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Geeky Gadgets
08-07-2025
- Geeky Gadgets
Easy Steps: How to Set an Android Battery Charging Limit
Managing your Android device's battery charging habits is a practical and effective way to extend its lifespan and maintain optimal performance. Most modern smartphones are equipped with lithium-ion batteries, which are highly efficient but sensitive to charging patterns. By understanding how charging limits work and implementing them, you can significantly reduce battery wear and ensure your device operates smoothly for an extended period. The video below, from Daniel About Tech, provides more details. Watch this video on YouTube. Why Setting a Charging Limit Is Essential Lithium-ion batteries naturally degrade over time, but their longevity is closely tied to how they are charged. Charging your device to 100% regularly or leaving it plugged in for prolonged periods can accelerate this degradation. Research highlights that maintaining your battery charge between 20% and 80% minimizes stress on the battery, preserving its capacity and overall health. By setting a charging limit, you can prevent unnecessary strain, making sure your device remains reliable and efficient for years. Steps to Access and Adjust Battery Settings To set a charging limit on your Android device, you need to access the battery settings. The process may vary slightly depending on your device manufacturer and Android version, but the general steps are as follows: Open the Settings app on your Android device. app on your Android device. Navigate to the section labeled Battery , Power Management , or a similar term. , , or a similar term. Look for features such as Battery Protection, Charging Optimization, or Adaptive Charging. These options allow you to customize how your battery charges. If your device supports charging limits, you will find options to enable and configure them within these settings. Some devices may require third-party apps to access advanced battery management features if such options are not available natively. Charging Limit Modes Explained Many Android devices offer multiple charging limit modes to suit different user preferences. Understanding these modes can help you choose the best option for your needs: Basic Mode: This mode charges the battery to 100% and maintains it by cycling between 95% and 100%. While convenient, it is less ideal for long-term battery health as it keeps the battery at full charge for extended periods. This mode charges the battery to 100% and maintains it by cycling between 95% and 100%. While convenient, it is less ideal for long-term battery health as it keeps the battery at full charge for extended periods. Adaptive Mode: Charging is capped at 80% by default, but the system intelligently charges to 100% when it predicts you will need a full charge, such as before waking up in the morning. This mode balances convenience with battery preservation. Charging is capped at 80% by default, but the system intelligently charges to 100% when it predicts you will need a full charge, such as before waking up in the morning. This mode balances convenience with battery preservation. Maximum Mode: Charging is strictly limited to 80% at all times, offering the best protection for your battery. This mode is ideal for users who prioritize battery longevity over achieving a full charge. Selecting the appropriate mode depends on your usage patterns and how much you value battery health versus convenience. How Adaptive Charging Enhances Battery Life Adaptive charging is a feature designed to optimize charging patterns using machine learning. For instance, if you typically charge your phone overnight, the system learns your routine and delays charging to 100% until just before you wake up. This reduces the amount of time your battery spends at full charge, minimizing wear and tear. By using this feature, you can enjoy the convenience of a fully charged device in the morning without compromising battery health. The Role of Full Charges and Battery Calibration Although limiting charging to 80% is beneficial for battery health, performing a full charge occasionally is necessary for battery calibration. Calibration ensures that the battery percentage displayed on your device remains accurate, which is essential for reliable performance. When done sparingly, full charges do not significantly impact battery health and can help maintain the accuracy of your device's battery monitoring system. Practical Tips for Maintaining Battery Health To maximize the lifespan and performance of your Android device's battery, consider the following best practices: Enable the 80% charging limit if your device supports this feature. Avoid frequent deep discharges by keeping your battery level above 20% whenever possible. Use adaptive charging features to align charging with your daily routine. Keep your device's software updated to benefit from the latest battery optimization technologies. Use original or certified chargers to ensure safe and efficient charging. By adopting these habits, you can significantly reduce battery wear and maintain your device's performance over time. Maximizing the Benefits of Charging Limits Setting a charging limit on your Android device is a straightforward yet impactful way to protect your battery and extend its lifespan. Whether you choose adaptive charging or a strict 80% limit, these features are designed to minimize stress on lithium-ion batteries. By combining healthy charging habits with your device's built-in battery protection settings, you can ensure reliable performance and longevity, allowing your smartphone to serve you effectively for years to come. Advance your skills in Lithium-ion batteries by reading more of our detailed content. Source & Image Credit: Daniel About Tech Filed Under: Android News, Mobile Phone News, Top News Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.
