For those constantly plagued by battery-related issues, a smart battery charger offers a multitude of savings and benefits. Say goodbye to inconvenient delays caused by dying batteries. Instead of disposing of dead batteries, smarter chargers allow for reconditioning and simplified maintenance. With spark-free clamps, sleek designs, and extended lifespan, smart battery chargers provide the ultimate solution.
Stages Used by a Smart Battery Charger
Desulfation
A smart battery charger employs a technique of utilizing micropulses characterized by low current and high voltage. These micropulses effectively dislodge sulfate crystals, allowing them to settle harmlessly at the bottom of the battery cell.
Soft Start
When dealing with a severely discharged battery, it is crucial to apply a reduced current before reconnecting it. Skipping this stage increases the risk of damage. This process assists the battery until it reaches a charge level of around 10% to 20%.
Bulk Charging
Following the soft start stage, the battery can be safely charged using a constant, high voltage current until it reaches approximately 80% capacity. Smart chargers excel at accomplishing this quickly without posing any risk of battery damage. This allows the vehicle to be started whenever needed.
Absorption
In this particular stage, the battery’s corners are filled as the charging process progresses. Once the charge level reaches approximately 80%, the current is gradually reduced while maintaining a high voltage. This force-feeding phase continues for around 10 hours, ensuring that the battery is charged to a range of 95% to 99%.
Analysis
A smart battery charger has the capability to conduct a self-assessment of its performance. It initiates a test that runs for approximately 3 minutes to confirm that the fully charged battery is not experiencing any charge bleed. If any charge bleed is detected, it indicates that the battery requires replacement.
Reconditioning
Following the analysis, the battery will undergo a reconditioning process by the charger, lasting anywhere from 30 minutes to 4 hours. This stage involves a rapid and sustained voltage burst aimed at addressing acid stratification within the battery.
Maintaining the Floating Charge
In order to maintain the battery at full capacity, a floating charge of 13.6 volts is applied. This floating charge ensures the battery reaches its complete charge level. The float charge remains active for a period of up to 10 days, ensuring the battery remains topped off.
Maintaining the Pulse Charge
By utilizing a pulse charge, the battery receives short bursts of power as required, especially when its power level diminishes. This enables the battery to remain charged at a range of 95 to 99% for extended periods, even spanning months. When selecting a charger, it is advisable to opt for models that offer both pulse charging and float charging functionalities for optimal performance.
Where to Purchase
If you want quality and dependable smart battery chargers, I recommend you to buy one from Power1986. Power1986 offers a wide range of smart battery chargers. Our smart battery chargers have a wide range of voltage settings for lead acid batteries with different charging voltages. They also feature multiple protection measures and can be fully automatic for maximum charging. For more options, you can go to our Car Battery Chargers.
Power1986 is primarily engaged in the bulk purchase of Car Battery Chargers, USB A/C Fast Chargers, DC-AC Power Inverters and Switching Power Supplies. If you want to learn more, please don’t hesitate to Contact Us.