it is discharged. Sulfation is not fully reversible.
People who believe that a battery is ruined by sitting on a concrete floor don't realize that probably the battery was acting up to begin with and was removed from a vehicle because it was going bad. After sitting on a concrete floor for a period of time, they try to charge the battery and find it bad. Therefore the conclusion was that the concrete floor ruined the battery instead of the battery getting plain worn out from usage in a vehicle.
It is all due to temperature and nothing else.
yes
Batteries lose charge in cold temperatures because the chemical reactions that generate electricity inside the battery slow down in the cold, reducing the battery's ability to deliver power.
Yes, batteries can lose charge in cold temperatures because the chemical reactions that generate electricity inside the battery slow down in colder conditions, reducing the battery's overall capacity and performance.
No they lose some of its power over time. it depends on the type of the battery. rechargeable lose more of there charge that normal battery's.
small battery can lose charge fast,and big batteries can loose charge at large time
Dead cell in the battery or something is on pulling power from the battery. Light or relay.
We know that AA batteries (or any others) lose charge because energy is taken out of them with use. The chemical reactions that generate the voltage occur, and this "uses up" the energy in the cell. This is the long and short of why batteries lose charge, and you can see it if you think it through. We can also see a situation where a cell loses charge when stored. No materials are perfect insulators. And lengthy storage, or storage under improper or poor circumstances will set up conditions under which leakage current could discharge a cell. Plain and simple.
Lithium ion batteries are supposed to last longer than nickel batteries. They do not lose charge for up to 10 years in their packaging, and they last longer while in use as well.
Rechargeable batteries lose their effectiveness over time. You could try discharging the battery completely and then recharging. However it is likely you may need a new battery.
They don't. That is an old myth. The only kernel of truth comes from the floor usually being colder and a cold battery will have less power. If concrete allows electricity to "leak" out of the battery, then the battery sitting on a metal tray in most cars,trucks, and part stores would kill every battery out there.
Batteries do not waste energy when not being used; however, they may slowly lose their charge over time due to self-discharge. It is recommended to store batteries in a cool place with partial charge to maximize their lifespan.
Freezing batteries can sometimes help revive them by slowing down chemical reactions that may have caused the battery to lose its charge. When a battery is frozen, the chemical reactions inside it slow down, allowing the battery to potentially regain some of its charge when thawed. However, this method may not work for all types of batteries and should be used cautiously.