All Battery Information

All Battery Information

As the batteries become fully charged and are no longer able to accept any further electrical energy. Consequently, the battery voltage will rise. Of course, when the voltage reaches the regulation level (varies with battery type see below) So, starts to dump power the controller’s lights are a solid red. Naturally,this energy is dissipated as heat into the surrounding environment. Significantly,more or less power is diverted to the dump load. According to how much is being supplied to the battery from the turbine.

Could Driverless Cars Empty cities

Yorkshire Car drivers

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Yorkshire Car drivers

Yorkshire Car drivers
© Can Stock Photo / XXLPhoto

Yorkshire Car drivers

Yorkshire Car drivers BEWARE of M1 and M62 Speed Cameras

So, I am a resident of Kirklees and have been a user of the M62 motorway ever since it was built. In my opinion, it has been a great asset to the people of West Yorkshire and Lancashire. In fact, I do not know what we would have done. Including, how the roads would have coped without this motorway.

The big problem with the motorway, as we all know,. Of course, there are stretches between junction 25 (Brighouse turn off) and junction 27 (Gildersome turn off). Over the years, this stretch has had many accidents and hold-ups. So, making it one of the major black spots on the UK motorways. It came as great relief to the Yorkshire Car drivers, “including myself.”. When it was announced that this section of the M62 was to be upgraded and turned into a controlled system,. Similar to the one in Birmingham on the M 42 and part of the M 1 Motorway south of Sheffield.

50 MPH Road works

The work began about three years ago. Strangely, we were all subjected to a 50 mph speed limit. With many delays due to accidents and vehicles breaking down,. Eventually, the work progressed, and we started to see the rise of the gantries covered in motorway traffic cameras over the road. Which would be used to control the traffic in the various lanes. I could not wait, and gradually the work was completed. As a result, the speed signs direct us to what speed we should be doing.

In my opinion,

The new system is excellent, and it is nice to see some progress on the road system for Yorkshire car drivers in the North, where I believe that previous governments have heavily neglected us in all fields of investment. As I drive all around the country, I cannot believe the investment that has been poured into the South and places like Wales and Scotland. I truly think that we have been starved of money here in West Yorkshire at the hands of politicians to please other regions of the country.

However, we must not complain that the car driving population of Yorkshire has now got a new controlled section of the great M62, knowing that we will see fewer holdups and witness fewer delays.

Keep your car speed below 70 mph?

There is, however, one thing that we should all watch out for, “DON’T TAKE YOUR CAR ABOVE THE 70 MPH LIMIT.”. It is now known that when the traffic lights are off, the speed cameras are still working and have been “flashing” drivers who have been exceeding the speed limit. I am an older driver and rarely take my car over the limit, but there are thousands of Yorkshire car drivers who think that the limit is now 80 mph. So when you are driving your car on this section of the M62, beware, the speed cameras are there to get you.

Speed Camera Gantry signs now in operation ?

As an update, I have observed that the gantries are regularly switched onto the white cross over each lane. Signifying the no speed limit signs . The information box on top says “Speed Camera.”. In my opinion, this is a good development! I presume that this is a clear signal, and any driver exceeding 70 MPH will be flashed and prosecuted. Other devices will not be switched on as “speed Cameras” . So giving a definitive line not to cross ?

According to the Huddersfield Examiner, “West Yorkshire Police refused to comment further but the Highways Agency has now confirmed the new £150 m overhead gantry system between Huddersfield and Leeds CAN catch speeding Yorkshire Car drivers, even when it is not being used to slow the traffic”…More Reading…http://www.examiner.co.uk/news/west-yorkshire-news/highways-chiefs-reveal-m62-cameras-6152759

Early nickel-iron Batteries from Thomas Edison

Thomas Edison-An Early nickel-iron Battery

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Early nickel-iron Batteries from Thomas Edison

Thomas Edison

Surprisingly, it was only recently when I was doing an article about something else. So that I came across an interesting fact. About the American inventor, no other than Thomas Edison. So, why I should  I have been surprised I did not know ! Because he invented some mind bending things . Of course, that we still use today. Thomas Edison Invention Light Bulb and the communications breakthrough of the first ever phonograph (a type of early record player).

Thomas Edison was working on improvements to another invention. His  telegraph transmitter and he noticed that the tape of the telegraph machine. Could give him human type voices when he ran it at a fast speed.

