What is a nuclear battery?
An atomic battery is a model of battery whose plates are charged and inserted before construction.
These pages are grouped and finally assembled.
This battery is also called a sealed battery.
The battery is sealed and an integrated cap is placed on it.
Like other batteries, it has an electrolyte.
But it does not need to add distilled water because the specific material of the plates inside it is different.
This battery can also be recognized by its appearance due to the lack of a valve to add acid to it.
Atomic batteries are made of two types of calcium technology – calcium or calcium-silver.
These two types are the latest battery models and have a higher price and longer life than other batteries.
The difference between atomic and acidic batteries
Car batteries are divided into two categories:
Low maintenance batteries are called acid batteries.
Free maintenance batteries, which are nuclear batteries.
The electrolyte material is the only major difference between atomic and acidic batteries.
In acidic batteries, the electrolyte plates are made of lead.
It consists of six lead plates with positive and negative poles that are placed in a solution of water and sulfuric acid.
Electrons are released from the reaction between the plates and the electrolyte solution.
Due to the floating plates in the solution, the electrolyte solution level in acidic batteries should be checked.
If distilled water is added to it, it is called a battery that needs little care.
Acid batteries can be easily detected with six doors that can be opened.
Atomic batteries also have electrolytes, but the electrolyte is made of calcium or silver.
Due to the material of the atomic battery plates, their electrolyte levels do not decrease and do not need to be checked.
Detecting the charge of these batteries is easily done by checking the light on the battery.
Which includes three modes
Green indicates charge
Black indicates a weak battery charge
White indicates a battery drain.
Atomic batteries have a longer life and less pollution than acid batteries due to the lack of lids.
Acid battery production has decreased due to increased pollution.
But nuclear batteries are more produced in factories in Iran and other countries.
Advantages of Atomic Batteries
It is possible to recharge the battery.
It needs less repairs and inspections than the acidic type.
It has a higher starting power than conventional batteries.
They have high resistance to heavy charging and discharging.
The green color indicates that the battery is healthy.
Distilled water is not used in this type of batteries.
If it shows brown, it means that the battery is healthy but in discharge mode.
If it shows white, it means that the battery is broken and needs to be repaired.
This type of battery does not release any battery acid due to the closed battery mold.
It also does not make the body dirty or damage the car wiring.
It should be noted that car batteries, both nuclear and acid batteries, must be purchased in accordance with the car.
Atomic batteries will be safer and more cost-effective for the consumer due to their longer lifespan, no need for care.
Atomic car battery is one of the best-selling car batteries.
The main difference between an atomic battery and an acid battery is that it is made of an alloy called calcium or silver.
Which has a longer lifespan and higher starting power.
Atomic battery life
The battery life of a car depends on the type of battery, its quality and how it is maintained.
Atomic batteries use a radioactive process to generate electrical energy.
For this reason, it has a longer life than conventional batteries.
These types of batteries are structurally made for a lifespan of 5 to 10 years.
But this lifespan depends largely on how the battery is used.
If used frequently and charged and discharged a lot, the battery life will be reduced.
Observing the following can increase the battery life of your car to more than 5 years:
Recharge the battery after the battery charge level drops below 50%.
Keep the electrolyte level of the battery in the specified amount and do not reduce its level.
(Atomic batteries do not need this care)
If the battery is not used for a long time, loosen the retaining clips.
Check the battery head and alternator belt and clean the battery
Atomic batteries, also known as nuclear batteries and tritium batteries.
Is an electric current generator that converts energy from the nucleus of radioactive materials into electrical energy.
Atomic batteries due to their long life and high energy density as an energy source for equipment that needs long-term use.
Used for cars and more powerful types for spacecraft.
Energy conversion methods in this type of batteries are both thermal and non-thermal conversion.
In the thermal conversion method, the output is obtained from the temperature difference and includes thermoelectric and thermionic generators.
Non-thermal conversion uses nuclear energy extraction to rotate electrons and generate energy instead of using thermal energy.
Acid and atomic batteries differ in the technology of making battery panels. Among atomic batteries and acid batteries, atomic batteries have a longer lifespan and are therefore more popular.
Acid and atomic batteries differ in the technology of making battery panels, according to Battery Relief. Both types of batteries have electrolytes, in atomic batteries due to the type of plates, the electrolyte of the battery does not decrease and there is no need to check the battery acid. This battery is called so-called maintenance-free.
