In its leap to electric cars, Europe fears total dependence on China. Your solutions arrive (quite) late

The rope tightens. This time it is Europe that pulls to its side. Or, at least, that is what he wants according to what is stated in Financial Timeswhere we read that the European Union wants to force car manufacturers to reduce their level of dependence on China. Now, forcing them to buy fewer components from their suppliers. A new goal. It is, according to Financial Timeswhat the European Union wants to impose on companies in key sectors such as automobiles, industrial machinery or the chemical sector. In the newspaper’s information we read that European institutions are looking for tools to put pressure on their own companies. In the information, which is attributed to two European officials familiar with this project, the objective is to put a limit on the percentage of components that can be supplied to a single country. That is, if a company wants to manufacture a product in Europe, it could not buy all of its components (or the vast majority) from China. To distribute the purchases. If the project goes ahead as we read in the British media, a company could only buy between 30 and 40% of its components from the same country. It is sought that, at least, the origin of the parts that, in this case, make up a car is from three suppliers and from at least three different countries. This would not be much of a problem if it were not for the fact that the 30-40% barrier could not be overcome. “Gradually dependent”. “In many areas we are gradually becoming dependent on China’s exports,” the words are from a senior European Union official consulted by the newspaper. According to Financial Timesthe organizations are very aware of the extent to which a stoppage of Chinese factories or exports can damage the European economy. In fact, last summer some factories had to stop or saw their production compromised after China put greater impediments to export of products in which rare earths are used such as the magnets in electric car motors. Just a few months later, The Nexperia crisis once again set off the alarms of possible interruptions in the supply chain since a good part of the chips used by the European industry uses components from this company. They are not key products for its operation but without them, a car cannot be sold because They are essential for auxiliary but basic functions How to raise and lower the car window. 1 billion. That is what, according to Financial Timesthey calculate in the European Union that we lose to China. 1,000 million euros of deficit in the trade balance. 1,000 million. Diaries. The figure has been floating for two years now. and the automotive industry is one of those that has suffered the most. According to the European Union, they have achieved this with a doped industry, which has led to the lifting of tariffs on electric cars arriving from China. And the Chinese manufacturers have wanted to land abroad on our continent but also the Europeans have wanted to manufacture in China because it was cheaper. Spain? According to Anfac dataIn Spain we have a deficit in our trade balance of 5,000 million euros annually if we talk about components. As the second largest car producer in Europe, our auxiliary fabric is not enough and we need to buy components worth 16,893 million euros when exports exceed 11,525 million euros. There is no data on the origin of these imported components but we do know that The second country that exports the most cars to Spain is China. Last year, 9.2% of cars purchased in our country from outside our borders arrived from China. Very far, yes, from the German 26%. The problem is that despite importing cars worth almost 2.7 billion euros, China does not appear among the 10 countries to which we export the most cars and we barely place 658 million euros in exports to all of Asia. The game of balance. Yet the European Union is discovering that perhaps it has arrived late to the trade battle. Yes, it has lifted tariffs on electric cars sold from China but the country’s tentacles reach deep into vehicles made in Europe, producing all kinds of cheap components but also producing key technology such as semiconductors or batteries of electric cars. China is aware that it can squeeze European industry but it also needs our trade to export all the cars that are already surplus there. It is no coincidence that Europe has not imposed tariffs on cars arrived with combustion engines and? have negotiated with China the possibility of lifting trade barriers to electric cars. The Band-Aid. Until now, a very important part of the components used in European cars had their origin within the borders of the European Union itself. However, China’s weight has skyrocketed in recent years. In 2024, China has already become the main exporter of cars to Europe and the weight of its components within the cars manufactured here is increasingly greater, which reduces the competitiveness of our exports, according to this report BBVA. This imbalance is doubly worrying because the European Union is trying to reduce Chinese dependence now that it is seeking to make the definitive leap to the electric car, a technology where the Asian country dominates the supply chain. In recent months, Europe has tried to curb dependence promoting mineral mining on our soil or battery production but Chinese dependence remains evident. Photo | Michael Fourset and Sou Jest In Xataka | Japan has been charging a 0% tariff on foreign cars for half a century. It will be very difficult for you to find one on the street.

The Skoda Epiq is not the electric car with the most autonomy but it wants to beat us for its price