This set his highly intelligent mind at play which resulted in the genius trying a stylus onto a tin foil cylinder and it played back the tune “Mary had a little lamb”. This discovery was to end up as the first machine to record sound and play it back, in other  words the World’s first type of record player, Batteries UK (although he used cylinders not discs). This made him famous all over the World and the devise was known as the “Phonograph”.

New battery invention !

The part of Thomas Edison Timeline . Of course, that interests me . So is the new type of storage battery that he invented. His invention could have been started off when he noticed that it was a struggle to start the engines in the cars of that period only using a cranking handle. I can remember when I was an apprentice mechanic in the late sixties; when a 12 Volt Battery went flat for some reason we had to use a cranking handle to try start the engine and it was very hard indeed.

More reading…http://inventors.about.com/cs/inventorsalphabet/a/electric_2.htm 

New life for the nickel-iron batteries ;from Stanford University.

Thomas Edison came up with a new type of battery known as the nickel-iron battery and car ownership was open to everyone who could afford a car and not just the strong people who could crank an engine to start by using only muscle power. To bring you to my main point the old Edison invention may now be brought up to date by staff at Stanford University.

The nickel-iron batteries that are used today will be used mainly for storing the Suns energy from the use of wind turbines and solar panels. These modern type batteries have a much greater charging speed, but the scientists and students still, need to work on improvements to time that the batteries can actually store the electricity that is produced. In fact the batteries can be fully charged up in only a couple of minutes and it only takes ½ a minute to discharge its load.

There is still a great deal of work to be done. But this updated type of battery will be expected to be competition. Especially, to the Lithium-Ion batteries presently used on electric car production. The new version of the nickel-iron batteries. Could even be used to accelerate the charge rate to the lithium-ion battery. So, giving it a power boost to generate faster acceleration and regenerative braking.

Thomas Edison
© Can Stock Photo / stockphototrends

Rechargeable nickel-iron batteries are a type of battery that are also known by their brand name, Edison batteries.

Thomas Edison was the one who came up with the idea for them in the early 1900s. Plates of nickel and iron are used to construct the batteries, and these plates are then submerged in an electrolyte solution.

They have a reputation for being extremely long-lasting and durable. If they are cared for properly, the batteries have a lifespan of more than twenty years. The resistance of nickel-iron batteries to overcharging and overheating is another one of their well-known qualities.

They are frequently utilised in solar power systems that are not connected to a grid as well as electric vehicles. Nickel-iron batteries, despite the fact that they have a number of benefits, are not as efficient as other types of batteries and are therefore not typically used in consumer electronics.

Solar Storage Batteries

Solar Storage Batteries

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Solar Storage Batteries

Eric Roberts‘s insight:

Solar Storage Batteries using AGM Batteries

This attached article by Kalyan Jana. Senior applications engineer for Trojan Solar Storage Batteries renewable energy group. Thus is one of the most informative articles on the subject that I have ever read.

The World of Solar Power Systems and Solar Storage Batteries. So, has now become a crazy mixed up mix of different peoples. Setting up different ways of storing their renewable energy. There are also many Universities all over the Planet looking for different types of batteries to use for storing the suns energy or the energy created by wind turbines.

Indeed it was only a few days ago that I wrote an article about Stamford University in the USA developing the nickel-iron Solar Storage Batteries, first invented by Thomas Edison and these batteries have been ear marked for the use of Solar Storage Batteries from the sun to store the large amounts of electricity that sun produces.

 The future from Trojan batteries

Many countries in the world do not have access to a grid electric supply. This sort of thing is taken for granted in the western world. But for many


When shopping for Solar Storage Batteries for a renewable energy (RE) system, it is important to choose a battery designed for deep-cycling, and one with a track re (Understand batteries to buy the right ones for your #RE system

countries, such as parts of Africa. So, an electric supply is just a dream. In these days of the rapid growth in solar energy production,. Hence, the dream is starting to become a reality. It is difficult to believe that over 1.6 billion people do not have any mains electric power supply.

As the price of electricity continues to rise, solar battery storage is becoming an increasingly important technology. Solar battery storage allows for excess energy generated by solar panels during the day. Of course, then, it is to be stored and made available for use during the night, when there is a greater demand for energy.

This helps to reduce reliance on the grid and reduces the amount of money spent on electricity. Homeowners who use solar battery storage can also become more self-sufficient while simultaneously increasing their independence from the grid.

In addition, solar battery storage can aid in the reduction of carbon emissions by facilitating the increased utilisation of renewable energy sources. As the price of solar battery storage continues to fall, this technology is becoming an option that is more readily available to both residential and commercial property owners.

