#Lithium-ionBatteries

[otiskeene]

Vertiv Unveils End-to-End AI Power And Cooling Solutions To Simplify Data Center Infrastructure Selection And Deployment In North America

Vertiv has introduced a new range of high-density data center infrastructure solutions, known as Vertiv 360AI, to cater to the increasing cooling and power demands of accelerated computing IT stack. These solutions are aimed at accelerating the adoption of AI through pre-engineered infrastructure, digitized management, and comprehensive services, resulting in faster deployment times compared to traditional installations.

Vertiv 360AI streamlines the process of powering and cooling AI workloads of various sizes by offering power, cooling, enclosures, lifecycle services, and management solutions. By eliminating design cycles and reducing installation issues, Vertiv 360AI enables quicker deployment, while also allowing for flexibility and customization by reusing existing cooling systems to lower deployment costs.

Brad Wilson, the vice president of technology at Vertiv, emphasized the company's commitment to preparing customers for successful AI adoption through the Vertiv 360AI portfolio. These solutions address the evolving challenges faced by data center professionals and systems integrators, including retrofits of air-cooled edge and enterprise data centers, as well as the construction of hyperscale greenfield facilities.

Vertiv 360AI offers a range of solutions, from supporting AI test pilots and edge inferencing to full-scale AI data centers, with initial models capable of powering and cooling up to 100kW per rack. The cooling strategies provided by Vertiv 360AI include various options such as air-to-liquid, liquid-to-air, liquid-to-liquid, and liquid-to-refrigerant models. Additionally, Vertiv 360AI includes prefabricated modular solutions, encompassing IT modules and cooling modules.

Read More - https://www.techdogs.com/tech-news/business-wire/vertiv-unveils-end-to-end-ai-power-and-cooling-solutions-to-simplify-data-center-infrastructure-selection-and-deployment-in-north-america

[biglisbonnews]

By 2028, Australia will make as much money exporting lithium as thermal coal Australia is close to reaching a milestone in the global energy shift away from fossil fuels and toward renewable sources: within five years, the country will earn as much from exporting lithium, the mineral at the heart of current battery technology, as it does from thermal coal.Read more... https://qz.com/australian-lithium-export-value-match-thermal-coal-2028-1850293889

[cosbikeelectricscooters]

The Future Of Electric Two Wheelers Is Lithium-Ion Batteries: Cosbike

The future of electric two-wheelers lithium-ion batteries relies heavily on the continued development, which offer high energy density, long lifetimes, and fast charging capabilities. Call us now: 9910020997

[eteilytech]

[etoppowerbatteries]

ETOP POWER-lithium-ionbattery,electricbikebattery products

[egros01]

20pcs Panasonic CR15H270 Battery For Panasonic Cameras And High Power Flashlights

Specification:Battery Type: Li-ionBattery Voltage: 3vDiameter: 15.0mm * Height: 27mmWeight: about 17.0gCapacity : Over 800mAhOrigin: JapanModel: CR2Voltage: High capacity 3V, disposable battery can discharge 800mah or moreNote: CR2 battery is Non-rechargeable batteries! Do Not put in the charger! To avoid damage!   Replace Part Number:CR2,CR15H270 Compatible Laptop Models:Panasonic cameras and high power flashlights industrial lithium batteries

Why Choose Us?

Original batteries have much longer-lasting life and a Longer standby time. Original cells are much more stable and 100% compatible with your laptop!

Order is easy. Buy Now-Fill Shipping Address-Pay Through Paypal-Order Successfully. An email with the tracking number will be sent to you after delivery.

Superb pre-sales and after-sales service, providing a full one-year warranty and 30-day money-back guarantee for afwefew.

Most of the hot products are stored in the United States warehouses to make sure orders reach you at the highest speed.Over 10 years of experience selling online, have shipped to over 70 countries worldwide.

[bluedragoncat]

Potential Key Players in EV Market

Sponsored Post:

Do you know that EVs and their batteries might possibly be a far better market than most recognized? Do you want to know why? Check out this article here.

Accordingly, these other sectors were said to be among the best pure players for battery resources, playing a potential role in the productions of EVs and lithium-ion batteries in the market. It was said that lithium seems to be the prime ingredient in all EV batteries.

Electric vehicles could potentially reduce the emissions that contribute to climate change and smog. check disclaimer on profile and landing page.

[indivtech]

How to select the best smartphone on the market?

We guys know a lot about the specifications of smartphones but some of us still get confused because of so many options. So much competition in the present market in the case of smartphones. We search for most of the specifications on a low budget. But unknowingly we compromise a lot of beneficiaries that are needed. That's why we need proper market research before even buying a smartphone. But we are here to save your time. The proper market research is here on a single page, at your fingertips right now. I'm gonna mention some of the features that are necessary.