Skoda already has its most anticipated electric car. The Czech company was chosen by the Volkswagen Group to champion the automobile conglomerate’s cheapest electric vehicles. He did it, like all brands, starting the house with the roof with the Enyaq iV. Later the Elroqa compact SUV that left us good feelings in our first impressions. But It is the Epiq that has raised the most interest. And the competition is increasing among smaller electric vehicles. The Skoda Epiq wants to be that “affordable” alternative for a European family that lives in an urban environment and makes few long trips a year. Why does an electric car have less autonomy than advertised? Technical data sheet of the Skoda Epiq Skoda Epiq Body type five-seater SUV Measurements and weight 4.17 meters long, 1.80 meters wide and 1.58 meters high. Wheelbase of 2.60 meters. Weight of 1,618 kg. Trunk 475 liters. Maximum power 155 kW (211 hp) WLTP consumption Only confirmed in the large battery version: Skoda Epiq 55: 13.7 kW/100 km. Autonomy of 440 km. DGT environmental distinctive Zero emissions. Driving aids (ADAS) Mandatory by the European Union. Adaptive cruise control with response to traffic lights. Parking assistance. Others 13-inch central screen with infotainment system built on Andorid. Compatible with Android Auto and Apple CarPlay. Wireless charging and digital key on mobile phone. Heated seats, 10-speaker sound system and matrix lights. Electric hybrid. No. Plug-in hybrid. No. Electric Yeah. Skoda Epiq 35: battery with 37.0 useful kWh (38.5 kWh gross) and 116 HP Skoda Epiq 40: 37.0 kWh useful battery (38.5 kWh gross) and 135 HP Skoda Epiq 50: 51.7 kWh useful battery (55 kWh gross) and 211 HP Price and release Now available Skoda Epiq 35 and 40 to be confirmed Skoda Epiq 50: now available from 31,350 euros before aid From Pamplona to the world With the pillars and the roof on the house, it remained to lay the floor and the foundation. This is what Skoda does with the Epiq, a car that will serve as the gateway to the company’s electric range. The Epiq is an urban SUV4.17 meters long, which has the clear objective of positioning itself as the daily option for the car of an average European family that lives in an urban environment and wants to save on a daily basis. The car can even be positioned as the only vehicle at home as long as you are willing to make some sacrifices. Because the smallest option of the Czech electric cars comes with an input battery of just 37.0 useful kWh (38.5 kWh gross) of the LFP type, which condemns it to being a car born by and for the city. In this case you can opt for a power of 116 or 137 HP and in both cases a range of 310 km according to the WLTP cycle is announced. The substantial difference is that the version with the highest power reaches 90 kW of charging power while the most modest one remains at 50 kW. The one that could be interesting as the only car at home is the one that combines an NCM type battery and 51.7 useful kWh (55.0 gross kWh) of capacity. In this case it works with a 211 HP engine and the autonomy according to the WLTP cycle is 440 kilometers. This figure, on the road, is likely to slightly exceed the actual 300 kilometers, although to know this first-hand we would have to put the car to the test. The truth is that it is not an autonomy for traveling but with a recharge of 10 to 80% in 24 minutes (figures promised by the company) it can be an interesting alternative if you are looking for a family car for everyday use, easy to get around the city and you are only going to make one or two long trips a year in which you are willing to lose some time and comfort. To convince us that the Skoda Epiq is not only a cheap car and can be that “do-it-all” car, the electric car has a 475-liter trunk to which we must add another space in its front area of ​​another 25 liters. Additionally, its central screen is 13 inches and the infotainment system is built on Android, which should make navigating the menus easier. As for its equipment, the car comes with the possibility of including all kinds of aids, driving assistance and comforts. From the heated seats to the matrix lights, as well as adaptive cruise control with lane centering and automatic stop at traffic lights. You can add a wireless charger for your mobile phone and turn it into a digital key. The higher versions have a sound system with 10 speakers and parking assistants. The car will be manufactured in Pamplona, ​​at the Volkswagen group’s plant in Landaben. It is confirmation that the company is committed to our country for smaller and more affordable electric cars. Regarding the latter, only the price of the version with the large battery, the 55 kWh gross, has been revealed. Part of the 31,350 euros before state aid. Photos | Skoda In Xataka | The best time to buy a “cheap electric car” will be never: at least that’s what Skoda thinks

22% of the electric cars we buy in Europe are produced in China. It’s just the tip of the iceberg