Yahoo
06-07-2025
- Automotive
- Yahoo
Researchers make incredible breakthrough with batteries that mimic human brains: 'This approach unlocks new capabilities'
Government researchers are applying mind function to battery making. By mimicking neural networks in human brains, National Renewable Energy Laboratory team members said they can predict battery health 1,000 times faster than standard methods, according to a news release. Common lithium-ion batteries that power electric vehicles and other technology include complex parts that need to operate in changing conditions. By better understanding battery cell health ASAP, the experts plan to expand pack lifetimes. It's an obvious win for EV owners and anyone else using a battery-powered device. "Battery lifetime and aging dynamics vary significantly with chemistry, operating conditions, cycling demands, electrode design, and operational history, which makes optimal handling, design, and maintenance difficult," researcher Kandler Smith said in the summary. He leads the lab's electrochemical modeling and data science research. "It's especially difficult to understand the physical degradation mechanisms of a battery during use without opening it up. We need reliable methods to check in on batteries' internal state in a nondestructive way," Smith added. The lab's approach replaces the common physics-based model with what's called a physics-informed neural network, or PINN. It also uses artificial intelligence. It's geared to quantify degradation and provide better solutions to manage battery aging during cycling, per the release. It's a field the team has been working in for a while. The lab has already produced a couple of physics-based predictive models. But they require a slow quagmire of computations. PINN understands physics and can quickly apply its laws to a pattern-based prediction model. It's an ingenious marriage of the two diagnostic setups, according to the summary. Other labs are researching sensors and scans that can detect flaws in packs to better prevent failures and even rare, yet serious, fires. It's part of a whirlwind of battery breakthroughs happening around the world that are providing better components, chemistry, and production methods that are lowering costs and improving performance. Goldman Sachs forecast that pack prices will drop 50% by next year, partly thanks to improving technology. The units are crucial to the cleaner energy shift by both powering EVs and storing renewable electricity. Battery backups combined with a solar panel system at home can greatly reduce or eliminate your utility bill. A setup can charge your EV while providing blackout protection. And if it's part of a virtual power plant, you can even sell some of the excess electricity back to the grid. Should the U.S. invest more in battery innovations? Absolutely Depends on the project We're investing enough We should invest less Click your choice to see results and speak your mind. Tax breaks for most of the tech are available to help offset the costs. EV incentives total $7,500 for new rides. Solar rebates are up to 30% of the installation expense. EnergySage is a vetted, online resource that can help you maximize the sun-catching benefits. It's all in addition to reducing heat-trapping air pollution that's linked by NASA to increased risks for severe storms and life-threatening heat waves. Back in the lab, the government renewable energy experts are planning for more testing to expand the open-source model's function. The goal is for onboard analysis while the battery operates. It could be a key upgrade, giving next-gen tech a longer life. "This approach unlocks new capabilities in battery diagnostics. … This means that batteries of the future may include systems to extend their useful life by identifying degradation signals and adapting fast-charge limits with age," Smith said in the release. Join our free newsletter for weekly updates on the latest innovations improving our lives and shaping our future, and don't miss this cool list of easy ways to help yourself while helping the planet.
Entrepreneur
02-07-2025
- Business
- Entrepreneur
Honeywell Acquires Nexceris' Li-ion Tamer Business, Strengthening Battery Fire Detection Portfolio
The acquisition follows a five-year strategic partnership between Honeywell and Nexceris aimed at advancing battery safety technologies. You're reading Entrepreneur India, an international franchise of Entrepreneur Media. Global technology leader Honeywell has announced the acquisition of the Li-ion Tamer business from Nexceris, a move set to boost its position in the lithium-ion battery safety market. Li-ion Tamer, a pioneering off-gas detection solution, is designed to detect early signs of thermal runaway in lithium-ion batteries, offering critical protection across high-risk sectors such as energy storage, cloud infrastructure, and electric vehicle (EV) systems. The acquisition follows a five-year strategic partnership between Honeywell and Nexceris aimed at advancing battery safety technologies. As lithium-ion battery usage accelerates — with demand projected to grow over 30% annually through 2030 to exceed USD 400 billion — the need for early fire detection and safety solutions has become more urgent than ever. "As lithium-ion battery use grows rapidly across data centers, EV infrastructure, and grid-scale energy storage, the risk of fire is increasing in parallel," said Billal Hammoud, President and CEO of Honeywell's Building Automation segment. "Li-ion Tamer's early warning technology has been revolutionary for our customers and partners. Building on our legacy partnership, the acquisition of this product suite will position Honeywell as a leader in early gas detection and battery fire prevention." Li-ion Tamer uses advanced sensing technology to detect off-gassing — an early indicator of battery failure — providing facilities up to 30 minutes' warning before a thermal runaway event. This lead time can be crucial in preventing full-scale battery fires that can otherwise destroy entire systems. Trusted globally by leading battery OEMs, the Li-ion Tamer product line includes more than 30 patents. Honeywell plans to integrate the technology into its Building Automation segment, complementing existing fire detection solutions such as VESDA and the Connected Life Safety Services platform, part of the Honeywell Forge IoT ecosystem. "This acquisition not only strengthens our fire detection capabilities but also aligns with our broader strategy of building a safer and more connected world," Hammoud added. "We expect this tuck-in acquisition to further bolster the growth of our fire detection business." The deal is expected to be immediately accretive to Honeywell's financials and follows a string of strategic acquisitions and divestitures, including the sale of its Personal Protective Equipment division and over USD 13.5 billion in recent portfolio-enhancing deals. With this move, Honeywell is reaffirming its commitment to advancing safety technologies and addressing critical challenges posed by energy storage and electrification across industries.