Performance

A fast and efficient device is today's necessity. These two terms are the definition of performance. Performance depends on three things - Processor

Processor The processor is directly related to how your phone will run with a higher affinity. A higher version of the processor will defend you from lags and less work permit. There are two things that define a processor whether it is good or bad. - number of cores - clock time Clock time refers to the operating speed of that processor. The higher the clock speed, the lesser the lag. RAM

RAM RAM declares how easy the system can access any information. A ram with higher gigabytes assures more number of applications to run smoothly. For light usage like browsing and doing Facebook, 2 GB RAM is good but with heavy usage 4-6 GB RAM is mandatory. OS (Operating System)

OS (Operating System) in smartphones While talking about operating systems, we consider two options. One is Android and the other one is IOS. While Android, you can opt for different price options and different customizations, in one sentence, if you want flexibility, go for an Android device. When talking about IOS, it has a standard price range with standard quality of experience. Not that customizable but none can match the security that an iOS device provides. iOS has minimal bloatware and no adware.

Display

Display in smartphones A good display provides a quality experience when watching movies or playing a game. That's why it no doubt matters. Now talking about the points you should consider, when you are gonna choose a quality display - Screen size bigger screen has pros and cons and vice versa with a smaller screen Pros A bigger screen means, your movie, gaming, or browsing experience will definitely grow because of wider view. Cons A bigger screen builds a bigger system that is difficult to carry. Aspect ratio

Aspect ratio in smartphones The ratio of the height and the width is called the aspect ratio of that display. Your phone should have a proper balance in case of height and width. 16:9 is the most commonly used aspect ratio. Display type

IPS LCD, OLED, AMOLED, and Super AMOLED displays in smartphones There are two types of displays present. One is LCD another is AMOLED. An AMOLED display produces brighter colors and the super AMOLED displays use to solve the issue of sunlight reflection. Resolution

Smartphone Display Resolution The resolution refers to the pixels that are present. The higher the resolution, the sharper the picture quality. Depending on the answer a display is categorized into HD, HD+, FHD, and FHD+ displays.

Storage

Storage Most smartphones come with a 32GB or 64GB storage space, which is sufficient for most of users. If you love to store your memories on your device, you can always go for a model with a higher range with 128GB or 512GB storage.

Battery

Lithium-Ion Batteries Good battery life is important because when you're traveling to a place or doing an outdoor job, maybe with a bike. If you don't have to travel to places often, then you can go for under 5000mAh, if you have to then you have to opt for an option above 5000mAh.

Camera

Smartphone Camera If you're fond of taking your own selfies or capturing a beautiful moment of nature or people, you need a good camera. You should buy a smartphone with at least a 48 MP camera. If you don't have that kind of fascination, you can cut your expense. Considering a good camera will lead you to these configurations - A good front camera You must find a front camera with a lower aperture if you're thinking of taking regular selfies and taking selfies in a dark atmosphere. A good back camera Aperture, lens, and pixel size - these three things matter when you're making up your mind about a good back camera. A good camera resolution The higher resolution cameras have higher quantities of pixels in them. Good Lens and optics A good lens and optics are always responsible for a sharp and prominent photo. Modes and AI Some phones get launched with auto adjustable settings, those actually help to capture quality photos.

Conclusion

In the end, I want to suggest the best phones you can get under 10k. Choose according to your needs and requirements. 1. Realme Narzo 30A 2. Samsung galaxy F12 3. Infinix smart 5 4. Realme C11 5. Techno Spark 7 6. Realme C25 7. Realme C20 8. Infinix Hot 10S 9. Moto E7 Power 10. Moto G10 Power Next Article Read the full article

[climatesamurai]

IIT Hyderabad develops dual carbon alternative to lithium-ion batteries

The Electrochemical Energy Storage Lab at the Indian Institute of Technology Hyderabad (IITH), has developed a 5V Dual Carbon Battery utilising self-standing carbon fibre mats as both electrodes - cathode and anode. The breakthrough model, developed by a team led by Dr Surendra Kumar Martha, eliminates the requirement of toxic, costly, and heavy transitional metals. This more sustainable and low-cost Dual carbon battery may find potential uses in high-voltage applications, sophisticated battery-run medical devices, regenerative braking systems in electric vehicles, and stationary grids. While rechargeable Lithium-ion batteries (LIBs) are projected to meet future electric mobility, electric aviation, and stationary grid energy storage targets within 2030, they require toxic and costly metals like cobalt, nickel, and manganese, for functioning. Moreover, geologically unsymmetrical distribution of lithium and cobalt along with geopolitics and unethical child labour centred on mining, causes rampant fluctuations in raw material cost. It affects the market price stability of large LIB packs used in electric vehicles. The novel dual carbon battery developed by IITH, consists of zero-transition metal that is environmentally benign. It may cut down the overall battery cost by 20-25 per cent and is expected to curb the unpredictability in market price. The use of ubiquitous carbon as electrode active material as well as current collector, replacing heavy metals, brings in the aspects of lightness and flexibility. The fabricated 5.0 voltage cell, with nominal voltage application of 4.6 V, provides an energy density of 100-watt hour per kilogram approximately and can be extended up to 150- watt hour per kilogram with further modifications. The research team believes that developed cells may find potential uses in high voltage applications, sophisticated battery-run medical devices, regenerative braking systems in electric vehicles, and stationary grids. Dr. Surendra Kumar Martha, said, "The study will be extrapolated to push the energy density limits further, and their broad vision includes introducing the dual carbon system as a cheaper LIB alternative to the Indian Market." The research for the novel dual carbon battery was carried out by Shuvajit Ghosh and Udita Bhattacharjee, PhD students at IIT Hyderabad, under the supervision of Dr. Surendra K. Martha, in collaboration with Oak Ridge National Laboratory, USA, and Naval Materials Research Laboratory, Mumbai. Naval Research Board (DRDO) supported the project. Read the full article

