What to do if lithium batteries cannot be charged
2025-06-03
Lithium batteries have always had the characteristics of self-discharge. If they are not used for a long time and are not charged in the middle period, self-discharge will cause the battery power to be exhausted, resulting in the battery voltage being too low and unable to be charged. So, what to do if lithium batteries cannot be charged? Let's take a look at it together.

1. When using lithium batteries, it should be noted that the battery will enter a dormant state after being placed for a period of time.
2. Self-discharge will cause the battery power to be exhausted, and the capacity is lower than the normal value at this time, resulting in the battery power being too low and unable to be charged.
3. However, lithium batteries are easy to activate. As long as 3-5 normal charging and discharging cycles are performed, the battery can be activated and restored to normal capacity.
4. Due to the characteristics of lithium batteries themselves, lithium batteries have almost no memory effect, so the new lithium batteries in users' mobile phones do not require special methods and equipment during the activation process.
Not only in theory, from the practice of Bonada, it is best to use the standard charging method from the beginning. This "natural activation" method is the best.
What is the reason why lithium batteries cannot be charged
How to Properly Dispose of Used Lithium-Ion Batteries? A Comprehensive Guide
Related Article
Electricity is one of the largest operating expenses for many factories. The problem is not always the total amount of electricity a facility consumes. In many markets, a factory can face significantly higher charges simply because its power demand reaches a high level for a short period.
129kWh BESS Cabinet: Complete Guide to Capacity, Components, Applications and Sizing
One of the first questions homeowners ask when considering solar storage or backup power is: How many batteries to run a whole house? It sounds like a simple question, but the answer is different for every home. A battery system that works well for a small house with basic backup needs may not be enough for a larger property running air conditioning, electric heating, or an EV charger.
How Many Batteries to Run a Whole House? A Practical Home Battery Sizing Guide
A typical 129kWh BESS cabinet contains much more than battery cells. Inside the enclosure, multiple systems work together, including battery modules, Battery Management System (BMS), high-voltage protection units, Energy Management System (EMS), cooling equipment, fire protection devices, and communication components. Each part has a specific role in maintaining safe and stable energy storage operation.
What's Inside a 129kWh BESS Cabinet? A Complete Breakdown of Internal Components
When sourcing a Battery Energy Storage System (BESS), most buyers obsess over cell capacity, inverter brands, and price per kilowatt-hour. The enclosure? It’s usually an afterthought—treated as a simple metal box. That is a massive financial and operational mistake.
How to Choose an Energy Storage Cabinet: 3 Types You Should Never Buy