One in five electric cars purchased in Europe are Chinese. Chinese of origin, but it does not mean that their manufacturers are Chinese. However, it is a fact that does not explain the entire story. Chinese companies continue to gain ground in Europe and tariffs are clearly not slowing down their expansion. 22%. The data is brought Benchmark Mineral Intelligence in a report explaining how much ground Chinese manufacturers are gaining in Europe. According to them, 22% of the electric cars that have been purchased in Europe between January and April 2026 come from China. The figure is striking because it grows compared to the 19% that was registered last year. But, above all, because it grows by 27% compared to the same period in 2025. In the first four months, 400,000 electric cars from China were sold in Europe. Chinese and non-Chinese. As we said, the data includes all the electric cars that we have bought in Europe arriving from China. This is relevant because the European Union imposed tariffs to the cars that came from there alleging that the Chinese manufacturers are financially doped and that they do not compete on equal terms. But those trade barriers They also prevailed over European manufacturers who bring their cars from China. Tesla also suffers from it with every Tesla Model 3 sold in Europe. The consequences of these policies have been especially harmful for Seat SAwith a Cupra Tavascan that has barely been sold and that has had to eat the tariffs to be able to have a competitive price. Duty? As we pointed out, the European Union already imposed a 10% tariff on all cars that arrive from China to our market. Defending that many of the brands that came to play on price, They imposed new specific trade barriers for each brandpunishing more those who, in their opinion, had received the most aid from the State or had collaborated the least with the investigation. Rodhium Group shows that they have had a limited deterrent effect over time. When they were lifted in October 2024, China had exported 44,000 electric cars to Europe in a single month. Immediately, the figure plummeted but in February the same sales level was reached again in Europe. But, in addition, the number of plug-in hybrids has skyrocketed. While the sale of purely combustion cars from China has grown, the plug-in hybrid has experienced brutal growth, going from 7,000 units in October 2024 (when the tariffs were applied) to 26,000 units in February 2026. Among the best sellers. In addition to these general market figures, some Chinese manufacturers have managed to make a breakthrough in the markets where they have the most hope. They collect in Autovista24 that BYD was the fourth company in Europe that sold the most electric cars between January and March 2026. Its market share in this space reached 6.8% and is only surpassed by Volkswagen, BMW and Tesla (the latter with 7.3% and BMW with 7.4%). BYD is also, of course, the one that is growing the most, marking 154.7% more sales than last year in the same period. Among the 10 best-selling electric cars in Europe, the Leapmotor T03 It also sneaks into the list. If we look at plug-in hybrids, BYD has the best-selling model. The BYD Seal U is the car with this mechanic that has placed the most units on the market between January and March 2026 with 21,494 units. He is followed by Jaecoo 7 with 17,434 units. And BYD manages to place Atto 2 as the tenth best-selling plug-in hybrid in Europe. The market share. In global terms, S&P Global points out that in 2025 the market share of Chinese manufacturers in Europe was 5.8%. But Automotive News points out that last March, when Chinese manufacturers broke their export record to Europe in terms of volume, the market share already shot up to 9.41%. If we talk about quota, the record from December 2025 (9.48%) still stands. The vast majority of analysts assure that these figures will continue to grow over the years. In S&P Global They believe that by 2035 the market share of Chinese manufacturers will reach 15.5%. Because? What we are seeing, according to analysts, is the tip of the iceberg. BYD is a good reflection of how China has discovered a loophole through which to enter Europe. The brand came with the idea of ​​bringing only electric cars, it tried the BYD Seal U in its plug-in hybrid version and has discovered that it is a success. The Chery Group has not hesitated to bet on this technology. Geely has also come up with a plug-in hybrid upon arrival. And the same thing happens with Deepal, from Changan. These cars have no tariffs and it allows them to gain market share because they can push their prices much higher. In addition, it allows them to give a relatively easy exit to cars that are overproduced for the Chinese marketwhich has slowed down and is beginning to see itself unable to assimilate more growth in its sales. Without forgetting that more and more companies are looking for produce in Europe or Türkiye to skip tariffs. BYD will manufacture in Hungary and in this last country. The Group Chery already operates in Barcelona. Leapmotor will also do it in Spain and everything indicates that the number of models will increase destined for our country. Xpeng already uses factories in Austria. And one fact: S&P Global It anticipates that 44% of the Chinese cars we buy in 2035 will be manufactured in Europe or Türkiye. Photo | In Xataka | The plug-in hybrid is China’s Trojan horse: we looked at the electric car and its great weapon was the combustion engine

There is a Chinese manufacturer eating the entire electric motorcycle pie. And his next goal is Europe

The increase of fuel prices caused by the iran war It is being the perfect excuse for one of the most relevant electric motorcycle manufacturers in China to focus away from its territory. Given the growing demand for economical and electric motorcycles outside Asia, the focus is clear: Europe. Yadea. Yadea is, by sales volume, the world’s largest manufacturer of scooters and electric two-wheeled vehicles. Its success is given by the very high demand for this type of motorbikes both in China and in Southeast Asia and South America. And now it’s time to conquer Europe. Since the conflict with Iran raised oil prices and created obstacles to its transit, international sales of Yadea They are growing at a rate of 70% year-on-year compared to 2025. The new. Yadea is not a new player in Europe. They have been present in Spain since 2022, distributing affordable mopeds and electric motorcycles. A discreet operation that wants to begin to consolidate and grow starting this year. Yadea is closing the opening of a factory in Hungary to produce within the European Union and protect itself from tariff tightening. It is not a new practice: China is starting to manufacture in Europe to make their products competitive, and the electric motorcycle is no exception. Why it is important. Of the almost 60 million electric scooters sold in China, 16 million correspond to Yadea. If there is a manufacturer with enough muscle and knowledge to flood Europe with two-wheeled vehicles at an affordable price, it is this one. Why now. Wang Jiazhong, vice president of Yadea, has made it clear in his statements that the current situation is the best possible opportunity to begin expanding into more markets. “The situation in the Middle East presents a good opportunity for us to enter the market and guide consumers towards the use of our electric vehicles, as they can clearly feel how much fuel prices have increased.” Not so fast. Europe is a peculiar and complicated market for electric two wheels. It represents around 9% of global volumes and is skewed towards premium models. It is not a volume market like Asia, at least today. Quite the opposite happens with the combustion motorcycle: China is sweeping and soon the top 3 best-selling motorcycles will be led by Chinese motorcycles. Therefore, the company is exploring joint ventures and collaborations with local companies to adapt their offer culturally and aesthetically. What giants like NIU, Super Soco or Silence have not achieved (example of the resounding failure of the electric motorcycle in Spain, with the SEAT MO), Yadea wants to achieve it. In Xataka | Spain loves one thing: cheap motorcycles. Europe doesn’t like something else: cheap motorcycles.

