fabiochiu/medium-articles huggingface dataset:
How Are Government Incentives Boosting Second-Life Automotive Lithium-Ion Battery Market?
By: Punit Shah
Tags: Industry, Lithium, Market, Battery, Battery Market

In 2019, 2.1 million electric cars were sold, and by 2030, the total number of these operational around world is expected to reach 130 million! As these vehicles, along with their components, age, they will lose their efficiency, as do all machines. Thus, with time, there will be a large stock of used vehicle batteries that can no longer be used for automotive traction purposes. Recycling these batteries is a cost-intensive and long process, which is why battery makers generally source virgin lithium metal from mines.

Therefore, P&S Intelligence says that the second-life lithium-ion battery market will grow from $430.0 million in 2019 to $7,392.0 million by 2030, at a high 23.1% CAGR between 2020 and 2030 (forecast period). This is because though depleted batteries can no longer be used to propel larger vehicles, they can still be used in low-speed EVs and for energy storage purposes in other industries, as the remaining 60–80% efficiency of such energy storage devices can fulfill these secondary purposes.

In 2019, Asia-Pacific (APAC) dominated the second-life automotive lithium-ion battery market because of the high sales of EVs here, which have led to a large stock of used batteries. China further expects to transition half its entire transportation system to EVs by 2025, which will further lead to a high availability of second-life EV batteries for other purposes. During the forecast period, Europe will experience the fastest industry growth due to the rising adoption of electric mobility.

Hence, with the growth of the EV and renewable energy industries, the scope for the usage of second-life EV lithium-ion batteries will keep widening.

Source: P&S Intelligence
Original iSmoka eLeaf iNano 650mAh Kit
By: Bruce Shelton
Tags: Battery, Eliquids In India

An excellent product for heavy smokers, now you can buy Smoka eLeaf iNano Kit in India. Heavy smokers often complain that regular Eliquids in India don’t give them the hit that they are used to. This problem is dealt away as this product comes with a variable voltage battery. A battery with variable voltage allows you to adjust the output of power from the battery and by adjusting this output you can control the quantity of vapor.



iNano, an extraordinarily tiny e-cigarette kit by Eleaf, has a battery capacity of 650mAh. The atomizer is smartly inserted and locked in the box by a magnetic connector, which is much more convenient to use and carry. With five colors to choose, the iNano is a nice choice of on-the-go kit.



Tiny Appearance and Easy Operation: With remarkably small size and easy operation, the kit is the best choice for new vapers when on the go.



Innovative Magnetic Connector: The atomizer is smartly inserted and locked in the box by magnets, which largely saves space and makes the kit convenient to carry.



Visible E-liquid Level: The e-liquid level can easily be noticed by a simple glance at the window.



Buy iSmoka in India.

Note: Use special caution when working with Li-ion cells, they are very sensitive to charging characteristics and may explode or burn if mishandled. Make sure the user has enough knowledge of Li-Ion rechargeable batteries in charging, discharging and assembly before use. Always charge in/on a fire-proof surface. Never leave charging batteries unattended. We are not responsible for damage if there is any modification of the batteries/chargers in any form or shape (including pack making).



Also Buy

JUUL in India

Liqua in India



VapourIndia is not responsible for any damage caused by misuse or mishandling of Li-Ion batteries and chargers. We only recommend using Lithium Ion rechargeable batteries with a control circuit (protection PCB) to assure safe charge, discharge, etc, use of lithium ion batteries without a protection circuit is potentially hazardous.





Features:

Battery capacity: 650mAh

Size: 29mm*19.5mm*64.5mm

Connector type: magnetic connector



iNano Atomizer:

Diameter: 10mm

Length: 59mm

Capacity: 0.8ml

Thread type: 510 thread

Colour: Hot pink



Full Kit Comes With:

1 x iNano Atomizer(1.2ohm)

1× iNano Body

1× iNano Connector

1× USB Cable

1× User Manual
High Efficiency Motor Can Run for Many Thousands of Years
By: Jeremy S. Cook
Tags: Motors, Science, Technology, Batteries

If you buy a Tesla or other electric vehicle, you expect the motor(s) to, perhaps, get you to work and back home, where you dutifully plug it in for the next day’s commute. Imagine, however, having an electric motor that doesn’t just last through the day, but could theoretically run for thousands — many thousands — of years on a single AA cell. YouTuber lasersaber has created just such a device, and while it won’t come close to powering your car, it’s still very interesting.

As you might suspect, the key to this motor’s efficiency is that it works with extremely low friction. This is enabled here by the magnetic levitation of a rotor made with pyrolitic graphite. Four permanent magnets attached the top of the rotor are moved around by electromagnets that provide power, forming a sort of very low power, high efficiency stepper motor. A number of resistors, a capacitor, and a reed switch are used to control the unit.

A large portion of the video below is spent explaining just how impressive the device’s power consumption is, and at a low RPM setting it uses only .15 microamps at 33millivolts, for a grand total power consumption of less than .005 microwatts. This means that theoretically, the device could operate for 89,880 years on single AA battery. It’s an amazing feat of efficiency, and as ‘saber notes, this could possibly be made even more impressive if the device was constructed inside a vacuum chamber!
An Honest Review About Lithium-ion golf cart battery manufacturer
Tags: Battery, Lithium Ion Golf Cart

Introduction

It’s been my pleasure to share my story with you.

