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Making the world cleaner, saving natural resources, creating comfort for people
XiaomiSU7 ULTRA is already available to order
The only complete set that collected an impressive 3,680 orders in just 10 minutes
XiaomiSU7 ULTRA is already available to order
The only complete set that collected an impressive 3,680 orders in just 10 minutes
• Color: yellow mother of pearl
• interior: alcantara with carbon fiber elements, sports steering wheel
• Power: 1548 hp (1770 Nm)
• max. Speed: 350 km/h
• 0-100 km/h: 1.98 sec
• Power reserve: 630 km (CLTC)
• Battery: 93.7 kWh
• Brake system: Akebono
• Shock absorbers: Bilstein EVO T1
The only complete set that collected an impressive 3,680 orders in just 10 minutes
• Color: yellow mother of pearl
• interior: alcantara with carbon fiber elements, sports steering wheel
• Power: 1548 hp (1770 Nm)
• max. Speed: 350 km/h
• 0-100 km/h: 1.98 sec
• Power reserve: 630 km (CLTC)
• Battery: 93.7 kWh
• Brake system: Akebono
• Shock absorbers: Bilstein EVO T1
Which car brand sells the most electric vehicles
The EV volumes agency is responsible — the infographic takes into account sales of clean electric vehicles and accessories. hybrids from January to August 2024.
Which car brand sells the most electric vehicles
The EV volumes agency is responsible — the infographic takes into account sales of clean electric vehicles and accessories. hybrids from January to August 2024.
P.S. By the end of October, sales of electric cars broke another record — 1.7 million EVs were sold in the world this month.
The EV volumes agency is responsible — the infographic takes into account sales of clean electric vehicles and accessories. hybrids from January to August 2024.
P.S. By the end of October, sales of electric cars broke another record — 1.7 million EVs were sold in the world this month.
Tesla is back at the club
1 trillion.
It is worth $1.1 trillion
1 trillion.
It is worth $1.1 trillion
Today it is the most expensive automaker in the world: Tesla's capitalization is greater than that of the top 20 car companies combined.
Tesla has returned to the 1 trillion club. It is worth $1.1 trillion
Today it is the most expensive automaker in the world: Tesla's capitalization is greater than that of the top 20 car companies combined.
The sharp increase in the share price (up to $ 350 per piece) was made possible by Trump's victory in the US presidential election — he was actively supported by Musk.
Against this background, Elon's personal fortune has also grown — now it is estimated at $ 300+ billion.
Today it is the most expensive automaker in the world: Tesla's capitalization is greater than that of the top 20 car companies combined.
The sharp increase in the share price (up to $ 350 per piece) was made possible by Trump's victory in the US presidential election — he was actively supported by Musk.
Against this background, Elon's personal fortune has also grown — now it is estimated at $ 300+ billion.
Charging Station Installed for BYD Dealership
The newly installed charging station for the BYD dealership offers fast and efficient charging solutions for electric vehicles. This initiative reinforces BYD’s commitment to eco-friendly and sustainable transport solutions, while ensuring high-quality service for customers.
Charging Station for Cemix:
A New Business Approach and Sustainable Development
A New Business Approach and Sustainable Development
The newly installed charging station for Cemix represents a significant step towards enhancing the company's environmental responsibility and improving energy efficiency. This project offers a fast and effective way to charge electric vehicles and reinforces the company’s commitment to sustainable development.
Charging Station Installed for the State Assets Organization
The newly installed charging station for the State Assets Organization marks an important initiative towards sustainable development and the promotion of eco-friendly transportation in the public sector. This project aims to meet the needs of government institutions for electric vehicles, providing an efficient and environmentally clean energy source.
Charging Station Installed for Antimonopoly Committee
The growth of electric vehicles (EV) today is not only important from an ecological perspective but also offers great opportunities for businesses. The newly installed charging station for APC demonstrates an innovative approach, enabling the fast and efficient charging of electric vehicles. In this blog, we’ll explore the significance of the charging station for AMP and the benefits it brings.
What do you know about Tesla cars ?
The basis of Tesla's success are two engineers, Mark Tarpenning and Martin Eberhard. The implementation of the project was motivated by their personal ideas. Mark was one of the environmentalists. And Martin always dreamed of a sports car that does not consume a single liter of fuel per 8 kilometers.
Interesting facts about electric cars
Electric cars are sold in the US by the hundreds of thousands. Even though these “green cars” are becoming increasingly popular in developed countries, many people in our country are not aware of them. Today we present to our page subscribers a few facts about electric cars.
History of the emergence and use of electric vehicles.
In the 70s, at the height of the global energy crisis, interest in alternative energy sources increased. Research in this area has been active. But when the crisis passed, everyone conveniently forgot about it.
Solid State Batteries: China Goes on a Massive Offensive
A number of major Chinese battery and car manufacturers are joining forces to advance the commercialization of solid-state batteries.
Top 10 electric vehicle battery manufacturers
in 2023
in 2023
An infographic showing the unconditional hegemony of Asia was released by the Visual Capitalist portal.
Ferrari opens new factory to produce its first electric model
Ferrari has opened factory in Maranello, where it will begin producing its first electric model, as well as powertrains and batteries, from next year.
The charging station at the BYD dealership plays a crucial role in supporting the company’s electric vehicle sales and services. With fast charging capabilities, this station allows electric vehicles to be fully charged in just a few minutes, saving customers time and offering greater convenience. The station operates with high efficiency and, while ensuring safety, charges the vehicle batteries without causing any damage.