its second brand will go far beyond the electric car

Xiaomi is here to stay in the automobile market. And given its evolution, it is very likely that it will be studied as one of the most striking success stories in history. No half measures. And it is that, As we have already explained in Xatakathe automobile industry is full of corpses of who could have been and stayed by the way. Although much has been said about the ease that the electric car offers so that brands completely unrelated to the world of motor take the leap into this new businessXiaomi has been one of the few companies to achieve this and, it seems, to expand its business beyond China. In just three yearsthe company went from announcing its first car to having two on the market and sweeping sales. A Xiaomi SU7 that stands up to the large electric sedans of the moment at a fraction of the price of the Tesla Model S or the Porsche Taycan and a Xiaomi YU7 that points even higher, to a slightly higher level of luxury. Since both models were revealed, there have been rumors about what would be the next step of the company, what type of car they would launch. Already during the launch of its electric SUV, it was put on the table that Xiaomi had the launch of a car with a combustion engine on its hands. And there seems to be some truth. Because, according to what we know, it will be Xiaomi’s second brand, Sky Nomad, that will be in charge of bringing this car with a combustion engine to the street. Sky Nomad, this we know about Xiaomi’s second brand Although the launch of a new Xiaomi car is something that has been rumored for months, the appearance of this new sub-brand is something that has not been talked about strongly enough. until a few days ago. And it is that chinese media They have echoed that Xiaomi has registered the SKYNOMAD name in English and xa tian in Chinese. The intention would be to have a second brand, positioned slightly below Xiaomi that serves to offer a slightly different product than the one we already know. It would be something like your Redmi for cars. The rumors of this new brand have gained even more strength with the publication of some spy photos of a first test mule that appeared in Autohome. The car, they say CarNewsChina It is a 5.30 meter long SUV with a 3.10 meter long wheelbase (approximate figures). But the interesting thing is in its technology. And everything indicates that the car will be an extended range electric car. That is, a car with a combustion engine that works with the touch of an electric one because these motors are the ones that always push the car, acting as the combustion engine, a 1.5T as we usually see in many other Chinese cars, which acts as a generator to produce electricity for the battery. With this technology, it is expected that the new car from the Xiaomi sub-brand can travel between 400 and 500 km in purely electric mode and that the total autonomy will reach 1,500 km. This movement is interesting because without state aid, the electric car market had slowed down in China and the public seems to have been more interested in cars that, as in this case, can rely on the help of a combustion engine. The intention is to position this brand one step below Xiaomi. That is, Skynomad would serve as an entry range to the brand’s cars, with a perspective of sub-family cars with plug-in technology but with a combustion engine. Above all, Xiaomi would remain the reference brand for high-performance electric cars. The project seems to be more than advanced. Chinese media suggest that the company internally names this car as Kunlun N3 and that will be the spearhead of a strategy that will seek to fight for quality-price and that targets new markets. According to CarNewsChinathe new release will seek to overshadow Li Auto and Aitothe two most recognized brands in China with extended range electric models. The media points out that Skynomad would be positioned in price below the 250,000 yuan (about 31,500 euros) at which this segment operates. But, in addition, they do not rule out that the company uses the car to attack new markets that are less evolved in terms of electric cars. It is a good opportunity for Xiaomi to begin to gain a foothold in markets where the charging network is less dense. In its strategy, Xiaomi would have already begun to diversify the purchase of batteries. They point in the middle 21 Business Herald that the company has started buying batteries at sunwoda and CALBand thus diversify the suppliers that, until now, focused on CATL and BYD. Sunwoda is also the company that more batteries sold for hybrid mechanics and CALB is the third largest battery supplier for the Chinese market, behind the two giants already mentioned. Photo | Xiaomi In Xataka | In its assault on the electric car, Xiaomi has a clear path: an all-star team of engineers from Porsche, BMW and Lamborghini