However, I’m a bit confused regarding the selection of a battery. I am a golf cart rider and player. I am seeing a big loss in payments for my battery replacement because my battery has been bursting for the last few years. We were thankful that God saved our lives since everything was okay.

After that, I have searched quite a few markets and online stores for the best lithium battery for golf carts. After a weak, I was able to find the best lithium ion golf cart battery manufacturer.

What I have achieved is better than others

100% reliable Long Life No damage No Leakage There is no Burst horror Replacement guarantee 100% money-back in case of unsatisfaction within the warranty period

Any energy storage device that uses a lead-acid, gel, or AGM battery can be powered by lithium-ion batteries. Their lithium batteries have a built-in BMS (Battery Management System) enabling their cells to withstand heavy-duty abuse without battery failure. By balancing cells automatically, the BMS is engineered to maximize the battery’s performance and to prevent any overcharging or over-discharging.

I hope you will get your best suggestion related to Golf Batteries. In the case of more information, you can visit their site.
The Business Investment Platform by EIT InnoEnergy
By: Eit Innoenergy Hub Turkey
Tags: Energy, Investment, Battery, Investment Opportunities, Eit Innoenergy

In particular, it is paving the way for Europe to generate €70 billion of front-loaded investment in batteries which is required to meet peak demand by 2023.

It will help to meet the goal of €40 billion in front-loaded investment in photovoltaic production capacity, which is required to reach Europe’s targets for renewable energy supply. And, it is helping EGHAC accelerate the green hydrogen economy, which has a target of 1200TWh of final energy use based on green hydrogen by 2025 — representing investments north of €100 billion across the affected value chains.

Co-designed with public and private financial institutions and several core industrial partners, the BIP shortens the time to invest, reduces the investee's business risk, and reduces investment risk for the investor.

The BIP is a “fit for purpose” business investment platform attracting best-in-class projects

Investor Benefits:

One-stop-shop to get access to the rapidly expanding European Battery industry,

Safer and more predictable investments in the robust screening process for business cases,

Early introduction to the industrial initiatives,

Ability to coach and intervene early in industrial initiatives.

Investee Benefits:

Coaching and help to make business cases solid and robust,

Access to all kinds of financial institutions both private and public,

Access to EBA 250 network for partners, suppliers, off-takers, etc.

How does the BIP work?
THE RACE FOR IMPROVED BATTERY BY USA IS DO OR DIE
By: Sherman Moore
Tags: Battery, Oil, Infrastructure, Electric Car, Power

THE RACE FOR IMPROVED BATTERY BY USA IS DO OR DIE Sherman Moore Jun 1·2 min read

I’m hopeful as an American we have to win any battery competition. Oil and gas is stored energy analogous to a battery and we’ve had the advantage of having access to a lot of fossil fuel. Within the last 100 years Germany and Japan went to world war to become superpowers by gaining oil and gas assets (in the case of Germany oil meant Russia. To Japan it meant Southeast Asia, Pacific Rim).

Solar and wind is a cheaper source of power and getting cheaper exponentially. Add a quantum improved battery and the cheap energy becomes wind/solar+battery.

IF new stored energy other than oil happens then Germany, France, Poland, China, Japan, India, Italy (60% of the world) would jump to the “new stored energy. The import cost of oil and gas for countries without reserves is a outflow they are motivated to end. IF the battery technology gets enough improvement then non-oil/coal located factories, foundries, distribution, farming, manufacturing would gain long term cost advantage with USA on the ropes playing catch-up at cost disadvantage. Our public would rather be 2nd tier than use the cheapest power (excluding collateral cost debates) — namely stored energy put here by the stars themselves (nuclear).

Africa has limited infrastructure for electricity, oil or gas — “battery” would be instant fix and Germany, India and China would be the superpowers and Africa their backyard.

Here in USA to be laid off and the government pay checks during the pandemic is debt — and our debt worthiness is based on income (GDP). If USA loses the cost advantage on energy it would create a problem.

It’s a risk America can’t afford to take. We need to be the leaders in inventing better batteries.
Global Energy Storage Startup Map
By: Contrarian Ventures
Tags: Ecosystem, Energy, Venture Capital, Startup, Battery

The 100 energy storage technology startups and companies disrupting the space

If you are interested in content like this, subscribe to our Bye, Fossil Fuels! Newsletter!

We are living at an age when managing one’s impact on the environment is not an option anymore. The transition to sustainable business models and lifestyles is very evident, and most countries and corporations are behind the change, be it driven by values or regulation.

We see the huge importance of alternative energy storage to decarbonise the grid, stabilize distributed energy resources, power long haul trucks or your electric scooter. Managed in the right way, it will lead to a cleaner environment and improved quality of life for the majority of the population.

How energy is captured and stored to be used at times when it is most optimal for balancing demand and supply, is at the centre of that transformation. The traditional energy storage medium — fossil fuels — are being pushed out as the main means to store energy by multiple forces (lower cost, positive impact on climate change, efficiency and others).