[shreemetalprices]

Currently 70% of India’s lithium ion batteries needs are met by imports, primarily from China and Hong Kong. According to a report by management consulting firm Arthur D Little, India must invest about $10 billion to increase cell production. Refine raw materials in order to meet its domestic demand for lithium ion batteries for electric vehicles by 2030. Read more

[hillingdontoday]

Firefighters called to waste fire at factory in Hayes

Around 100 firefighters tackled a fire at a factory on Rigby Lane in Hayes on Monday evening.   A single-storey waste recycling shed and 400 tonnes of mixed waste recycling was destroyed by the blaze.   The fire was under control by 3:15am.   There were no reports of any injuries.   The fire is believed to have been accidental and caused by the failure of a damaged lithium-ion battery which ignited shredded waste material.   #fire #hayes #rigbylane #waste #recycling Read the full article

[biglisbonnews]

Electrification and Brexit are killing the British car industry When US carmaker Ford on Feb. 14 announced 1,300 job cuts in the UK, it was just the latest blow for an industry that’s been struggling to keep up production levels in a post-Brexit, pandemic-hit economy that’s on the brink of recession. Read more... https://qz.com/electrification-and-brexit-are-killing-the-british-car-1850112289

[cosbikeelectricscooters]

Lithium-Ion Battery Future For Electric Two wheeler- Cosbike

Because of their high energy density, lightweight, and low cost, lithium-ion batteries are expected to remain the primary energy source for electric two-wheelers for the future. Call now: 9910020997

[rebekahlin-blog]

Expanding the limits of Li-ion batteries: Electrodes for all-solid-state batteries

The batteries were made by stacking various layers via thin-film deposition methods. The LNMO/Li3PO4 interface showed spontaneous migration of Li ions and had an unprecedentedly low resistance.

Credit: ACS Applied Materials & Interfaces

Scientists at Tokyo Institute of Technology have addressed one of the major disadvantages of all-solid-state batteries by developing batteries with a low resistance at their electrode/solid electrolyte interface. The fabricated batteries showed excellent electrochemical properties that greatly surpass those of traditional and ubiquitous Li-ion batteries; thereby, demonstrating the promise of all-solid-state battery technology and its potential to revolutionize portable electronics.

Many consumers are familiar with rechargeable lithium ion batteries, which have developed over the last few decades, and are now common in all sorts of electronic devices. Despite their broad use, scientists and engineers believe that traditional Li-ion battery technology is already nearing its full potential and new types of batteries are needed.

All-solid-state batteries are a new type of Li-ion battery, and have been shown to be potentially safer and more stable energy-storing devices with higher energy densities. However, the use of such batteries is limited due to a major disadvantage: their resistance at the electrode/solid electrolyte interface is too high, hindering fast charging and discharging.

Scientists from Tokyo Institute of Technology and Tohoku University, led by Professor Taro Hitosugi, fabricated all-solid-state batteries with extremely low interface resistance using Li(Ni0.5Mn1.5)O4 (LNMO), by fabricating and measuring their batteries under ultrahigh vacuum conditions, ensuring that the electrolyte/electrode interfaces were free of impurities.

After fabrication, the electrochemical properties of these batteries were characterized to shed light on Li-ion distribution around the interface. X-ray diffraction and Raman spectroscopy were used for analyzing the crystal structure of the thin films comprising the batteries. Spontaneous migration of Li ions was found to occur from the Li3PO4 layer to the LNMO layer, converting half the LNMO to L2NMO at the Li3PO4/LNMO interface. The reverse migration occurs during the initial charging process to regenerate LNMO.

The resistance of this interface, verified using electrochemical impedance spectroscopy, was 7.6 Ω cm2, two orders of magnitude smaller than that of previous LMNO-based all-solid-state batteries and even smaller than that of liquid-electrolyte-based Li-ion batteries using LNMO. These batteries also displayed fast charging and discharging, managing to charge/discharge half the battery within just one second. Moreover, the cyclability of the battery was also excellent, showing no degradation in performance even after 100 charge/discharge cycles.

Li(Ni0.5Mn1.5)O4 is a promising material to increase the energy density of a battery, because the material provides a higher voltage. The research team hopes that these results will facilitate the development of high-performance all-solid-state batteries, which could revolutionize modern portable electronic devices and electric cars.