In the past few years, you’ve probably noticed that battery life on smartphones hasn’t seen significant advances.despite the many innovations that have transformed these devices. The reason behind this apparent technological stagnation lies in the restrictions imposed by technology. predominant in the battery industry: lithium ion.
Lithium-ion has long been the preferred choice in the battery market due to its ability to provide reliable power in a compact and lightweight package.. However, despite its versatility, this technology has inherent limitations that have hindered the development of higher capacity batteries. The capacity of a lithium-ion battery is mainly linked to the energy density that it can contain inside it, and this density has a practical ceiling that has been difficult to overcome.
Carbon-silicon batteries
Although there are promising alternatives, such as carbon-silicon batteries, which offer the possibility of significantly higher capacitiesits massive adoption has been held back by regulatory issues. The US and European authorities have not yet allowed the widespread use of these batteries. in consumer electronic devices due to lack of integration into their security certification systems.
This regulatory reluctance has created a significant obstacle to the evolution of batteries in the smartphone industry.. Despite the potential advantages of carbon-silicon batteries, such as higher capacity and longer life, manufacturers have been limited in their ability to implement these technologies in their devices.
Batteries with more charging capacity
This regulatory situation has led some companies to make strategic decisions based on geographic restrictions.. A prominent example is the brand Honor, which has chosen to incorporate carbon-silicon batteries in its phones in the Chinese market, where these technologies do not face the same regulatory constraints as elsewhere. However, when it comes to the international versions of their devices, they are forced to use lower capacity lithium-ion batteries that meet the requirements of the relevant authorities.
This dual approach has led to a noticeable difference in charging capacity between the Chinese and international versions of Honor phones. The Chinese versions, equipped with carbon-silicon batteries, can offer up to 12.8% more charging capacity compared to their international counterparts that use lithium-ion batteries. This disparity in battery capacity illustrates how local regulations can have a significant impact on the features and performance of electronic devices.including the battery life of mobile phones.
Keep reading:
– 3 Tips to extend the battery life of your phone
– Why the battery of your phone lasts less and less
– What is adaptive charging and how can it help you extend the life of your phone’s battery