Venture capital firms poured nearly $2 billion into battery storage companies in 2019, doubling the amount over the year before. We, of course, have to highlight the behemoth funding of Northvolt ($1 billion), or Sila Nanotechnologies ($215 million) and Energy Vault ($110 million), which greatly skew the numbers to mega-rounds.

And to add, while lithium-ion batteries are currently in the spotlight of energy storage technology, accounting for 80% of energy storage VC funding last year, we wanted to highlight the universe of the many technologies enabling a clean and sustainable energy storage revolution. Whether fuel cells powered by hydrogen, air and liquid stored underground, or ice, we present you the 100 startups leading the energy storage change.

On one side, energy storage investment continues to grow exponentially as many utilities and other power generators shift toward renewables, and as more renewable energy is connected to the grid, big batteries are needed to kick in to stabilise the grid when power demand falls short during a low wind day at a sea populated with offshore turbines. At this scale, lithium-ion today is expensive.

And on the other side, corporates and investors respond to the explosive growth of electric vehicles (driving the lithium-ion battery glut), tackling the carbon impact in the transportation sector. The main objectives of the companies working on technologies in this space are safety (no fire) and efficiency (reliable range).

Let us know if you have companies or segments we should add and track!
Coming out of stealth mode: Redwood Materials
By: Alexander Roznowski
Tags: Jb Straubel, Tesla, Redwood Materials, Battery, Recycling

One of the biggest challenges with electric batteries is recycling. A company founded by Tesla co-founder JB Straubel is coming out of stealth mode and announced that they are already recycling scrap from Tesla’s Gigafactory in Nevada.

JB Straubel, CEO of Redwood Materials [credit: The Wall Street Journal]

“I’m looking into the future and seeing this freight train coming at us.” — JB Straubel, CEO of Redwood Materials

Redwood Materials

The Wall Street Journal (WSJ) has recently published an interview with JB Straubel, the co-founder of Tesla and architect of the in-depth Gigafactory in Nevada, on a new venture to recycle lithium-ion batteries at scale.

JB Straubel is currently the CEO of Redwood Materials, based in Carson City, Nevada, and is seeking to build the biggest lithium-ion battery recycling facility in the USA. The company tries to shift the dynamics of raw material supply and demand, in order to deal with the increasing volumes of scrap and spent electric vehicle (EV) batteries.

The challenge for lithium-ion battery recyclers can be summarized as following:

1) deal with the mountain of waste cells coming in the future

2) re-process and sell the parts

3) master the chemical processing to make battery-grade material

In the WSJ interview, there were four things revealed:

In 2019, Redwood Materials launched a trial with Panasonic (Tesla’s battery partner) to recycle scrap materials from their batteries. This trial has been expanded recently. Redwood Materials is currently focusing on refining its recycling process on cellphone batteries before handling electric car batteries. In 2020, Redwood Materials raised $40 million from Capricorn Investment Group (founded by Jeffrey Skoll) and Breakthrough Energy Ventures (founded by Bill Gates). Redwood Materials currently has about 50 employees and plans to increase that number to 200 by the end of this year. Straubel hopes that within 10 years recycling will bring the price of raw materials for lithium-ion batteries down to about half of what it costs to mine them. That would be a game-changer in the industry.

“Forever the entire market has been dictated by the commodity price of these metals. This is a chance to change that whole equation and to realize material cost savings in a way that short circuits that industry.” — JB Straubel

The Wall Street Journal profile mainly revolved around Straubel’s history with Tesla. The article didn’t present the details about the processes that they are developing to recycle the battery materials. We will have to wait patiently for the next update of Redwood Materials.
“Aluminum-Ion” August 2021 — summary from Europe PMC and PubMed
By: Brevi Assistant
Tags: Healthcare, Aluminium, Aluminium Ion, Battery, Ev Cars

Europe PMC — summary generated by Brevi Assistant

The disposal of spent lithium-ion power batteries has come to be a crucial research topic owing to the booming market for electric vehicles. The recovery efficiency of the alkaline option and natural solvent methods currently made use of to divide Al foil from cathode materials still has space for renovation. In this study, an efficient technique is created to divide the Al aluminum foil in mixed-type spent LIBs, specifically, LiNi x Carbon monoxide y Mn z O 2, LiFePO 4, and LiMn 2 O 4 LIBs, by controlled pyrolysis. The purity of Al in the recouped aluminum foil was 99.41 %, 99.83 % and 99.92 %, and the recovery effectiveness of the active cathode materials was 96.01 %, 99.80 % and 99.15 % for NCM, LFP and LMO, respectively, without the loss of active cathode materials. Rechargeable aluminum-ion batteries are a new generation of large-scale and affordable electric energy storage space systems. AEG has a lot more turbostratically ordered structure covered with abundant mini- to nano-sized pores on the surface area framework and broadened interlayer range realized by surface treatment of immaculate graphite with acidic media, which can be accelerated the diffusion characteristics and reliable AlCl 4 — ions -intercalation kinetics. Remarkably, the AIB system based on the BEG cathode provides a high specific ability of 110 mAh g -1 and ~ 91 mAh g -1. The BEG cell has high energy and power thickness of 247 Wh kg -1 and 44.5 kW kg -1 This efficiency is one of the ideal amongst the AIB graphitic carbon materials reported for chloroaluminate anions storage space performance. This series of papers addresses the recycling of cathode particles and light weight aluminum foil from positive electrode sheet taken down from spent lithium-ion batteries by using a high-voltage pulsed discharge. This separation of LIB components by pulsed discharge was checked out by methods of prospective life process evaluation and is anticipated to have applications in LIB reuse and recycling. When the batch range of pulsed discharge splitting up is adequately big, the healing of cathode bits and Al foil from PE sheet by pulsed discharge can decrease both LC-GHG and LC-RCP, as opposed to conventional reusing with roasting procedures. As a result of innovation developments in LIB cathodes, the reuse of favorable electrode active materials does not constantly have lower environmental effects than the recycling of the raw materials of PEAM in the production of new LIB cathodes.

