Last Updated on December 22, 2023 by admin
With the rapid growth of the population and industrialization, energy consumption is growing day by day. Sustainable advancements in energy production and energy storage are necessary to facilitate global energy consumption. In our daily routine, we use different modes of energy consumption, and batteries could be one of them.
Whether you use rechargeable batteries or non-rechargeable batteries for toys, flashlights, or other equipment, you end up throwing away a significant amount of batteries yearly. However, the future of batteries has become quite sustainable with the emergence of battery storage systems. Batteries are emerging as a sustainable and cost-effective source of utilizing power coupled with technology. Following are the top five innovative trends to check out.
The Future of Batteries: 5 Trends to Look Out For
Over a decade, smart wearables have earned a massive amount of popularity among users as people are more attracted to digital products. One of the most common types of smart wearables is the Apple watch. However, numerous kinds of wearables are emerging these days ranging from clothing, jewelry to fitness trackers and head-mounted displays. These smart wearables are embedded with such batteries that use energy from our bodies to get recharged. These batteries are fixed with electrodes to catch electricity from our skins, making them energy efficient and sustainable.
Lithium-Ion batteries have several environmentally-friendly improvements to boost efficiency. For example, their capacity can be improved by approximately 7% each year which enables them to last longer than usual and produce optimal results. Lithium-Ion batteries have a high energy density and are lighter than standard batteries. The high energy density enhances the battery life, thus it improves the efficiency of batteries. Further, Lithium-Ion batteries contain less lead and cadmium than other batteries, which makes them less toxic and non-hazardous to the environment.
Batteries are teaming up with sensing systems, and artificial intelligence to adjust to the continuously changing conditions in the electromobility industry. Presently, batteries are built to achieve sustainability targets while integrating with sensors, robotics, and control systems for predictive analytics. Batteries of this type are the only way to reduce waste and utilize technology to increase productivity.
Without fast charging technology, the dead battery of your mobile requires plenty of time to charge by plugging into an electric circuit. However, with the emergence of Quick-Charging technology, you can now save time by charging your phone five times faster. In this series, the latest technology is Quick Charge 5, which was announced back in the year 2020. It promises to recharge a phone with a 50% battery within a few minutes. This technological trend will not only save you time waiting to get your phone charged but will decrease your electricity consumption too.
Solid-State batteries are environmentally safe as they have the least impact on the atmosphere and provide ultimate durability. These batteries offer 50% more environmental balance than lithium-ion batteries, making them a tremendous contribution to green energy. Solid-State batteries are free of cobalt, provide longevity, and are non-flammable, thus significantly positively impacting the environment.