Solar Storage Batteries
Solar Storage Batteries

With the solar power revolution.

Solar battery storage is an important technology that enables homeowners and businesses to store excess energy generated by solar panels during the day for use at night or during periods of high energy demand. This allows homeowners and businesses to reduce their reliance on traditional power sources. Solar battery storage is becoming an attractive option for many people who want to reduce the amount they spend on their monthly energy bills and become more self-sufficient as a result of the rising cost of electricity.

One of the most significant benefits of solar battery storage is that it enables residential and commercial property owners to reduce their reliance on the electrical grid. This is of utmost significance during times of high energy demand, when the grid has a greater risk of becoming overloaded and prices have a greater potential to soar. Solar battery storage systems are able to help alleviate pressure on the grid and reduce the likelihood of power outages by storing the excess energy that is generated during the day from solar panels.

Solar battery storage has the potential to both lessen one’s reliance on the grid

and cut down on the amount of carbon emissions produced. Homeowners and businesses are able to increase their reliance on renewable energy sources and decrease their consumption of fossil fuels if they store the excess energy that is generated by their solar panels. This has the potential to contribute to the reduction of the effects of climate change and the promotion of a more sustainable future.

As the price of solar battery storage continues to fall, this technology is becoming an option that is more readily available to both residential and commercial property owners. Increasing numbers of utility companies are beginning to offer financial incentives for solar battery storage, which makes the practise an even more appealing option for people who want to lower their energy bills and become more environmentally responsible.

It means that for the first time people will have the doors opened for better lighting. Including, better communications that will lead them to better education. Educated people can become nurses and business men. This will also mean that the people will have better school facilities. Of course,  and more access to clean drinking and bathing water.

All this will be possible because of smart grid technology that we are developing in the western world. New renewable energy sources, such as solar panels and wind turbines and better Solar Storage Batteries systems that are developed by Trojan batteries are all playing a hand that is making the dream of electricity come true to some of these poorer nations.

We think that one of the best  Types of Energy battery storage products at this present time is the Trojan AGM batteries for this purpose.

See on www.homepower.com

UPS Batteries Have Many Uses

Lithium-Sulphur Battery

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Lithium-Sulphur Battery

Lithium-Sulphur Battery
Lithium-Sulphur Battery

Lithium-Sulphur Battery

Researchers at Oak Ridge National Laboratory are hot on the trail of a lithium-sulfur battery that packs four times the punch of conventional lithium-ion batteries.

Eric Roberts‘s insight:

Is the lithium-ion battery under threat from the lithium-sulphur battery?

A battery has been developed by the Oak Ridge National Laboratory. One of the USA-owned Department of Energy scientific facilities (ORNL for short).

This new battery has been developed using a chemical that we all know as sulphur. Which is a very abundant and low-cost material. The new battery has been tested as having at least four times the energy density as the new one that now powers many of our electric products, the Lithium-Ion Batteries.

Scientists at the ORNL facility. I have been able to use new types of sulphur-rich materials. Consequently, we were then able to join the new type of sulphur cathode. With a lithium anode and a solid electrolyte material.

So, to produce an energy-dense solid type,. Because the scientists have used sulphur in the resulting product,. Of course, it is much safer and more cost-effective than lithium-Ion batteries. Hence, it is in use at the moment. It was considered to be a great breakthrough.

Examining the Possibilities of Lithium-Sulphur Batteries:

A Revolution in the UK Market?
Hi friends! You’ll want to learn about the newest development in battery technology, the lithium-sulphur (Li-S) battery, if you’re as passionate about batteries as I am. It appears to be bringing excitement to everything, including electric cars and cell phones.

Let’s explore why the lithium-ion battery has the potential to be a game-changer and how it might completely transform the landscape of green technology in the future.

Why sulphur and lithium?
Lithium-ion batteries are fantastic, all right. For years, they have functioned like a dream, powering our devices and electric cars. Like anything worthwhile, though, there is always space for growth. Here are lithium-sulphur batteries, which claim to be superior to their lithium-ion counterparts in a number of crucial areas.

Notably, since sulphur is more plentiful than the cobalt used in lithium-ion batteries, they may be less expensive to build. We’re talking about increased energy density, which translates to longer battery life.

A Slight Tech Talk—But Not Too Much of It!


The anode in lithium-sulphur batteries is lithium, and the cathode is sulphur. Approximately four times more energy density than lithium-ion batteries is possible with this combination! Without stopping for refuelling, it would be possible to travel from London to Edinburgh in an electric car in the future, made possible by Li-S technology.