Please keep in mind that the text is machine-generated by the Brevi Technologies’ Natural language Generation model, and we do not bear any responsibility. The text above has not been edited and/or modified in any way.

Source texts:
“lithium ion vs lithium polymer” which is best for you ?
By: Chirag Rajput
Tags: Battery, Tips

Friends “ Lithium Ion and Lithium Polymer” both of these create a lot of confusion in the minds of the users, through this article I will try to understand what is the difference between Lithium Ion and Lithium Polymer Batteries.

There is a lot of confusion in the logo when you get a new smartphone and one smartphone is a lithium ion battery and the other is a lithium polymer battery, which one is better for you? Now talking about lithium ion, it is a bit old technology when lithium polymer Is a much newer technology than lithium ion

Now, if we talk about the user experience, then you will not have any special difference about some technical differences in these two batteries, then they will not affect you so much if we talk about the technical aspect of lithium ion, then the material used to make it A fix can make the shape of the battery means that after the lithium ion battery is formed, a fix is ​​made in the shape itself and it is also very thick so that the users It can be difficult for now, there is only one option left in lithium ion batteries which is rectangular, so now the shape of lithium ion batteries will be rectangular, which you cannot change.

And if we talk about Lithium Polymer Batteries, then the battery is very flexible so that we can make the Batteries in the shape that you want in the shape, you can make the battery as thin as a credit card if you use a Lithium Polymer Technology.

The cost of lithium ion bedding is fixed because the method of making it is sham every time, which does not affect the cost much and also makes us very cheap.

Talking about lithium polymer batteries, it can sometimes be more expensive because now when there is no fix process to make the battery, then we also get a chance to make a lot of changes in the battery and because of that we can make the battery several times Could be an expensive post.

Its direct answer is that no user will have any difference whether the battery is made of lithium ion or lithium polymer. This thing does not have any effect in user experience.

Let me know in the comments how many of you know about your phone’s battery.

And now we talk about the market that we get to see lithium ion and lithium polymer battery in which phones, then in most expensive phones, you get lithium polymer and in mid range and lower range phones you get lithium ion battery. is.

Now when we talk about the use of these batteries in addition to the phone, the lithium polymer mostly used in electric drones, remote control cars, motors provides a lot of power to the lithium polymer output so that the device can be started quickly and the weight I am quite light as it is easy to take it anywhere, especially for those who do more traveling.

Talking about Lithium Ion, it mostly has torches, laptop batteries and a few power banks. So in the end, the point is very much that no user will make any special difference to them, then do not pay attention to the afar and trust the right knowledge.
What Tesla market cap means for the world
By: Nico Mf
Tags: Tesla, Stock Market, Battery, Ev, Green Energy

Tesla could become the #1 car manufacturer but will still rely on the transportation budget of the households.

Tesla mission is to “accelerate the world’s transition to sustainable energy” in the field of transportation.wants to reinvent the transportation of mankind. But we can assume that people will spend roughly the same amount of their revenues in transportation (be it by purchasing a car, leasing it or sharing it)

The market cap of Tesla competitors that are currently at maturity can give us a 1st benchmark. Looking at the top 5 car manufacturers, we can find a ratio of market cap / yearly production volume ranging from ~10 k$ of market cap per car (Honda, GM) to 21 k$ per car (Toyota, Ford). This discrepancy can be explained by lots of factors:

the profitability of the different companies,

the production mix (from small cars to luxury cars),

the fact that those companies are not 100% car manufacturers but have different proportion of ancillary activities (leasing, repair, motor cycles…)

…

But this factor of 1 to 2 is sufficiently small to do a ‘back of the envelop’ estimate.

There is a lot of innovation in the Tesla driving experience, esp. in the user experience and autonomous driving field. and I buy the argument that Tesla is getting a lot of driving data from the existing fleet and that this will give it a competitive advantage.

With that in mind, we can give a premium to Tesla with a 30 k$ per produced car when it reaching maturity. (even though some of the best analysts do not see Tesla reach an higher margin than competition https://twitter.com/benedictevans/status/1280777883196231680).