The Sun
01-07-2025
- The Sun
Urgent ‘fire risk' recall for FIVE popular gadgets that can melt and spark blazes – but you can claim a free replacement
A POPULAR gadget is being recalled over fears that five models could melt and spark blazes. Shoppers are urged to return the devices immediately, and can claim a free replacement. Chinese electronics manufacturer Anker has urgently recalled five models of power banks. Owners of the products have been told to stop using the them 'immediately due to the risk of overheating, melting, smoke, or fire.' 'While the likelihood of malfunction is considered minimal, out of an abundance of caution, we have decided to initiate a voluntary global recall of several Anker power bank models,' Anker said. Earlier this year, Anker recalled another power bank model, the A1263 PowerCore 10000. The company cited a "potential issue" with lithium ion batteries provided by a supplier. How To Check If You Have An Affected Power Bank The five products affected by the new recall are as follows: Anker Power Bank (model A1257 and A1647) Anker MagGo Power Bank (model A1652) Anker Zolo Power Bank (model A1681 and A1689) You can identify the model you have by looking at the model number on the back or side of the device. If you have one of the affected devices, immediately stop using it and store it in a safe location. TSA Bans Power Banks in Checked Luggage: Key Changes for Travelers in 2025 Anyone affected by the recall can get a free replacement power bank, or a gift card to use on the Anker website. To claim either, simply fill out the Product Recall Submission Form on the Anker website, alongside a verified product serial number or proof of purchase. How To Dispose Of Your Powerbank Once you have received confirmation that your power bank qualifies for a replacement, Anker shared that you must dispose of it at a facility that accepts recalled lithium-ion batteries. "Do not discard this recalled lithium-ion battery in the trash or general recycling streams (e.g., street-level or curbside recycling bins)", Anker said. Your product recall rights Chief consumer reporter James Flanders reveals all you need to know. Product recalls are an important means of protecting consumers from dangerous goods. As a general rule, if a recall involves a branded product, the manufacturer would usually have lead responsibility for the recall action. But it's often left up to supermarkets to notify customers when products could put them at risk. If you are concerned about the safety of a product you own, always check the manufacturer's website to see if a safety notice has been issued. When it comes to appliances, rather than just food items, the onus is usually on you - the customer - to register the appliance with the manufacturer as if you don't there is no way of contacting you to tell you about a fault. If you become aware that an item you own has been recalled or has any safety noticed issued against it, make sure you follow the instructions given to you by the manufacturer. They should usually provide you with more information and a contact number on its safety notice. In some cases, the manufacturer might ask you to return the item for a full refund or arrange for the faulty product to be collected. You should not be charged for any recall work - such as a repair, replacement or collection of the recalled item "These drop-off points are not equipped to handle recalled lithium-ion products like power banks." Recalled lithium-ion batteries must be handled differently from regular batteries because they pose a higher fire risk. You can usually take lithium-ion batteries to recycling centres, which have facilities for disposing of electronic waste. Some large supermarkets also have collection points for lithium-ion batteries and other electricals. If you have any questions or need further assistance, please contact support@ Please include 'Anker 321 Power Bank Recall' in the subject line The company also offers telephone support.
E&E News
27-06-2025
- Business
- E&E News
Grid battery installations may plunge 29% due to Congress, Trump — report
The utility-scale energy storage market is at risk of plunging 29 percent next year because of 'policy uncertainty' from tariffs and potential rollbacks of key tax credits in Congress, according to a new report. The analysis from Wood Mackenzie and the American Clean Power Association found that energy storage — which is dominated by lithium-ion batteries — experienced record growth in the first quarter of 2025, adding 2 gigawatts. Utility-scale battery installations alone increased 57 percent in comparison to the same quarter last year. But federal policy could cause a sharp reversal in 2026, with implications for renewables tied to batteries and grid stability in regions with surging power demand. Among the threats is the end of some Biden-era clean energy tax credits, as outlined in the House and Senate versions of President Donald Trump's 'big, beautiful bill.' Advertisement The industry's quarterly results 'demonstrate the demand for energy storage in the US to serve a grid with both growing renewables and growing load. However, the industry stands at a crossroads, with potential policy changes threatening to disrupt this momentum,' Allison Weis, global head of energy storage at Wood Mackenzie, said in a statement.