However, and there’s always a but, they’ve experienced some teething problems. They deteriorate more quickly than lithium-ion batteries, mostly because of sulphur’s breakdown when it interacts with lithium during charging and discharging. It is comparable to having amazing shoes that become worn out after only a few wears.

Right now, where are we?
Scholars, including some very smart people here in the UK, are putting a lot of effort into addressing these issues. As we speak, innovations are being made to stabilise the battery’s chemistry and extend its longevity. Universities and tech companies in Britain are conducting research to find ways to increase the longevity and commercial viability of Li-S batteries.

A Look Towards the Future
Imagine living in a world where charging an electric car takes less time than making a cup of coffee or where a smartphone can run for days on a single charge. That is the world that lithium-sulphur technology has the potential to build. And Li-S batteries may be essential to powering our future sustainably, given the UK’s aim for greener technologies and lower carbon footprints.

Connecting the Dots with Regional Charm


Let us remember the local heroes of this technological revolution as we draw closer to this bright future. Local inventiveness is what’s propelling global change, from the colleges located in our ancient cities to the tiny tech clusters dispersed around the nation. Selling batteries isn’t the only goal; we also want to fuel innovation on this verdant, peaceful land.

That’s it:

Lithium-sulphur batteries are becoming more and more popular, offering a more sustainable, effective, and long-lasting power source for all of our demands. Both eco-warriors and IT enthusiasts should be excited about this time. The future of batteries is bright and full of possibilities, so keep an eye out!

Good luck, and never forget that the correct battery can make all the difference in your home, automobile, or portable electronics. Continue buzzing and remain energised!Sulphur comes from waste

The sulphur that is used is a waste product from the petro-chemical industry and so is almost free of charge. This makes it possible to re-cycle a waste product (sulphur) into a useful new battery.

The new batteries are not on the market just yet. But a patent has been applied for. Subsequently, it is thought that this excellent new invention will be available. Naturally, for commercial purposes in the near future.

One of the problems that the scientists

have come across the fact that lithium-sulphide battery compounds can leak out from where they should be, which causes the battery charge to deteriorate. The researchers set out to find a way to restrain these escaping compounds.

To get around the problem, the scientists have  made very small, hollowed shells out of a type of carbon, which will conduct the element. The researchers then coated them with a film of polymer to help keep the Li-S compounds inside.

See on cleantechnica.com

batteries

Car batteries Care

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Car batteries Care

Car batteries Care
Car batteries Care

Car batteries Care

Car batteries Care: during the winter months

The Rome Observer

(METRO) — Few things can be more frustrating than jumping into the driver’s seat on a frosty morning, turning the key in the ignition and failing to hear the engine roar to life.

Car batteries care: Why do your Car Batteries fail in the Winter?

As silly as it may seem, many drivers hardly use their cars. Especially in the winter months,. Indeed, some drivers lock their cars away in the garage (if they have one).

Nothing can be more stressful. As a result trying to start your car on a cold winters morning. Therefore, only to find that your car wont start. Of course, it is one of the saddest sounds that you as a driver will hear. When the battery just makes a slow grinding noise. Hence, made by the starter motor. As it tries to start up your car. Normally the engine just zips up. Hence, at the turn of the key and off you go. So but not this morning, it’s frosty and -2 C or bellow. Therefore, the car will not start up.

This is the scenario .That thousands of motorists a day will experience. Of course, a bit of knowledge goes a long way. Setting out a few facts can help the motorist understand. Consequently, a little more about their 12 Volt Battery car batteries. Including, how they respond to the climate. The two extremes of weather conditions, the cold and the heat will affect your car batteries performance.

Here in the UK we rarely experience excess heat, so I will concentrate on the cold.

In cold weather the chemical action in the battery will be slowed down and I have actually seen the battery liquid (sulphuric acid) frozen solid.

Car batteries care: the corrosion on this battery must be removed- Car batteries Care

So of keeping your car in a garage if possible, either in really cold weather or overnight. What happens is that although it may be cold in the garage, the heat from the engine when the car was run the day before, will act as a heater for the battery as the engine compartment will still retain the heat.

If the battery is over five years old, then it should be replaced with a new battery, Most car batteries will fail after the five-year period, and this is what we have found over the years. Also, imported cars from the Far Eastern countries such as Japan, China and South Korea are imported with 038 car batteries that have lower specifications that the ones made for the European market, These batteries do not stand up to the cold weather and usually fail early in the cars life.