This would lead to an annual production of 21m cars, i.e. higher than todays combined production of VW and Toyota, and 23% of 2019 worldwide production. this is huge but if we assume Tesla has found the fast lane to reinvent the car industry, that could be ok.

Note that if you take the high value of the previous benchmark (22k$ per car) you reach production of 30m cars annually for tesla. Let’s park this assumption and be a bit “conservative”.
Cuberg Takes Flight
By: Mary Catherine O'Connor
Tags: Energy, Drones, Startup, Battery, Lithium Ion Battery

Cuberg Takes Flight

The energy density of lithium-ion batteries is improving at a glacial pace, just 5 percent annually. At this rate, the technology simply can’t meet the demand for many nascent and future electric flight applications, from electric planes to air taxis. But even for today’s drone applications — from conservation biologists using drones to collect data on endangered species or landscapes, to nascent drone-based delivery services — flight time is a big constraint.



Fortunately, battery startup Cuberg—led by Cohort Two fellow Richard Wang—has bested lithium-ion’s performance by a vertical leap, demonstrating what is, to his knowledge, the world’s first vertical take-off (VTOL) drone powered by a lithium-metal battery.

In a face-off test, a drone powered by the Cuberg lithium-metal battery showed a 70 percent longer flight time, compared to one powered by a lithium-ion battery.



No other next-generation battery company has publicly shared a similar drone VTOL performance comparison between lithium-ion and lithium-metal batteries.

In a face-off test, a drone powered by the Cuberg battery showed a 70 percent longer flight time than one powered by a lithium-ion battery.

Why now?

“Our high-performance electrolyte chemistry has been ready for real-world testing for several months, but until we built our first commercial-quality cells, we could only estimate its flight performance based on lab data. We’re very pleased to report our first flight tests outside the lab outperformed our highest expectations,” says Cuberg co-founder and CEO Richard Wang. “We ran the flight comparison test several times and observed consistently excellent results.”

Richard Wang, CEO of Cuberg

What’s next?

Cuberg, which secured funding from Boeing last year, is providing its battery cells to aerospace customers who are beginning internal performance tests, based on their specific use cases and parameters.

Cuberg plans to ramp up to pilot-scale production in the next few months and ultimately plans to serve a range of high-performance electric flight applications that demand improved batteries.
Start your research on Declan Cobalt Inc. — today! Now is the time to act!
Tags: Investing, Investment, Battery, Stocks, Mining

In a world that is constantly changing — investors have to stay ahead of the game to make the big money. Everyone wants to buy a stock that costs mere pennies and watch it soar into dollar land. It looks to us that Declan Cobalt Inc. has that kind of potential. The company which trades on the CSE (https://thecse.com/en/about) in Canada — under the symbol LAN — seems to be on the launchpad for a spike higher. The company also trades on the OTC in the US under the symbol DCNNF and on the Frankfurt Exchange under the symbol DCR1. We think you should start your due diligence on Declan Cobalt Inc. today.

These guys are ready to bring ethical cobalt to the world — straight from the heart of Europe. The operations of LAN are located in Germany and the Czech Republic which makes them a unique proposition for cobalt users like Mercedes-Benz, BMW, and Skoda. These giants of car manufacturing have intensive EV (electric vehicles) lines and they will see the marketing benefit of using Declan Cobalt Inc. as a source of cobalt (for their Lithium-io batteries) rather than cobalt from the DRC (Democratic of Congo). The DRC can’t always guarantee that their cobalt production is conflict free. EV consumers are savvy buyers and the conflict-free angle for the cobalt in the Lithium-ion batteries in the cars — will help sell cars for the manufacturers. By 2020; 75% of the lithium-io batteries will contain cobalt. It is a clear case of right place — right time for Declan Cobalt Inc. and a great opportunity for LAN shareholders.

The chart on Declan Cobalt Inc. shows the promise of potential upside. The sellers in the stock are nowhere to be found. There are key points on the chart at .19 and .27. If we get through .19 — which is a stone throw away — we are headed to .27. Solid volume on a climb higher and any new flow could result in a super spike which could be a real money maker for anyone who gets in at these prices. As we said earlier. Being first matters and this is your chance to get cheap shares first — before the stock runs on news. People will notice LAN and when they do — the stock will begin to move higher.

In closing, we want to point out that the company is being run by Wayne Tisdale. Mr. Tisdale is a legend in mining and finance circles. He has raised $2 Billion for companies he has been involved with in the past. He is the right man to take Declan Cobalt Inc. all the way to the end zone. He has a platinum reputation and we believe that Bay Street will put a premium on LAN’s share price when they realize that Mr. Tisdale is running the show. Today is a great day to start your due diligence on Declan Cobalt. Go to Google, Yahoo Finance or the company website @ http://declancobalt.com/. We love this stock and we think you will as well. The question is — when will you buy your shares. Will you buy them @ .18, 20, .27 or $1.00. The choice is yours. Stay tuned for more Declan Cobalt Inc. updates and in the meantime trade safe and smart.
6 Best Trolling Motor Battery Which Is Affordable in 2021
Tags: Motorbatteries, Best Trolling Motor, Trolling Motor Battery, Battery

6 Best Trolling Motor Battery Which Is Affordable in 2021 Marilynrhuff Jun 17·1 min read

Do you want to use a trolling motor battery for your boat? So I would say it’s “identical”. But the first question that comes to your mind is — which is the best trolling motor battery?

