At present, the market is flooded with a large number of low quality electric vehicle chargers. Many consumers disregard to the quality of chargers and are greedy for cheap. They think that the charger only needs to charge the battery. In fact, this is wrong. Some battery customer reported that a set of new batteries that were less than two months old were bulging. The final test found that the problem was caused by charging.
The electronic components of inferior chargers are basically made of inferior materials and are easily damaged. A common problem is that the light does not light up after the battery is fully charged, and it cannot automatically adjust the charging current according to the battery charging curve, causing a large number of batteries to be overcharged. After multiple overcharges, the battery will be fully charged. If you use a better quality charger, the light will automatically light up after full charging to protect the battery. It has automatic detection programmed regulation charging and discharging process, and it has superposition combined pulse rapid charging and discharging technology to repair battery damage during charging. Even if it takes a long time, it will not have much impact on the battery.
If the battery wants to last a long time, it must have a good quality charger.
A poor quality charger can lead to undercharging or overcharging, which can kill the battery.
We strong recommend customer to choose a high quality charger. Let we see the difference between a high quality charger and an inferior charger?
| Difference | High quality charger | Poor quality charger. |
| printed board | Made of high temperature resistant, flame retardant, shock resistant, environmentally friendly, fiberglass PCB sheet. | The thickness is not up to standard, the plate is thin, flammable and easy to break. |
| Components | Automatic components SMT , high performance, high temperature aging resistance. | The components are easy to heat up and have unstable performance. They are manually plugged in and can easily fall off due to vibration. |
| Transformer | Pure copper has good electrical properties, low loss, large carrying capacity and strong social stability. | Copper clad aluminum, low conductivity. |
| Charger Shell | Made of flame retardant material, it is high temperature resistant and flame retardant, with beautiful surface and strong toughness. | Non-flame-retardant materials have poor temperature resistance and the outer casing is prone to decay. |
| Power Cable | National standard pure copper wire, flame retardant plug, standard 0.5mmr wire diameter, safe and releasable, passed 3C certification. | Ordinary non-marking wires have large impurities, thin wires, and are prone to heat. |
Welding Technical | Fully automatic wave soldering, the solder joints are round and shiny; | There are seams in the solder joints, poor welding, and easy short circuits due to virtual connections. |
Charger Fan | High quality charger fans are durable and have good heat dissipation; | The noise is loud, the wind speed is different and it is easy to get stuck, and some chargers don’t even have fans. |
Electrical Conversion Efficiency | The conversion efficiency is over 95%, the input power is about 260W, which is saving power. | The conversion efficiency is about 65%, the input power is 380W, which is consumes electricity. |
