To batteries, it does not need to recharge and save millions of liters of diesel

While Europe looks with sweet eyes on Hydrogen train and In Argentina they already presume their solar trainAustralia boasts of her brand new electric train. Wait, how “electric train” when that exists for decades and It is called Ave? Because the Australian train has an important nuance: it works with batteries and is not connected to the catenary. The result? An “infinite train” manufactured with racing technology. And with a mission: save a lot of money in diesel. The ‘Infinity Train’. Mining in Australia is a huge business And companies invest to improve their infrastructure, thus being more competitive and efficient in every way. Fortescue (how difficult it is not to write “Fortesque” as in ‘Medievil‘) is one of those companies, and just announce who have completed the pilot trip of their “intinifo train.” Driven only by its battery system and without being connected to the current, this ‘Intinity Train’ has completed a trip of about 1,100 kilometers, and the most impressive thing is that it will have to do another 1,100 kilometers back without having to recharge. In fact, the idea is to make constant round trips without going through a plug. His trick is not called Solar panels Not anything like that: it’s called regenerative braking. Formula braking 1 AND. In 2022, Fortescue acquired 100% of Williams Advanced Engineering, a British company founded as a split of the Williams team of Formula 1, but focused on the creation of High performance batteries for formula E. The purchase was closed for 223 million dollars and the objective was Accelerate decarbonization in the company’s mining operations. One of the keys to Formula E, which also applies to the Formula 1 battery system, is the generation of electric power thanks to braking. It is like a dynamo that generates electricity with the engine in reverse, and in the case of ‘Infinity Train’, it is a tremendously magnified process. A huge asterisk. Because here the trick is that the round trip from Perth to the Pilbara region makes it loaded with materials, increasing the weight of the train and maximizing regeneration in braking. But, in addition, it is a route with a slope down. The slope on the road to the mines to the port is 600 meters, so the train has more than 1,000 kilometers to, with up to 34,000 tons of iron from the mines, generating electricity that compensates for the expense it can do. The return path makes it downloaded and ‘strip’ of that energy that has filled the batteries so as not to need an external load nor the support of the catenaries. And start again: they return to load the train, go downhill up loading their batteries and then climb the energy generated. The matter of money. In a huge continent and with the complicated terrain to install catenaries, it is a solution that has all the way, but the limitation is more than evident: the technology of this train can only be applied in situations as specific as that of long journeys in which the phase of being loaded with materials is done downhill. In other situations, it seems more complicated. But well, the company’s intention is to electrify its more than 50 transport trains for 2030 with the aim of reducing its emissions and, in addition, saving What Diesel costs. It is difficult to get the idea of ​​magnitude, but They speak to cut 82 million liters of fuel per year and reduce 11% of its annual CO₂ emissions if they electrify the train network. Electrifying the mines. From the company they affirm that this technology can be exported to everyone, and in the end it is another step in the MODERNIZATION OF MINES. It is precisely in this work environment that the electrification It seems very necessary not only to reduce emissions and that companies meet their objectives, but to improve the health of workers. In recent years we are seeing Betting for electric trucks and even automatedand the ‘infinite train’ adds to the trend, but with the great point against that it is a possible vehicle in extremely concrete situations. Image | Fortescue In Xataka | France has thousands of kilometers of unused train tracks. So you are covering them with solar panels

I have tried the first Spanish recharge points map for electric cars. I have good and bad news

Electric Red of Spain has made public Revethe first official map that reflects the recharge points In Spain. The public company has collected the dynamic data of the entire infrastructure of the national territory, creating a free map that, a priori, contains all the information. The problem? Information about these recharge points is sent to Red Eléctrica by their own operators. In other words, if the operator does not send the data … the load point does not exist for the service. I have been able to prove this service to deepen its operation. I have good and bad news. Web and app. Reve It is a web page where we can access the real -time map of recharge points in Spain. The interface is quite simple and friendly, with five possible scenarios for recharge points. Group of site Available points Points where you are loading Reserved points Points out of service Despite being a web page, the interface is mainly aimed at using it with the mobile phone, and works practically as an application. The filters. One of Reve’s strengths is in the quality of the filters. We can select the operator, being available the following: Act Endesa X Way ETECNIC Iberdrola Clients Iberdrola | BP press Moeve PowerDot Repsol Wenea Services Easycharger In addition to the filter per operator, it can be sought by power, type of connector, price (€/kW), available payment method and even services at the point (recreational area, restaurant, supermarket, taxi stop, wifi, etc.). No, you haven’t read Tesla yet. As you may have appreciated, among the available companies It is not Teslaand we cannot filter the American company to find all its loaders. However, if we are looking for “Tesla”, the main supercores appear. And I say “the main”, because not all. In fact, some supercargators with several years of life in Spain do not appear on the map. It is, without a doubt, the main stick that I have found to this website. It will not replace any app. This map is raised as a platform in which to find the 25,685 load points of the country’s main suppliers (except Tesla chargers), but not as a direct rival for the best apps, such as Electromaps. Image | Xataka In Xataka | Spain goes a lot behind Western Europe in the implementation of the electric car. And this map illustrates it