In that case, I would say there are thousands of types of trolling motor batteries, some of the best and unique trolling motor batteries I will highlight in this article. And I think you’ll definitely benefit from that. Because if you unknowingly use any kind of trolling motor battery, it may be seen that the engine is not starting midway and this is a big problem for the boat/launch. So to protect your boat/launch from the terrible danger of sinking, you have to dive deep in search of the best trolling motor battery.

One more thing that may come to your mind is — “How to take care of it or maintain it?” Trolling motor ensures a lot of performance of the battery on top of care and maintenance. So I will take you away from this worry too. See more.
Kids Bicycle Market Size Worth $4.9 Billion By 2025
By: Gaurav Shah
Tags: Offline, Kids, Online, Battery, Bicycles

The global kids bicycle market size is expected to reach USD 4.9 billion by 2025, according to a new report by Grand View Research, Inc., expanding at a CAGR of 2.6% over the forecast period. The growth is attributed to rising demand for bicycling as a fun activity among children who are hugely influenced by toon characters riding bicycles.

For instance, the character Calvin from the comic Calvin and Hobbes can be seen in the bicycle. The cycle manufacturers have leveraged these features to market bicycles. Cartoon Network Ben Ten Bicycle is one such product that gained tremendous popularity in the countries including India, Maldives, Indonesia, and Pakistan.

In addition, schools and residential societies have been conducting cycling races, marathons, and relays. Such activities develop discipline, sportsmanship, and team spirit among kids. This, in turn, drives the kids, parents, and teachers to take interest in cycling, thereby propelling the kids bicycle market growth. Cycling is further promoted for various health benefits among kids.

It has been proved through various medical researches that cycling improves fitness. Along with improving physical strength and growth, it even results in positive mental attitude by releasing stress. It is also recommended that cycling activity in fresh air improves the metabolism by providing exercise to the cardiovascular muscles and building muscle mass.

Rise in the demand for kids cycle is being leveraged by various manufacturers. In May 2019, Strider Sports International Inc. entered the Indian market by launching two different models, Sport Baby Bundle and 14x Sport Balance Bike bicycles. The product is available online for USD 199.98 and USD 209.99 respectively. The Sport Baby Bundle is for toddlers and it comes with rocking base and no pedals. The 14x Sport Balance Bike is for kids above 2.

Some of the key players are Giant Bicycles, Trek Bicycle Corporation, Specialized Bicycle Components, Cannondale, SCOTT Sports SA, GT Bicycles, MERIDA BIKES, Cervélo, Fuji Bikes, Cicli Pinarello SRL, COLNAGO, Santa Cruz Bicycles, and KONA. Manufacturers have been observing the rapid growth closely and strategically expanding in the countries with growing middle-class income population.

Click the link below:

https://www.grandviewresearch.com/industry-analysis/kids-bicycle-market

Further key findings from the report suggest:
It is now possible to use technology to show how the smartphone battery can be charged in a few minutes, do you know
By: Alan Jack
Tags: Battery

It is now possible to use technology to show how the smartphone battery can be charged in a few minutes, do you know Alan Jack Jul 2·2 min read

Researchers have developed a simple lab-based technique that allows them to look inside lithium-ion batteries and follow lithium ions moving in real time as the batteries charge and discharge, something which has not been possible until now.

Using the low-cost technique, the researchers identified the speed-limiting processes which, if addressed, could enable the batteries in most smartphones and laptops to charge in as little as five minutes.

And also stated that their technology not only helps to improve existing battery materials, but also accelerates the development of next-generation batteries, which is one of the biggest technical obstacles that need to be overcome during the transition to fossil fuel-free.

Dr. Nederman said: “Better batteries can store more energy, or can be charged faster-ideally both.” “But in order to use new materials to make better batteries, and improve us We need to understand what’s going on inside the batteries that are already in use.”

So the Cambridge team developed an optical microscopy technique called interference scattering microscopy to observe these processes.

Later, Professor Claire Gray from the Yusuf Hamid Department of Chemistry at the University of Cambridge said: “This technique is a very versatile method for observing ion dynamics in solid materials, so you can use it for almost any type of battery. Materials research.”

The high-throughput nature of this method allows many particles to be sampled across the electrode, and further exploration of what happens when the battery fails and how to prevent it.

This is really surprising. This technology may be an important problem for the development of next-generation batteries.

I have to admire these scientists and believe that some battery problems will be solved in the future.

What do you think? Is it subverting your perception?

