Industrial Battery Factories And Their Products

As demand for wireless products is on the rise, the need for the energy supply of these products rises, leading battery factories to evolve. Lithium thionyl chloride (Li-SOCL2) battery is one of the most developed products in the industry because it applies in many fields, from utility and wireless technology to aerospace and medicine.

 

Time is money, and every terminated process for battery changing/charging consumes time. If battery-factories can guarantee you a 40-year life span of a battery, that will save you a lot of money.

So, let’s discuss more about appliances of industrial batteries and industrial battery companies.

Battery Factories – What Do They Produce

As the name itself suggests, battery factories produce batteries. These batteries are to be used in industrial battery products mentioned above, making our life easier.

How do these batteries actually work?

There are two types of batteries – primary and secondary cell ones. Primary cell batteries are the ones that can’t be recharged. Lithium thionyl chloride batteries belong to this group.

Why would you need to recharge the battery when it lasts up to 40 years? It’s more than enough.

What makes these batteries so durable is the simple chemistry process.

 

Their cells undergo a reaction between electrolyte and anode that creates a protective film over lithium anode. This protective film provides ion flow between anode and cathode. When the battery operates, this protective film fades over time, but as soon as the drawing current is terminated, this film has been renewed battery factories.

 

Other than life-span, the great benefit is the ability to work in extreme conditions. Most medical equipment requires a high temperature during the sterilization process. New sterilizers can be powered by specialized batteries that can endure temperatures up to 125 degrees. On the other hand, do you remember a time when your phone was frozen during cold weather conditions? That’s not happening anymore because even phones use batteries based on the Li compounds.

 

Not to mention extreme cold temperatures as the ones on the space stations. Another significant product is the backup battery – uninterruptible power supply.

Impact Of Battery Factories On The Environment

The most significant improvements when it comes to battery factories impact on the environment are noticed in the car industry. Climate change is demanding from governments law changes to prevent global warming. Therefore, companies such as Tesla, General Motors, BMW, and others are switching to green energy sources such as Li based batteries. At the same time, the series manufacturing of these vehicles shows us how many people have already adopted green energy, which is impacting the future of lithium thionyl chloride battery-factories.

 

Since the lithium mining and extraction process is very demanding and requires a lot of water, taking care of the environment will be the same value as producing those batteries. There are three ways of recycling them – pyrometallurgical, hydrometallurgical, and direct. None of these are currently economical, and the first battery factory that finds a more efficient recycling program will become the leader in this industry.

Future Of Battery Factories

All carbon-neutral initiatives are based on batteries as key components. The biggest potential is not hidden in individual consumers but large utility corporations. Since the prices of lithium-based batteries were dropping significantly, every company was implementing their derivatives into systems. Combined with other energy sources such as wind and sun, these batteries can reach their full potential in the next decade.

Among battery factories with a great potential, we have one that’s certainly leading the way towards broader and energy-efficient usage of lithium batteries – Tadiran Batteries. With their exceptional environmental care and terrific products, we can only wait and see what’s more to come.

FAQ

The biggest advantage is their highest energy density. It provides long-lasting life, faster, and easier charging.

Unless damaged, it’s safe for use. The chemical compound of Li-SOCL2 should not be inhaled or allowed to touch your skin because it’s corrosive. It’s good to be aware of the damage that waste creates and to dispose of according to manufacturer recommendations.