Put yourself in a situation where you just purchased a brand-new smartphone. You're excited to use the new features and sleek design. Weeks later, you realize the battery no longer holds a charge like it should. Not long after, it starts to swell, then overheat, and finally—to fail. Not only is this situation frustrating, but also dangerous. This is not a rare case. 

From the smartphone in every pocket to modern electric vehicles, batteries represent the lifeblood of contemporary technology, powering both our everyday gadgets and machinery critical to the industry. But with an ever-greater reliance on battery-powered devices, certainly one cannot be blind to the risk of a battery's failure and the serious consequences this can have.

When batteries fail, they can do more than inconvenience users—they often cause some dangerous safety hazards like fires and explosions. The root cause? Too often, it's inadequate testing during the product development and manufacturing process. Batteries are complex electrochemical systems that need rigorous testing in varied conditions to prove that they meet both safety and performance standards. That's where a Battery Test Chamber comes in—a very highly specialized tool designed to replicate real-world scenarios and push batteries to their very limits.

BATTERY TEST CHAMBER, the ultimate solution to the challenges of battery testing.

The “unsung hero” in the assurance of reliability and safety for the batteries that power our lives is the Battery Test Chamber. It is an ultra-advanced instrument that can let the batteries under test face a wide range of environmental conditions, from extreme temperatures to humidity levels, and even mechanical stress. The goal? To identify issues that might turn into hazardous and disastrous failures.

This device is widely used in aerospace industries, electronics industries, and many more. They are the medium through which manufacturers and researchers are aided with tests to study a battery's performance, durability, and safety by providing controlled conditions. Be it developing new battery technology or checking existing products to meet quality standards, one essential tool you need is a battery test chamber.

How does a Battery Test Chamber function?

Let us break down how a Battery Test Chamber works. In essence, this chamber is built to create the conditions that batteries may encounter in real-world applications. How does it work?

TEMPERATURE CONTROLLIMG

• Simply put, the Battery Test Chamber controls the temperature conditions are controlled. Temperature conditions hugely impact a battery's performance and lifetime. You can simulate the extreme heat or cold in a test chamber to see how the battery behaves.
• Does it hold a charge? Does it overheat or swell? You can program the chamber to test the battery at temperatures well below freezing to extreme heat for the application.

HUMIDITY CONTROL

• Another critical factor that can influence the performance of a battery is humidity. High-humidity conditions mean that batteries are subjected to corrosion and internal breakage more than when the humidity is controlled. A battery test chamber will control the level of humidity by being exposed to different degrees of moisture in order to analyze it for durability and reliability.

MECHANICAL STRESS TESTING

• In addition to the normal temperature and humidity, there usually is some form of mechanical stress that most batteries are exposed to during their lifetime: being dropped, vibrated, compressed, or something else. 
• Battery test chambers can be equipped with vibration tables or other mechanical devices that provide these stresses in a controlled manner to probe for weak points in the design or construction of a battery.

CYCLE TESTING

• These chambers can also be used for cycle testing the batteries, in which the battery is cycled or charged and discharged cyclically to mimic use over a period. This type of testing is most important in determining the overall life of a battery and whether or not it degraded in performance.

More importantly, though, the battery test chambers are used for safety testing. This will have the batteries stressed to one extreme after another, which will go a long way to ascertaining whether a battery has the propensity to go into dangerous failure modes, such as thermal runaway, which may result in fires or even explosions. All this, therefore, means that the determination of whether or not batteries meet the set safety standards is a very important requirement.

KNOWLEDGE BASE!

How many batteries can be tested at once in a battery test chamber?

According to the size and capacity of the chamber, you can test several batteries.

What is the duration of a battery test?

How long a battery is tested depends upon the nature of the test. Temperature cycle tests can run from several hours to days in length, while cycle life testing can take weeks or months. The time it takes to test is driven by standards and the objectives of the test.

Can Battery Test Chambers be customized?

Yes, many manufacturers can modify the Battery Test Chambers to accommodate all types of testing requirements. Such customizations can range from larger chambers for oversized batteries to higher temperature ranges, additional safety features, or specialized fixtures for unique battery shapes. Just discuss your specifics with the manufacturer to ensure that the chamber will meet all of your test criteria.

OUR AIM IS TO HELP YOU OVERCOME FAILURES! 

Contact us at  +91 9773666011 or e-mail us at response@prestoenviro.com.