》 》 》 》 》 》 》 》Follow me, next issue will show you more about what you want to know

This may be of interest to you:https://www.batteryforpc.co.uk/
Different Types of Power Banks
By: Faizan Alam
Tags: Battery

Despite our busy schedules and hectic lifestyles, we like to stay connected with our family and friends through calls, messages, WhatsApp, and other social media apps. However, this becomes difficult for us when our phones and tablets run out of battery and we have to charge them repeatedly. This is especially annoying when it happens while we are on the move, either stuck in traffic or traveling to another city in a car, train or airplane. The invention of power banks has made lives easy for us by giving us the means of charging our devices without the need for any wall socket. If you are looking to buy a power bank for the first time and are not aware of the different types that exist nowadays, this articles describes some major types of power banks.

Low Capacity Power Banks

These power banks are quite small in size and light in weight which is why it is not surprising that these are the handiest types of power banks available nowadays. These mini portable chargers possess a low power capacity that is why they are light in weight. Low power capacity means that these power banks utilize a small number of batteries, with most of them employing a single battery a majority of the time.

Mini power banks are divided into categories depending on their type of batteries. One type of mini power bank uses ion battery and the other type utilizes polymer battery. Those using ion batteries are short and cylindrical in shape. On the other hand, power banks employing polymer batteries have a slim look and appear almost the same as a smartphone. The lightness of these power banks enables us to carry them everywhere we go.

Conversely, mini power banks have their downsides as well. One of their drawbacks is that they don’t retain a great deal of power so you can only charge your smartphone on them once or twice. Secondly, you cannot charge more than one device on them simultaneously since a majority of them have only one USB port.

High Capacity Power Banks

These power banks have a higher capacity which makes them a great deal more efficient and effective. They have power capacities of up to 20,000 mAh or more because of which they are able to charge multiple devices at the same time. In addition, they can be used more than once for charging and have more than one USB port, which is why they can charge many devices simultaneously.

Being able to power multiple devices altogether is a big plus of high capacity power banks. They also tend to have improved charging technology including Quick Charge, Type-C and some even possess a DC output port to charge laptops.

The only drawback of these power banks is their large size and heavyweight. This is probably the reason they are able to charge more and retain more power. However, their large sizes and heavy weights mean that they cannot be held or carried in hand for an extended amount of time.

Now that you know the pros and cons of the basic types of power banks, you can decide better which one you want to get for your use. Power bank price in Pakistan can be found and compared to the various online stores that showcase these products nowadays.
Lipo Batteries: Things to Consider when Buying the Right One!!
By: Oas Hobby
Tags: Best Deal On Batteries, Battery, Lipo Battery Charger, Cheapest Lipo Batteries

Lithium Polymer batteries, also called Lipo batteries, are one of the newer types of batteries that are now being used in many electronic devices. These batteries have been gaining popularity mostly in the radio control industry over the recent years, and are now the most preferred choice for people looking for high power and long run time’s battery.

Lipo batteries, on the other hand, also offer a wide range of advantages that include:

- Higher discharge rates which mean they pack more punch when being used in devices.

- They have much lighter weight as compared to other batteries.

- These batteries can be made in almost any sizes and shapes.

Lipo batteries have much higher capacity than other types of batteries which allows them to hold on much more power.

However, in order to ensure you get all the above-stated benefits and to avail the best deal on lipo batteries, it is very important for you to choose the right type of lipo battery.

How to choose the right type of battery?

Choosing the right lipo battery for your application involves many factors. This blog guides you through the thought process involved in picking one or more batteries for your use.

So, before making a purchase, keep in mind to consider the below-given factors.

1. The battery voltage

When buying lipo batteries, first of all, you should consider the battery’s voltage. Remember that all lipo batteries have a nominal voltage of 3.7v per cell. When they are fully charged, the cells should be 4.2v and when discharged, lipo batteries should never be below 3v.

2. The physical size of the battery

For a lipo battery to be perfect for your model, it must surely fit within your model’s battery compartment. One thing to remember here is that not all batteries are created equal. While many manufacturers try to be consistent in the battery’s size, their dimensions can still be of different measurements.

3. Soft or hard lipo batteries

Generally, lipo batteries are available in two forms namely: hard case packs that have an outer plastic box so as to protect the cells or so-called soldered packs that are wrapped in shrink wraps. If you just bash non-sanctioned races, soft case packs of lipo batteries are good for use as long as you make sure that there is no possible damage made during their use. But, in the case of any damage, hard case packs of lipo batteries are one of the best ones to opt for.

Finally, you need to consider the capacity of the lipo batteries so that you can get the best one. The capacity of the battery is one of the biggest rating shown on the lipo battery’s pack and is measured in mAh. When buying lipo batteries, you should think of capacity as the quantity of fuel in your vehicle’s fuel tank. A higher capacity fuel tank will run your car for long durations as compared to lower capacity. In the same way, a 4000mAh lipo battery will work for twice as long as a lower capacity battery.
Low-Speed Electric Vehicle (LSEV) Sector Displays Healthy Growth Potential
By: Punit Shah
Tags: Electric Vehicles, Low Speed Vehicle, Battery, Low Speed Ev

Around the world, developing economies, such as China, Brazil, Russia, and India, are experiencing rapid urbanization in times of rising air pollution. Among these, China and India, owing to their huge population, have seen the highest growth. With the population surging in urban areas, the sales of personal vehicles for commuting short distances will increase, which, coupled with the pollution factor, expected to drive the low-speed electric vehicle domain.