Volkswagen has hope to make electric cars cheaper: sodium batteries

Sodium-ion technology It has been promising for years without ever taking off. Gotion High-Tech, a Chinese company in which Volkswagen is its largest individual shareholder, has just taken the most serious step to date: for its own brand of sodium batteries to have a product ready to be manufactured at scale. An evolution is urgently needed. Lithium-ion batteries They have been dominating for decades the energy storage and mobility sector but they have an underlying problem that more and more companies want to tackle: lithium is a geographically concentrated resource, with fragile supply chains and dependent on a few countries. Sodium, on the other hand, is one of the most abundant elements on the planet. If sodium-ion technology reaches competitive energy densities and can be manufactured on a large scale, the game changes. And that is precisely what Gotion has in mind. Production-ready batteries. At its 15th Global Technology Conference, the company introduced the Gnascent brandwhich groups three versions of sodium-ion battery designed for specific applications, not a single multipurpose cell. The brand already has production lines ready in Tangshan and Hefei, China, and they are on the order of gigawatt-hours. Three versions. Each Gnascent variant targets a different niche: High energy: reaches 261 Wh/kg, 60% more than conventional sodium batteries. It is designed for light electric vehicles and drones for commercial use, where weight is a critical factor. Power: with 162 Wh/kg, it supports discharge at temperatures down to -50 °C. Its target market is commercial vehicles and equipment in extreme cold regions, where the performance of lithium batteries drops dramatically. Energy storage: with 180 Ah per cell and more than 20,000 useful life cycles, it maintains 88% of its capacity at -40 °C. The company claims to have passed penetration tests with 8 mm nails and heating to 400 °C without ignition. It can become a serious option for network installations and industrial use. What your technology is about. Just like account The company, Gnascent is backed by more than 90 patents covering cathode materials (sheet oxides, polyanions and sodium-manganese-iron pyrophosphate), hard carbon anodes and electrolyte additives. On the other hand, its anode-less design reduces material costs while increasing energy density. Who is behind. Gotion High-Tech, founded in 2006 and headquartered in Hefei, has Volkswagen Group as its largest shareholder. At the end of 2025, the company had a cumulative production capacity of 400 GWh and 20 manufacturing bases spread around the world. Just like share According to CarNewsChina, in the Chinese market it is the third supplier of batteries for electric vehicles, only behind CATL and BYD, with a share of 6.6%. Who climbs it first and best?. Gotion is not the only one on this path. CATL and BYD too are accelerating their own sodium ion programswhich points to a broader strategy in which this chemistry is the protagonist and ends up becoming a real alternative to lithium. And now what. For the moment, Gotion wants to enter the large-scale energy storage segment through Gnascent. That is electrical networks, industrial facilities or residential use, complementing with smaller markets such as two-wheeled vehicles. It only remains to be seen if the strategy ends up being given the green light and if more companies choose to consider this option in the near future. Cover image | Gotion High-Tech and Volkswagen In Xataka | Putting pistachio in everything has a limit. Or not: Córdoba already makes batteries with its shells

Without state aid, China feared that electric sales would plummet. Until the Hormuz crisis arrived

It seemed that the market was retreating but, perhaps, what it was doing was taking a breath to come back much stronger. Never before in China have plug-in and electric hybrids, known as “new energy” cars, had so much weight. Last April, a new record was broken that only confirms where the future of its industry lies. Record. 61.4% of the cars sold in China last April they were “new energy” vehicles. This is the category used by the Chinese State to talk about plug-in and electric vehicles. Its market penetration is the highest in the country’s history. The figure is almost 10% higher than last year, despite the fact that sales have fallen. This means that gasoline-powered vehicles have collapsed and that the customer is already beginning to massively accept the plug-in vehicle as the car of the future. a collapse. It is the word they use in CarNewsChina to refer to the drop in sales of internal combustion cars. And, according to data provided by the China Passenger Car Association (CPCA), the sale of combustion cars has plummeted by 37% compared to the previous year and 33% compared to the month of March. Media like Jiemian They point to a clear cause of this trend: the price of oil. Last April, sales of cars with internal combustion engines were reduced by 530,000 units. The drop is undoubtedly influenced by a rise in the price of gasoline. The State has tried by all means to mitigate the impact on the consumer and the industry. In their market planning, the extra cost at the pump has been cushioned but, as they point out in Reutersgasoline and diesel are close to reaching all-time highs. Thank goodness. In Reuters They assure that China is the country that is best saving the oil crisis due to its diversified purchases but also due to the intensive use of electric cars. According to the Chinese media 36krIn 2024, China was already saving more than 400,000 barrels of oil per day thanks to its electric cars and represented a saving of 12% of its imports of this product. They explain that, although crude oil imports increased in 2025, this was due to an acceleration in the industry but electric cars helped mitigate the impact on purchases. Relief is key given the constant interruptions in regular supply of the countries near Hormuz. And it is that China has Russia as its main supplier but Saudi Arabia follows as second. A powerful track. So far this year, overall car sales in China have declined and especially “new energy” cars have been in the spotlight. Without the support of the State with purchase aidits sales have fallen by 17% but indications are that the oil crisis is helping the market rebound. In April, the drop in these cars was 6.8% while global sales fell 21.5%, both data compared to the same period of the previous year. In the first 10 days of Maysales of these cars have decreased by 13% compared to last year but have grown by 27% compared to the first 10 days of last April. Without state aid, car sales in China have fallen, underscoring the country’s historic problem in encourage family consumption. However, it does make it clear to us that the slowdown between plug-in hybrids and electric vehicles is being less than that of the rest of the technologies despite the fact that the State has stopped pushing. A backup. The movement towards electric vehicles is an endorsement of the policies of the Chinese state. With the economy managed with five-year plans, China has been building a base for more than two decades to be dominant with the Chinese electric car. He attracted knowledge by giving up landhas built a solid foundation in the supply chain and now Their brands already dominate the local marketthe largest in the world. But they have also given a lesson that is beginning to be seen outside their borders: the electric car is a good tool to alleviate the complications of the oil market. On a day-to-day basis, the savings by charging an electric car at low power are very high. If the price of gasoline rises, the savings skyrocket. Beyond China. Aware of this, China has put the turbo into its exports. BYD (which only sells plug-in vehicles) has broken a new shipment record. They are at the perfect time to enter the market with their low ranges but also offering electric cars at very competitive prices. Especially among plug-in hybrids. At the moment, most of the sales of Chinese cars in Europe are low-end cars with combustion engines. This already helps them penetrate the market, gain share and begin to be seen by new potential clients. But, also, its plug-in hybrids do not pay tariffs. This is allowing them to compete on price with Europeans and in countries like Spain, where it is considered the main purchasing value for a large part of the market, it is key. For example, a fact: so far this year, five of the 10 best-selling plug-in hybrid cars in Spain they are Chinese. Photo | INC and BYD In Xataka | An electric car is 54% cheaper to maintain than a combustion car. And it may not compensate because the data has a trick

