AsaImagine life without a laptop! It’s a total blackout. These handy gadgets have managed to steal the limelight and have acquired the central stage in almost everyone’s life, whether in offices, schools, businesses, or commercial sectors.
All goes flawless until your laptop halts! The reason might be a battery expired, most probably because of the extreme temperature it might have been exposed to. There are numerous factors that cause battery failure, and temperature variation is one of them.
If you’ve been facing this problem with your Battery for Asus ROG, this article is a jackpot for you. Stick to us till the end to understand the effects of temperature on your laptop battery. This might help you figure out your problem, and increase the battery’s life and performance.
Optimal Temperature Range
Laptop batteries are supposed to be operated within optimal temperature ranges. This is paramount for their flawless performance and extended life. The table below gives you an idea of the ideal temperature for lithium ion or lithium polymer laptop batteries. If kept under these temperatures, the batteries are sure to provide optimum output and a longer life span.
General Optimal Range: 15°C to 35°C
Ideal Optimal Range: 15°C to 25°C
Charging Range: 10°C to 30°C
For instance, if these temperatures are not regulated, the battery can be affected by the variations in temperature. Move to the next section to learn the details.
Variable temperatures Affecting the Laptop Battery’s Performance and Lifespan
Impact of High Temperatures
High temperatures are extremely dangerous for laptop batteries. Direct sunlight, operating on surfaces that trap heat (like a bed or a cushion), or intensive processor tasks that generate excess heat are a few sources.
If a battery operates above 30°C (86°F) the chemical reactions within the battery speed up.
These catalyzed reactions result in permanent damage to the battery cells, thus reducing and ultimately diminishing the battery’s capacity and life.
Swollen batteries, potential leakage, and explosion in severe cases are the results of continuous and prolonged exposure of the battery to the heat. Cooling pads and adequate ventilation are the remedies to help cool down the battery and allow it to work normally.
Cold Temperatures and Battery Health
You’ll be surprised to know that colder temperatures too aren’t any good for laptop batteries. Unlike higher temperatures, lower temperatures slow down the essential work processes within the battery cells, reducing their performance.
Using a laptop at 10 degrees centigrade hinders the chemical processes within the battery cells, which slows down the electron flow. This results in a quicker shutdown of the laptop than at normal room temperature.
However, this is not something dangerous or causes permanent damage. The battery returns to normal once the temperature is settled.
Long-Term Storage Considerations
The impact of temperature on battery health extends to storage. For long-term storage, manufacturers often recommend keeping the battery at a 40%-50% charge state in a cool, dry place. Extreme temperatures during storage, hot or cold, can cause irreversible capacity loss.
Conclusion
Don’t try to play with temperature; it can ruin your laptop battery, which is the backbone of your most trusted partner at work. Temperatures play an important role in the battery’s longevity and performance. This article guides you about the optimal temperature under various conditions besides the impact of both high and cold temperatures. Operate your laptop accordingly and enjoy outstanding battery performance and extended shelf life.