The best thing that drivers can do is to have their car batteries checked before the onset of winter and replace It if necessary, but in really severe cold as experienced in the USA recently, then the battery could still fail without further protection from the cold.

 Car batteries care: a few things to look out for when buying your new battery. Car batteries Care

Make sure that it is the correct battery for the car and has the same power, the same number of amps and cold cranking amps. It will be all right to go bigger if it will fit the cars battery compartment as long as the battery has the same voltage, usually 12volts and 6volts on classic cars and vintage cars.

Here are a few more tips if the weather forecast is for really cold conditions. You can use a battery blanket to cover the battery and stop it freezing. You could also use a trickle charger, because the battery will retain some heat as it is been charged up and stop it from freezing. If your car is stored in the garage for a period of time, then disconnect the car battery and try to keep it on a trickle charger when the battery is in storage, You can buy cheap intelligent chargers now that will do this job.

See on www.romeobserver.com

Hybrid Car Ownership

EV Batteries: How Cheap Are They Really

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EV Batteries

EV Batteries
EV Batteries

EV Batteries

I’m finding Chevy Volt replacement EV batteries online for about $2,300. $2,300/16 kWh = $144/kWh. Retail. On the GM Parts Store site, a replacement battery for the 2012 Chevy Volt is listed at $2,305.88.

EricRoberts‘s insight:

Why a replacement ev battery?

EV battery prices

This article shows the prices for the  EV Batteries replacement but I was wondering why would need a replacement anyhow?

According this good and in-depth article, a replacement battery would cost $2000 or more, but why would you have to buy one? The old  EV Batteries should be replaced free of charge if found to be faulty, like any other part of the car. Some of the European car makers, such as Renault, lease the batteries out when they sell an Electric Car, so I can only assume that the same warranty reasons will apply to them.

In my opinion, when the EV batteries will need replacing in a few years’ time, the technology that is carried out at the moment will have drastically reduced the battery prices by that time. All this new development will probably reduce the size of the batteries to a more realistic and affordable size. Johnson controls is developing a Lithium-Ion battery at the moment that is much smaller than its predecessors.

The only reason I can think of for an EV car to need  new EV batteries is after an accident.

An accident is probably going to cause damage because of the size of the battery power train. This brings me to car insurance. Is the possible scenario of a crashed EV car requiring an expensive battery going to raise insurance premiums, or will the cost be spread amongst us all?

There is no doubt that the EV car will play a significant role in the future

of fuel-efficient cat technology, with batteries that can last for years due to the advent of silicon “Nano” battery technology and car manufacturers will keep up with these improvement trends.

The charging rates are also getting much better, with charging time expected to get down to as low as 15 minutes for an 80% charge but my money is still on Hydrogen cell technology. However, this is a good article and worth a click to read.

2024 prospective

Over the past ten years, there has been a lower trend in the price of electric car batteries, mostly because of improved production capacity, economies of scale, and technological breakthroughs. A brief overview of the variables driving these trends is provided below:

Technological Progress
Battery technology advancements have drastically lowered the cost per kilowatt-hour (kWh), thanks to the creation of more affordable cathode materials and improved production methods. These developments not only increase battery efficiency but also lower the quantity of pricey raw materials—like cobalt—necessary for manufacturing.

Scale Economies
Producers of electric cars (EVs) have increased output in response to growing consumer demand. Because of the larger purchases of materials and more effective manufacturing techniques, this production scale helps to save prices. Large-scale battery factories, sometimes called “gigafactories,” are essential for reducing prices because of their enormous capacity for production.

Governmental Rewards
Governments from all over the world are encouraging the electric car sector by offering incentives and subsidies to both producers and buyers. By lowering their total cost, these incentives help EVs and batteries become more affordable for a wider range of consumers.

Market Rivalry
As more companies enter the EV industry, competition has increased and driven down prices. Both established automakers and recent arrivals are making significant investments in battery technology, which will result in more affordable options.

Prospects for the Future
It is anticipated that battery prices would continue to decline, but at a slower pace. Prices may be impacted by supply limits for certain materials needed to produce EV batteries. Nonetheless, continued investigation into substitute materials and enhanced battery chemicals is expected to maintain the downward pressure on prices.

In conclusion, even if prices have been declining, future developments in supply chain dynamics, technology, and market conditions will all be critical factors. The use of electric vehicles (EVs) is anticipated to increase due to reduced costs and enhanced battery technologies, which will make EVs more competitive with conventional cars with internal combustion engines.

See on climatecrocks.com