You bought an electric car to save. Here’s why you’re not doing it

It’s 7:30 p.m. You get home, put away your coat, plug in the car and forget about it. You’ve done it like this every day since you bought the electric one. Until the electricity bill arrives and nothing adds up. The car doesn’t consume gasoline, yes, but something has gone wrong. That something has a name: you’ve been paying the most expensive electricity of the day to charge a battery that could have been filled for half the price while you were sleeping. It’s 7:30 p.m. You get home, put away your coat, plug in the car and forget about it. You’ve done it like this every day since you bought the electric one. Until the electricity bill arrives and nothing adds up. The car doesn’t consume gasoline, yes, but something has gone wrong. That something has a name: you’ve been paying the most expensive electricity of the day to charge a battery that could have been filled for half the price while you were sleeping. The 280 kWh error. Think of any family: apartment, refrigerator, washing machine, some heating. About 290 kWh per month. The day they park an electric car in the garage and start charging it at home, those 290 kWh become 570. The car adds about 280 kWh per month on its own, counting what is lost in the charging itself. If they plug it in in the middle of the afternoon, they are paying for that mass of energy at the most expensive price of the day. The same amount of kWh can cost twice as much depending only on the time at which it is consumed. The key is no longer just how much is consumed, but when it is consumed. The three traps. The first instinct when buying an electric car is to call the company and ask for more contracted power, for fear that the leads will trip if the car is connected with the washing machine running. Alejandro Diego Rosell, energy consultant and professoridentifies it as one of the most common and most expensive mistakes: oversizing the power means paying an unnecessary safety margin every month, even if you never use it. But the thing doesn’t stop there. Many users believe that the regulated market (PVPC) is the safest haven. According to Sergio Soto’s calculations, energy expert Roamsa model household with an electric car would pay about 101.67 euros per month in PVPC, penalized by hourly volatility and increases in prices in certain sections. Cheap when the price drops, yes. But unpredictable when it rises, and rises just when it is most consumed. And there remains the one that is most abundant in advertising and the one that deceives the most: EV rates. Rosell sums it up with a rule that should not be forgotten: “You are still saving 8 euros by charging the car and losing 15 in the rest of the house.” You have to look at the nightly price, but also what they charge during normal hours and what is in the fine print of the fixed term. Some EV rates offer a very cheap early morning to recover the margin the rest of the day. The name does not guarantee anything. The roadmap. For the electric car to be truly profitable, experts propose following these steps: Apply the exact power formula: Rosell proposes a simple account: Necessary power = simultaneous consumption of the house + charger power + safety margin. If at dawn you have a refrigerator, water heater and air heater consuming 1.5 kW and you charge the car at 3.7 kW, you need about 5.2 kW in total. With a safety margin, you would hire 5.75 kW, not 10. And there is a nuance that changes everything: a smart charger can automatically reduce the car’s power if it detects that the house is consuming more. The car waits. The leads don’t jump. Play two powers: Current legislation (2.0TD rates) allows contracting a lower power for the day and a higher power only for the night (valley). This way you don’t pay all day for a power that you only use while you sleep. Escape from commercial trends: Faced with the avalanche of so-called ‘EV Rates’ (specific for electric vehicles), Soto warns that the most economical option is usually a well-optimized classic rate with three-period time discrimination (DH3). In a practical case, this rate would lower the bill to 74.90 euros per month, representing a saving of 26.3% compared to the regulated market. EV rates are still competitive (about 77.50 euros), but they can be slightly more expensive than a good DH3. To compare without trusting advertising: the official comparator of the CNMC and the hourly prices of the PVPC published by Red Eléctrica in ESIOS are the reference tools. Install a smart charger. A conventional plug is slow and offers no control. A wallbox allows you to program the load so that it starts on its own during the cheapest hours and adjusts the energy so as not to exceed the contracted power. Rosell places the cost of the equipment between 400 and 800 euros; Soto, adding the complete installation, between 600 and 1,500 euros depending on the case. Important: the wallbox does not pay for itself only by the kWh saved, but also by the control, security and comfort it provides. And the investment is significantly cut with the Auto+ Plan, which subsidizes up to 70% of the installation for individuals and up to 80% in municipalities with less than 5,000 inhabitants. What if we collapse the network? With an increase in plug-in vehicle registrations which exceeds 44%it is legitimate to wonder if there will be blackouts when we all charge at dawn. Soto calls for calm: the problem is not that everyone charges at night, but that everyone does it at the same time and at high powers. With smart charging and distributed management, the grid holds up. Rosell adds something more important for the long term: the “eternal cheap night” is … Read more

