With the increasing trend of using GaN technology in charging devices, you may wonder what that actually means for you. If you wrestle with slow charging, big bulky chargers, or overheated devices, you are not alone.
These problems are common, and it's clear that older, silicon-based chargers just aren't good enough anymore. But don't worry as this article is here to help you out.
Below, we'll show how the GaN technology is changing the game in charging stations to make them faster, even safer, and far more efficient. By the end of this article, you will understand why the TESSAN Charging Station using GaN may be precisely what you need to solve these issues.
What is GaN Technology?
Before getting straight to the advantages of GaN technology for charging stations, it's essential to first understand what GaN technology is.
Well, GaN is a short form for Gallium Nitride, one of many materials that would simply change the dynamics of how we use electronics, especially power and charging devices. In fact, Gallium Nitride has been in existence for many years in things like LEDs; recent history has seen it begin to find its secondary application in chargers.
So, what makes GaN so special?
It handles higher voltages and works at higher speeds, using less electricity in the process. That means that, in practice, a GaN-based charger can actually be smaller, faster, and more efficient than an older silicon-based charger of similar power.
Advantages of GaN Technology in Charging Stations
Some of the major benefits of GaN technology in charging stations are superior to traditional chargers.
Here are some of the key benefits:
1.Faster Charging Speeds
The most significant advantage of GaN technology is its fast charging rate. Adequately, this material is able to attain higher power applications as well as higher frequencies whereby it can supply more power to your devices in a short period of time.
This boils down to being very useful under conditions when there is a need to charge your phone, tablet, or laptop very quickly.
2.Energy Efficiency
Chargers with GaN are observed to be way more energetic, considering the traditional types based on silicon. Therefore, due to the application of GaN technology, the losses of energy in the process of power conversion are reduced; consequently, less electric energy is ultimately wasted.
This not only saves energy but is also more environmentally friendly for GaN chargers.
3.Less Heat Generation
Since GaN makes a more efficient use of energy in the first place, it generates less heat. In turn, this is of great importance, as massive heat ends up causing the devastation of electronic pieces with respect to time.
This is good not only for the chargers themselves, which at least get a little more longevity but is also good for providing safe and more reliable charging for your devices.
4.High Power Density
GaN technology allows for high power density, according to which a large unit of power can be fitted in a small area. That's really how GaN chargers manage to be so compact and nevertheless so powerful as to charge many devices at a time.
Due to the high power density of GaN chargers, powerful devices, such as laptops, can also be supported with this material, without much change in size.
5.Improved Safety Features
Typically, GaN chargers come with upgraded safety features due to their material possession. They can accommodate heavier voltages and temperatures more than silicon, lowering the risks of overheating, short circuits, and other electrical issues.
This makes GaN charging stations much safer for working with various kinds of devices.
Why GaN Technology Makes the TESSAN Charging Station So Efficient?
Charged with the efficiency of Gallium Nitride technology, TESSAN Charging Station gives you some practical advantages over the basics.
Here is how GaN enhanced the performance of the TESSAN Charging Station:
Compact Design with High Power Output
One key feature that has made GaN technology stand out is its capacity to deliver high power in a compact design. Traditional chargers, especially for high power, needed physical sizes that were large to incorporate bulky components and cooling functionalities of the then coming-up systems.
GaN allows designing something much smaller than could ever be considered before yet still putting out the same wattage. The TESSAN Charging Station is encased in GaN to offer up to 65 watts of power while maintaining that sleek and compact form factor.
That means that with this compact design, you will be able to charge high-power devices like laptops, tabs, and smartphones without lugging around a charger that's both heavy and bulky.
Thanks to the efficiency of GaN technology, TESSAN's Charging Station crams a remarkable amount of power into a small unit, making it perfect for use on a desk, inside a travel bag, or anywhere space is at a big premium.
Reduced Energy Loss
GaN technology excels in reducing energy loss during the charging process. On the contrary, GaN technology is better at converting electrical power. For that reason, the TESSAN Charging Station is so pithily efficient—more electricity drawn from your outlet goes right into your charged-at-hand device.
This minimizes the loss of energy during the process of charging, which improves the general efficiency; it also translates to less power use. Like that, you can experience energy savings on your bill over the years, making the environment better off due to very little wastage of energy.
Improved Charging Stability
Another advantage of GaN is in its ability to withstand variable power loads with steady performance. This consequently means that the TESSAN Charging Station will therefore be constant in the supply of power, whether it is a single device being charged, all its ports in operation, or in some sort of fluctuation in power need.
Stable charging is important for devices' longevity. In fact, high fluctuations and surges in power may spoil sensitive electronics or bring about erratic behavior during the charging.
This is where GaN technology helps with the TESSAN Charging Station to make sure such risks are at the minimum level. It is a stable and reliable device, making your devices charge efficiently and safely.
Enhanced Safety Features
The TESSAN Charging Station has much better safety because with great incorporation of the GaN technology comes higher voltage and temperature management than that made from silicon. That way, the probability of overheating and electrical fault issues occurring in more basic chargers is reduced.
The TESSAN Charging Station contains inbuilt safety features and, additionally, the characteristic safety features of GaN. All these safety features help to protect both the charger and your devices in a number of cases, including overheating or electrical shorts.
Using the TESSAN Charging Station translates to confidence in use, as it provides a safe charging experience for all your electronic devices.
FAQs
What types of devices can I charge with the TESSAN Charging Station?
TESSAN Charging Station is a versatile charger, as it helps you charge a wide variety of devices. Including USB ports, and many AC outlets for charging smartphones, tablets, laptops, smartwatches, etc., all in one place. It utilizes GaN technology, ensuring it can carry out seamless operation with any kind of high-power device, just as laptops require.
How does GaN technology compare to silicon in terms of durability?
GaN is a story of durability where general technology is compared with the old traditional silicon. GaN components are dropped less quickly by high levels of heat and power. Therefore, the TESSAN Charging Station is evidently maintaining the performance level expected with time and hence tends to last longer than their silicon confrères.
How does the TESSAN Charging Station manage multiple devices at once?
GaN technology used in the TESSAN Charging Station properly manages power distribution with efficiency across different devices. This goes a step further to ensure that the power that reaches each port is steady, hence the maximum charge that reaches the appliances, without interfering with their performance.
Conclusion
GaN technology makes the TESSAN Charging Station an excellent choice for your charging needs. That lets the charger deliver a lot of power while staying small and compact.
With GaN, the TESSAN Charging Station provides steady, reliable charging for multiple devices at once. It also improves safety by handling higher temperatures and voltages better than older technologies.