In 2007, Better Place said to recharge an electric car in five minutes. This is the story of a loud failure

Nio and Catl have reached an agreement to implement the largest battery exchange network in the world. “The most extensive and advanced,” Catl announced in a statement collected by The avant -garde. The project comes from afar. In 2020Nio already presumed that he could change the battery of his electric cars in three minutes. Since then, we had not known the project beyond In 2022 The electric cars company made noise with this issue. By then, the competition seemed served. The Geely Group, also Chinese, assured that In 2025 5,000 stations would have deployed of battery exchange. But, again, little has been known again on the matter. Until Catl has decided to trust the child project, investing 314 million euros in its battery exchange system. But although they explain that they aspire to have the “most extensive” network, the truth is that no stations numbers data have been provided. However, Nio and Catl’s proposal is not alone. In China, other companies have also tried to standardize this system and Bloomberg He calculated in 2022 that for this year some 26,000 battery exchange stations in the Asian country would have available. It is clear that there is some interest in China in keep investing in the system and technology. However, everything indicates that if there are certain recharge times of byd and are economically viable their stations, A 400 km load in five minutes You can kill the concept. If so, the system would go to a better life. A system that has already been touched almost 20 years ago and that failed irremediably when, ironically, more fault. A little context with a battalion When a person tells me that an electric car does not serve to travel and, above all, he tells me that they will not be in a long time, I usually tell an experience. At the end of 2019 I participated a project to join all the provincial capitals of the Iberian Peninsula by electric car. It was about demonstrating that the network had advanced and that the second generation of Nissan Leaf was a much more capable car. Turning among colleagues, it was late as little as possible. We get it yes, but it is also true that the challenge took us Almost seven days Although we stopped just and necessary to recharge the car. We ate as the car was loaded and slept while the car drank from the plugs. I remember calling a gas station to ask please open a plug even though we arrived after the service station had closed. We had no choice. For Todo Teruel there was only one public charger available. That charger had to open with a key the employees of the gas station. They asked us that at the end we would leave the hidden key. Once the load was finished, Nissan’s electric should have almost 400 kilometers available on a 62 kWh battery. The truth is that we stopped every 200-250 km to take advantage of the fastest part of the recharge unless we would like to sleep in the middle of the trip. Today, in Teruel and its surroundings, there are More than 25 public plugs available according to Electromaps. A few kilometers from the city, next to the highway, one carries 100 kW. Two other closest plugs can load a maximum of 350 kW if your car admits it. That Nissan Leaf, tells us Km77it would have taken 90 minutes to go from 0 to 80% of the battery charge. Today, most cars with 60-70 kWh battery capacity would recover the load up to 80% in about 20 minutes. I count all this battalion because, believe me, if I had had a Better Place battery exchange station on hand, I would have used it. Too bad that when we got into that jaleo, the project had been dead for six years. In just over a five years, the electric car market in Spain has changed completely. And although the recharge network You have to keep improvingright now it is easy to travel to any point in the country if the car has more than 60 kWh battery capacity. The minimum required to travel if we are going to make the recommended stops every two hours or 200 kilometers. What happened to Better Place? We explained all this because it is important to know the context. Having an electric car and traveling with him makes just over a five years ago was a real headache. Now, imagine that you are in 2007 and someone has said that those cars that barely do 200 kilometers in the best case and take a whole night to load are the future. What would you think? You have to look for ways to reduce loading times. And that same idea had Shai Agassi. This Israeli businessman saw that there was a business road. The electric car began to make its way but without recharge points and with times of the same too extensive, the project was unfeasible. He decided that he would create something as simple and as groundbreaking as a battery exchange station. The theory was perfect on paper: you arrive with your car and you don’t have to worry about standing for hours. In a few minutes the car would be ready to travel another 150-200 kilometers. In practice, the car was something like taking it to a wash tunnel. You entered the station after saving a barrier. Inside, The machine extracted the car battery and “sealed” it with another already loaded. An auxiliary space was needed to recharge the batteries that were interspersed. The proposal received immediate support. Different investors came to put 650 million euros in total. In 2013 the company declared bankruptcy after raising just over five million euros. Along the way, yes, I had attracted Renault’s interest. The French company adapted its Renault Fluence to function as an electric car. He put the surname ZE and the car was compatible with the battery … Read more

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