In the recent years, there has been an increase in the adoption of electric two-wheelers due to their several benefits, the most significant being affordability. This is mainly ascertained by its motor and battery cost, which continue to decline. Due to the advancements in the battery technology, especially that of Li-ion batteries which are rapidly replacing the sealed lead acid variants, the battery cost is plummeting, thus boosting the electric two-wheelers sector growth across the world.

Research Relevant Queries@ http://bit.ly/2YxmFq7
Lithium Batteries Vs Acid Batteries For Electric Boats -
By: Charles Farag
Tags: Electric Vehicles, Electric Boat, Battery, Environment, Cleantech

Lithium and Electric Boats, a Sure Performance!

Lithium batteries have numerous advantages and are becoming quite in demand on the market of recreational products and boats. The wave of the future, Canadian Electric Boat Company on the North Shore of Montreal, presently offers you to choose between acid batteries or lithium batteries at the purchase of a new electric boat.

Lithium Battery and Acid Battery

For a long time, acid batteries have played a role in our everyday lives. Nowadays, they compare negatively in front of lithium batteries for many reasons.

First of all, lithium batteries are three times lighter than acid batteries for the same amount of energy. They are now very popular in all mobile systems, including electric boats, which are taking over our lakes and rivers. As opposed to boats who use acid batteries, electrical boats equipped with lithium batteries are more economical, less polluting and clearly better for the environment.

Moreover, lithium batteries have superior efficiency as opposed to acid batteries. While they have an efficiency of about 80%, lithium batteries have an efficiency of 98%**. Furthermore, the lithium-ion battery’s capacity is clearly superior to the acid battery’s one. Therefore, two batteries with the same 12V capacities of 100Ah won’t enable the same extraction: about 1000Wh of the lithium battery for only 500Wh for the acid one.

Speaking about power, it has been demonstrated that the lithium battery accepts charges much more important than an acid battery. The same applies to its lifespan. The lithium battery has a life cycle 4 times longer than the acid one for an identical usage.

Even more amazing, the lithium battery is the wave of the future in our lakes and rivers. Electric boats at Canadian Electric Boat Company in Boisbriand equipped with lithium-ion batteries clearly contribute in improving the quality of the waters and the environment. While acid batteries from other leisure boats stock acid in the hold of the ship to later reject it in the water, lithium batteries have a much less negative impact on nature than acid. Thus, the alkaline which composes the lithium is much less reactive to the organism living in the water than acid.

In short, the Canadian Electric Boat Company imposes itself in this futuristic wave by building electric boats that surpass the current environmental norms.

Charles Farag

VP — Business Development

charles@electricboats.ca

(514)476–0309

*Contact Canadian Electric Boat Company for more details. Certain conditions apply.

**Source : A Study of Lead Acid Battery Efficiency Near Top Of Charge and The Impact on PV Systems Design
The Advantages and Disadvantages of Lithium Battery Electric Bike
By: Lucia Liu
Tags: Battery

The Advantages and Disadvantages of Lithium Battery Electric Bike

There is a small lithium battery electric bike with a weight og only about 16 kilograms. The size of battery just likes a book. It can be carried in the bag and can be charged by the computer. The weight of same power of lead battery is 15 kg. The power performance of lithium battery ebike is similar to lead battery. After charging six to eight hours, it can run 30~45 kilometers depending on the battery capacity, and the weight is only about 1/5 of the lead-acid battery. The greatest advantage of lithium battery electric bike is long service life. A set of batteries can be used for four to five years.

Energy saving and environmental protection is the development direction of ebike. With the advancement of technology, lithium battery electric bikes will replace lead-acid battery e bike. From the experience of developed countries such as Europe and the United States, lithium battries are the future development direction of electric bicycles.
What are the advantages of using lithium batteries for solar powered led street lights?
By: Mars Solar Led Street Light Factory
Tags: Solar Led Street Light, Solar Power Street Light, Battery, Solar Power, Solar Led Light

Solar powered led street lights rely on solar panels to generate electricity during the day, use batteries to store these electrical energy, and power solar powered led street lights at night. There are many types of batteries use in solar powered street lights residential, which are roughly divided into two types of lead-acid batteries and lithium batteries. Each type batteries has its own characteristics, and customers can use their own base on their economy.

The actual situation to choose, the following introduces the advantages of using lithium batteries for solar powered led street lights, what is the difference between lithium battery and lead-acid batteries?

Advantages of solar road lights lithium battery:

1.Adjustable solar panel bracket to maximize light collection;

2.Green and environmental protection;

3. lithium battery installation is convenient to install directly under the solar panel, small size and light weight to reduce construction cost;

4. long service life is 3–5 times that of traditional energy storage lead-acid batteries;

5.anti-high and low temperature can be used in the environment of -20–60, Seiko special process can be used in -45 environment;

6. maintenance-free performance is good.

The biggest disadvantage of lithium-ion batteries for solar road lights is that they are expensive and have a lot of initial investment. However, the life of lithium batteries is longer than that of other batteries. It is easy to recycle this investment for solar powered street lights residential in a short time.