the German electric beast that devours 17 m³ of rock per shovelful

The transition to electric mobility is not exclusive to passenger cars and motorcycles: heavy machinery is also embracing electrification. Beyond leaving diesel behind, the real challenge is to find a viable alternative to internal combustion in terms of power and torque. A few weeks ago an imposing Liebherr excavator started to operate in a copper mine in Bulgaria. What is striking is not only the machine itself (that too), because it is in fact the fifth electric excavator that the German manufacturer delivers to Assarel-Medet, but that the Bulgarian mining company is becoming one of the most advanced heavy electric fleet operators in the world. The new electric excavator Liebherr. The model R 9350 E It is a large tonnage mining excavator, with 330 tons of operating weight, which integrates a 1,200 kW electric motor, approximately 1,600 HP. In nominal power it slightly exceeds 1,120 kW. its diesel counterpartbut the real difference in performance is greater: an electric motor delivers that torque constantly throughout the operating range, while the diesel only reaches its maximum power in a narrow band of revolutions. It will be powered by a high voltage cable whose voltage has not been specified, although this type of machinery is custom designed of the client’s needs. According to the manufacturer, this engine offers advantages over combustion engines: it reduces vibrations and noise, prolongs the useful life of the components and lasts the entire useful life of the machine, reducing operating and maintenance costs. The excavator is equipped with a customized 17 cubic meter bucket, specifically designed to maximize productivity under the operating conditions of the Assarel mine in Pazardzhik. Why is it important. To begin with, because it operates with zero greenhouse gas emissions and does so while maintaining productivity compared to the diesel version. In open pit mining this eliminates direct emissions at the extraction front and considerably reduces fuel logistics within the deposit, two factors that in operations of this scale have a significant economic and operational impact. In fact, the R 9350 E offers superior power, performance and durability compared to the equivalent G6 diesel version and does so with lower maintenance and operating costs. Although the environmental advantage is evident, what truly tips the balance is the economic aspect: if the electric one performs the same or better and costs less to operate, the decision is made on its own. Context. The delivery of this unit is not an isolated milestone, but is part of the long-standing alliance between Assarel-Medet, Alki-L and Liebherr-Export, which dates back to 1993. Within the Bulgarian mining company’s strategy to decarbonize its operations, this is the fifth electric excavator that it has incorporated into its fleet: it is no longer a prototype or a pilot test, but rather a consolidated commitment that indicates where the sector is moving. On a global scale, the electrification of heavy mining machinery has been accelerating for years. Large manufacturers such as Volvo or Caterpillar have been exploring electrical solutions for heavy machinery for years and beyond regulatory green objectives such as the EU’s achieve climate neutrality by 2050there are the numbers: according to a report by IDTechEx As collected by Mining.com, a single 150-tonne mining truck can save more than five million euros in fuel over its lifetime if electrified. In those with larger tonnage, the savings are even greater. How have they done it. The technical key is direct power supply from the electrical network. Unlike battery solutions common in light vehicles, an excavator of this caliber is connected by high-voltage cable to a dedicated substation within the mine. This eliminates the problem of autonomy and allows it to operate 24/7 without having to stop to recharge, something that no battery can offer on this scale. Yes, but. The fine print of such an electric excavator has similarities with the old price debate between combustion and electric cars: the electrified versions have a higher acquisition cost, although Komatsu estimates Up to 50% savings on total cost of ownership of your electric excavator versus the equivalent diesel one. In machinery that can cost around five million euros in its diesel version, long-term accounts can tip the balance. On the other hand, an excavator with a 1,200 kW engine is conditioned by the available electrical infrastructure: it needs a substation and high voltage wiring within the mine itself. Furthermore, this model works well in large-scale open pit operations, but cannot be extrapolated to underground deposits or smaller mines without an equivalent investment in infrastructure. The electrical transition in heavy mining is a reality, but its pace is determined by the geography of the deposit and the investment capacity of the operator. In Xataka | While Europe discusses the electric car, China is mass introducing the next level: the electric truck In Xataka | From devouring diesel to being 100% electric: the incredible transformation of a 650-ton mining excavator in India

