The GaNPrime full gallium nitride system for Power Bank Anker and Current Gift Power Bank Market

In 2021, with the establishment of the USB PD3.1 standard, the trend of high-power charging has been established, and consumer demand has gradually moved from single-port fast charging to high-power multi-port fast charging. A new revolution is coming.

Recently, Anker held the 2022 flagship new power bank Anker product launch conference, officially launched the GaNPrime full gallium nitride system, and 7 annual flagship new products including the anker 737 power bank and anker 511 power bank, which have achieved the ultimate in the research and development of gallium nitride technology and once again led the industry to move towards a new The era of high-power chargers all-gallium nitride systems..

At the same time launched two mobile power products. Including Anker 737 power bank 140W two-way fast charging 24,000mAh Anker 511 power bank, Anker GaNPrime full gallium nitride 65W two-in-one supercharger.

Anker 737 power bank two-way fast charging and Anker 511 power bank is compatible with the latest PD 3.1 protocol, 140W high-power output, and self-charging is also 140W high-power input, which can be filled with 70% of the power in half an hour, and has 24,000 The ultra-large capacity makes travel without electricity anxiety.

Power bank Anker GaNPrime full gallium nitride 65W two-in-one super charger is not only a 30W 10000mAh mobile power supply, but also can be transformed into a 65W wall plug charger. The two-in-one form makes charging more convenient, and the high power output can Charge your phone and laptop. From the charging form to the charging equipment, all aspects of the consumer are taken care of.

As a member of the "all-gallium nitride" gallium nitride charging series, power Bank Anker GaNPrime all-gallium nitride 65W two-in-one supercharger also applies the industry's first all-gallium nitride multi-port fast charging system to realize charging The maximum output of a single port is 65W in the state of the charger, and the maximum output of a single port in the state of the power bank is 30W. It also applies the Power IQ3.0 technology independently developed by Power Bank Anker, and integrates various brand protocols to automatically monitor and match the power requirements of different devices.

Gallium nitride is a new type of semiconductor material, let's understand what its characteristics are and how it play an important rule on Power Bank Anker’s 737 power bank and 511 power bank. Gallium nitride is a new type of semiconductor material that can replace silicon and germanium. The switching frequency of the GaN switch tube is greatly increased, but the loss is small. In this way, the charger can use smaller transformers and other inductive components, effectively reducing the size, reducing heat generation, and improving efficiency.

Compared with other semiconductors, gallium nitride has much higher breakdown field strength, saturation electron migration speed and thermal conductivity, which means that gallium nitride is more suitable for high power and high power than silicon materials. frequency power devices. With such a characteristic, it is simply the right time and place!

Smart designers have used it in an industry that 99% of people want - charging.

The biggest advantage of GaN chargers is not only small size, but also more power. The gallium nitride component charger is small in size, light in weight, fast in charging, well-controlled in heating during charging, and reduces the risk of overheating during charging. In addition, with the support of gallium nitride technology, the fast charging power of mobile power supply is expected to reach a new high. The current disadvantage is that gallium nitride chargers are slightly more expensive, but as technology improves and more and more people are recognized, the cost will soon drop. This what we also believe why Anker would choose it to build the Anker 737 power bank and Anker 511 power bank. 

On the other hand, if the company wants to customize the digital category as a gift, then the power bank is undoubtedly a very good choice.  At present, the most commonly used are 18650 lithium battery charging treasure and polymer lithium battery charging treasure. Let's take a look at its advantages and disadvantages.

1. 18650 Lithium Battery Power Bank 

Most of the battery cells of the power bank are 18650 lithium batteries, which means that the size of the battery is 18650, and its shape is similar to the enlarged version of the 5th battery, and the 18650 size battery is generally used in the industry. 

Advantage: 

Large capacity and can be combined in series or parallel to form a 18650 lithium battery pack, the service life is more than twice that of ordinary batteries, and the application range is wide. 

Disadvantage:  

The volume is fixed and the size is unchanged, which cannot meet the shape requirements of specific products; compared with polymer lithium batteries, the safety is poor, and it is more prone to short circuit or explosions.

2. Polymer Lithium Battery Power Bank

Some power bank cells are polymer lithium batteries. Compared with the previous batteries, it is a chemical battery with ultra-thin shape. It can be made into batteries of different shapes and capacities according to the needs of the product. 

Advantage:

Large capacity and can be combined in series or parallel to form a 18650 lithium battery pack, the service life is more than twice that of ordinary batteries, and the application range is wide.

Disadvantage:  

If the charging time is too long, the possibility of swelling will increase; the battery cost is high, and it will pollute the environment after disposal.

3. Lithium iron phosphate battery power bank  

Lithium iron phosphate battery refers to a lithium-ion battery that uses lithium iron phosphate as a positive electrode material. It is a new battery material in recent years, and it is also a good high current output power battery in terms of safety, life, and no pollution to the environment.

Advantage:

It has good safety, has a larger capacity than ordinary batteries, does not pollute the environment; has no memory effect and can be charged quickly.

Disadvantage: 

The low-temperature performance is poor, the volume of the lithium iron phosphate battery with the same capacity is larger than that of the lithium-ion battery such as the polymer, the cost is relatively expensive and the yield is low.

With the above function description, I believe you have a new understanding of gift power supply. If you want to customize digital gifts, mobile power gifts, or creative digital gifts. Contact us anytime. We will provide you with a series of services such as selection - design - packaging – and customization.

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