10 Best Wall Chargers in the Philippines 2025 | Ugreen, Anker, Apple, and More

Chargers come with 2 types of ports, USB-A and USB-C ports. The USB-A port is an older technology; thus, it can only deliver a certain amount of amperes to your gadget. It can also be used for a USB-A to USB-C/micro-USB cable but is limited by the port itself.

The other type of post is the UBS-C port. This is the newest technology available and is able to belt out fast charging speeds for your devices. To maximize the charging port, you need to use a USB-C to USB-C charging cable in order to harness the high amperes.

Wall chargers now support charging for multiple devices. It all depends on your purposeーif you have multiple gadgets, it is best to use a charger with a matching number of charging ports. 

However, if some or all of your devices support quick charging, a lesser number of ports would suffice as you can take turns to charge your devices. When choosing, your usage time and device capabilities must be considered as well.

Devices right now crave more amperes and thus, a 1 amp wall charger would prove insufficient. Gadgets with small consumption such as lower quality smartwatches, speakers, and earphones would be able to use this ampere rating but it is better to go for higher ratings.

Having 2 amperes is more than enough to charge most devices today. It can sufficiently charge new gadgets as well, given that they are not used while charging. For most cases, using this ampere rating will get you and your device topped up for day-to-day use.

The standard charging speed in our day and age is 2.4 amperes. It will charge any device to its full potential while simultaneously using the device while charging. Charging time is efficient, able to fill up your device’s battery without much downtime. Most wall chargers will come with this rating but also be sure to check the labels and descriptions.

The higher-end devices carry a special charging technology called Quick Charge, which will charge compatible devices at blazing fast speeds. 

It utilizes the 3 ampere current, able to deliver more electrons leading to faster charge times. For non-compatible devices, the ampere will default to 2.4 amperes. Take note that all quick charge wall chargers need a USB-C cable to utilize this capability.

Charging ports should be labeled, making it visible a breeze to use when plugging your charging cables. You should be able to see the charging ports and be able to use them quickly. 

Some ports have different specifications, such as a quick charge port. Being able to differentiate a quick charge port from a 5V/2.4A is useful if you have devices that can utilize fast-charging.

Some wall chargers have a LED power light which is indicative of the status of the wall charger. It can sometimes indicate the charge level of the device, notifying you if it has already finished charging. Not all have this feature, but it is good to have as it can quickly notify you without looking at your device screen for battery levels.

Having a charger that takes up another outlet is frustrating, more so when you have other power bricks that you need to plug in. Going for a slim profile charger with multiple ports would not only maximize the outlet is plugged in but it would also let other people use adjacent outlets, should you use it in a public setting.

Devices rely on certain amperages within chargers. It is the driving force that transfers electricity from the outlet to your gadget. 

Having a stable amperage current controller will make sure that your device is getting the right amount of electricity “flow,” which makes the battery last longer. A stable current also means that you are getting the stated electricity the charger should be producing.

The amperage derives control from the voltage. With improper voltage regulation, the amperage provided by the wall charger will be unstable, causing damage to the charger and also to the plugged devices. Companies have built-in voltage regulation to monitor if the wall charger is operating within optimal voltage levels. 

Inefficient use of voltage and ampere can lead to excess heat. The presence of too much heat is bad as it causes damage and speeds up wear and tear for electronic components. Wall chargers have included overheating protection which works with ampere and voltage regulation to set the temperature at acceptable levels.

We often hear about short circuit damage. Every electronic device should have one, regardless of price and quality. Most wall chargers have one, as it is in direct connection with electricity sources with unregulated ampere and voltage.