In Norway they have asked themselves which are the best electric cars at -30ºC. And the answer is clear: Chinese cars

A test that has already become indispensable for the industry. The Norwegian Automobile Club has been carrying out a simple test since 2020: they take the most representative electric cars on the market, fully recharge them and put them to the test. All at the same time and along the same route. Objective: discover if someone is lying. A simple test in theory. But it provides a lot of information for the buyer of an electric car. And although the WLTP cycles have been improved and now they show consumption in urban cycles and outside of it, the truth is that the buyer of the electric car needs one piece of information: the consumption on the road at the maximum legal speed allowed. And in the city, the consumption of electric cars is usually very low. Furthermore, the impact of total autonomy is less relevant because either the car is charged at night or access to the chargers is easier than in the middle of a road. That’s why he test carried out by the Norwegian Automobile Clubthe NAF for its acronym in the local language, is so important because they get the cars moving and take them on the road on a route that begins in Oslo and extends for more than 400 kilometers. The final intention is to glimpse what real autonomy these cars have and its difference with the figure recorded by the WLTP cycle. “They lie”. We will put it in quotes. And when companies design their cars, they obviously think about the consumption that a car will have in real situations but, of course, They take into account how the approval tests are carried out to get the best possible result. He Dieselgatewhere Volkswagen and other brands in the group used specific software when homologating their cars to achieve better consumption figures on paper that were then not met in practice, is the best-known case. But without cheating, it may pay off for a manufacturer to prioritize the lowest possible consumption in the city even if it later suffers from a slightly higher consumption on the highway. Or that the car behaves worse in extreme cold conditions, as is usually found in these tests. This very low urban consumption can lower the final average figure and distort the car’s real mileage, which is why these real road tests are interesting. How are they tested? In the test, the Norwegians examine the car’s behavior on a route that starts from Oslo towards the north of the country and which almost always runs on national roads. On the route, which you can see in this linkstarts at sea level and ends at about 750 meters above sea level. Along the way there are two large studs. In the first one you exceed 500 meters in height, then you descend slightly and climb again until you exceed 1,000 meters in height. Subsequently, you descend until you stay at the aforementioned 750 meters high. The test is also done in winter and summer conditions to get even more information from the cars. The driver stops when it detects a loss of power in the car but it doesn’t drain the battery all the way. This seeks to know to what extent the car is capable of moving at full capacity. In a year like this with very low temperatures, the first driver who abandoned noticed a loss of power when the car still had 11% autonomy left. And among the data published, the association also includes the weather along the route, specifying the minimum and maximum temperature or whether the sky remained clear or it snowed. This time record temperatures were reached, the warmest occurred in Oslo where the thermometer read -8ºC and the coldest was recorded while passing through Høyeste with -32ºC. The best. With this way of working, this Norwegian association has published its data. They take into account the deviation from the declared WLTP figure but also the percentage (doing 500 kilometers and deviating by 100 km from the expected range is not the same as doing 300 kilometers and deviating those same 100 km). Taking this into account, their data says that the best cars were the Hyundai Inster and the MG IM6, which performed 29% less than the expected range. The cars that deviated the least from the expected figure were the following: Hyundai Inster: distance traveled 256 km, WLTP distance 360 ​​km, difference 104 km KGM Musso EV: distance traveled 263 km, WLTP distance 379 km, difference 116 km Voyah Courage: distance traveled 300 km, WLTP distance 440 km, difference 140 km Changan Deepal S05: traveled distance 293 km, WLTP distance 445 km, difference 152 km MG IM6: traveled distance 352 km, WLTP distance 505 km, difference 153 km The worst. The data tells us one thing but it is also important to contextualize it. For example, they point out that the Lucid Air was the electric car that deviated the most from its expected autonomy (49%) but it was also the one that traveled the most kilometers (520 kilometers) so it was exposed the longest to temperatures below -30ºC. In fact, This same car was one of those that obtained the best figures in the last summer test. Last year, the organizers point out, the Polestar 3 broke the record in a winter test, stopping at 537 kilometers. However, they point out that in that same mountain pass where freezing temperatures have been reached this year, the thermometer that time marked a much more pleasant temperature of 8ºC. With all this, the cars that deviated the most from the expected figure were the following: BMW iX: distance traveled 388 km, WLTP distance 641 km, difference 253 km Tesla Model Y: distance traveled 359 km, WLTP distance 629 km, difference 270 km Volvo EX90: distance traveled 339 km, WLTP distance 611 km, difference 272 km Mercedes CLA: distance traveled 421 km, WLTP distance 709 km, difference 288 km Lucid Air: distance traveled … Read more

Log In

Forgot password?

Forgot password?

Enter your account data and we will send you a link to reset your password.

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

Here you'll find all collections you've created before.