There are three colors of eyes on atomic batteries:
If the eye color is green, the battery is charging.
If the eye color is black, the battery is weak.
If the eye color is white, the battery is discharged.
If the ocular battery remains white after recharging, the battery is damaged. In acidic batteries, each house has a
battery and a total of 6 batteries. Because acidic batteries are not maintenance-free, the battery electrolyte level should be checked periodically and distilled water added if necessary.
Among atomic batteries and acid batteries, atomic batteries have a longer lifespan and are therefore more popular.
In nuclear or dry batteries, there is no more water and acid.
These batteries require less care. The advantage of these batteries is that the indicator mounted on the battery by its color can indicate the health of the battery.
The battery indicator color has the ability to show the battery status with high accuracy.
The main problem with nuclear or dry batteries is that they suddenly fail and malfunction. Therefore, they may once put you in a very awkward position and a place away from facilities.
The difference between these two batteries is that acid batteries, unlike dry batteries, do not fail all at once. These batteries gradually weaken and eventually break down.
In this situation, the driver of the car, when starting and how to turn on the car, realizes that the battery is in a bad condition.
Therefore, according to the description, it is clear that acidic batteries need more and more regular maintenance. But there is an important issue with these batteries. The problem is that acid batteries are less damaged and more affordable than dry batteries.
So it is recommended if your car battery is dry and if you are constantly traveling or traveling to a remote area,
To prevent any unpleasant events as well as sudden failure of the dry battery, immediately replace the dry battery of your car and use an acid battery.
Acidic batteries require more maintenance but are less likely to shock you and are cheaper, so if you are traveling to a remote area and have a chance to stay on track, it is better to replace it sooner. Use when the battery is dry or use acidic batteries.
Does the atomic battery have acid?
First, we will discuss the difference between atomic and acidic batteries, so that you can get acquainted with acidic batteries, and then we will answer the question whether atomic batteries are acidic. Join us.
Both of these batteries are capable of charging and discharging and are produced in different amps. Also, the power and output of amps of atomic and acid batteries are exactly the same. They have the same voltage of 12 volts and power supply. Which are installed by connecting the positive and negative poles and can be used on the battery. The main difference between the two batteries is the type of plates inside the battery.
Some consumers of atomic or dry batteries assume that there is no acid or electrolyte in the structure of a car atomic battery, but this is not the case. In the structure of a car atomic battery, there is electrolyte like acidic batteries, but due to the material and type of plates inside the structure of the car atomic battery, its acid does not decrease and there is no need to check its acid level.
This type of battery is made using two types of calcium technology – calcium or calcium-silver. These two types are the newest models and have a higher price and longer life than other batteries.
One of the most commonly asked questions in the field of car batteries is the difference between the different types. Today, there are two types of batteries, called acid batteries and atomic batteries, in the consumer market, and several companies with different qualities produce and market these batteries. Atomic battery or acid battery? which one is better ? Is one really superior to the other? What is the difference between these two types of batteries? Why do most sellers advertise a nuclear battery and try to sell it? Is the life of a nuclear battery really longer? These are the questions that most consumers have in mind about batteries.
The main function of a car battery is to provide the energy and power needed to turn on, to ignite the engine starter, and to supply power to the lighting, audio, and video systems. Car battery health has a direct impact on the quality of car efficiency. The life of the parts in the car is directly related to the car battery. So what kind of battery we choose for our car and with what features is very important and effective.
Performance of acid batteries and atomic batteries
In terms of structure and production chemistry, both of these batteries are the same. Acid batteries and atomic batteries both use lead plates and a mixture of sulfuric acid and water electrolytes. Both have chemical reactions. In other words, hydrogen and oxygen are by-products of both batteries. But what is the main difference?
In the structure of the acid battery, lead plates immersed in liquid electrolyte are used. Gases are produced during the chemical reaction that takes place in this battery. The production of these gases causes the battery to lose water. As a result, electrolyte levels must be constantly monitored and replenished.
The structure of this type of battery uses fiberglass mattresses that are placed between the lead plates. AGM, another name for these batteries, is also named here. The name of this battery, which is known in the world, is Absorbent Glass Mat or absorbent glass mattress. These mattresses hold the electrolyte solution suspended in glass mats. In other words, the solution has no free flow.
The result is that these batteries are sealed. The gas produced during the chemical reaction combines again with the electrolyte. If there is excess gas, the gas is discharged through a valve that is installed. As a result, there is no need to check the surface of the solution.