Through this station, BYD is also contributing to ecological sustainability. By utilizing renewable energy sources, such as solar panels, the station helps reduce environmental impact. Not only does it speed up the charging process, but it also powers the vehicles with clean, eco-friendly energy. This initiative by BYD is aimed at increasing the demand for electric vehicles while promoting environmentally conscious solutions.
Through this station, BYD is also contributing to ecological sustainability. By utilizing renewable energy sources, such as solar panels, the station helps reduce environmental impact. Not only does it speed up the charging process, but it also powers the vehicles with clean, eco-friendly energy. This initiative by BYD is aimed at increasing the demand for electric vehicles while promoting environmentally conscious solutions.
The charging station installed for Cemix is designed to meet the company’s evolving energy needs while implementing eco-friendly technologies. With fast charging capabilities, this station enables electric vehicles to be fully charged in just a few minutes, providing a convenient and efficient transport solution for both employees and visitors. The station’s safety system ensures maximum efficiency without damaging the vehicle's battery.
Additionally, the Cemix station utilizes renewable energy sources, such as solar panels, contributing to reduced environmental impact and lowered energy consumption. This new project could also serve as an example for other private companies, promoting the development of sustainable and innovative business approaches.
Additionally, the Cemix station utilizes renewable energy sources, such as solar panels, contributing to reduced environmental impact and lowered energy consumption. This new project could also serve as an example for other private companies, promoting the development of sustainable and innovative business approaches.
The charging station installed for the State Assets Organization facilitates the use of electric vehicles within government institutions. With fast and secure charging capabilities, this station not only ensures efficient vehicle charging but also aligns with the government's ecological strategy. It allows electric vehicles to be fully charged in just a few minutes, enhancing the efficiency of public services and improving the overall performance of the charging infrastructure.
Moreover, the new station operates using renewable energy sources, such as solar panels, helping to reduce environmental impact and optimize energy resource usage. This project by the State Assets Organization is a significant step towards ensuring ecological sustainability and implementing innovative technologies.
Moreover, the new station operates using renewable energy sources, such as solar panels, helping to reduce environmental impact and optimize energy resource usage. This project by the State Assets Organization is a significant step towards ensuring ecological sustainability and implementing innovative technologies.
The newly installed charging station for AMP is equipped with advanced technology that allows for quick and efficient EV charging. The fast-charging capability enables users to fully charge their vehicles in just a few minutes, which is particularly valuable for business professionals and teams who need to optimize their time and productivity. The station also ensures safety by charging the vehicles without damaging the battery, providing maximum efficiency.
Additionally, the station contributes significantly to environmental sustainability. The use of renewable energy sources, such as solar panels, helps not only reduce the environmental impact but also lowers energy costs. This approach by AMP reflects their strong commitment to sustainable development, and the station is expected to expand to other regions in the future.
Additionally, the station contributes significantly to environmental sustainability. The use of renewable energy sources, such as solar panels, helps not only reduce the environmental impact but also lowers energy costs. This approach by AMP reflects their strong commitment to sustainable development, and the station is expected to expand to other regions in the future.
The idea of creating a car with an electric motor arose long before the appearance of the first car with an internal combustion engine. Because Nikola Tesla’s working documents also contained drawings of a car running on an electric motor.
But because he was ahead of his time, the technology was not yet advanced enough to realize his idea.
For many years, only environmentalists were proponents of electric vehicles. Because electric cars like golf carts couldn't compete with conventional gasoline-powered cars in many ways.
Mark and Martin, who met in California in the 1990s at a meeting organized by their mutual friend Greg Rand, were like two sitcom characters: the chatty and enthusiastic Eberhard and the modest Tarpen, who made up for each other's shortcomings. Soon they begin to work together.
In the spring of 1997, Eberhard and Tarpenning founded NuovoMedia and launched their Rocket eBook. They quickly caught the wave of success and earned US$187 million.
By 2004, having purchased PayPal and become a millionaire, Musk founded his own company, SpaceX. Eberhard and another “father” of Tesla Motors, Ian Wright, meet with Elon Musk in Los Angeles, at the SpaceX headquarters.
There were several disagreements about the upcoming project, and Musk was initially very hesitant to invest. However, in some ways, the engineers of Musk and Tesla were united: an electric car must be powerful, beautiful, not just good, but a real technical achievement and finally “bury” gasoline. Having reached a compromise with Tarpenning, Musk makes an initial investment of $7.5 million in Tesla Motors.
Interestingly, most people today who know even a little about Tesla Motors only know Elon Musk as its founder. However, we should not forget about the idea and the first founders of the company, Mark Tarpenning and Martin Eberhard.
But because he was ahead of his time, the technology was not yet advanced enough to realize his idea.
For many years, only environmentalists were proponents of electric vehicles. Because electric cars like golf carts couldn't compete with conventional gasoline-powered cars in many ways.
Mark and Martin, who met in California in the 1990s at a meeting organized by their mutual friend Greg Rand, were like two sitcom characters: the chatty and enthusiastic Eberhard and the modest Tarpen, who made up for each other's shortcomings. Soon they begin to work together.
In the spring of 1997, Eberhard and Tarpenning founded NuovoMedia and launched their Rocket eBook. They quickly caught the wave of success and earned US$187 million.
By 2004, having purchased PayPal and become a millionaire, Musk founded his own company, SpaceX. Eberhard and another “father” of Tesla Motors, Ian Wright, meet with Elon Musk in Los Angeles, at the SpaceX headquarters.
There were several disagreements about the upcoming project, and Musk was initially very hesitant to invest. However, in some ways, the engineers of Musk and Tesla were united: an electric car must be powerful, beautiful, not just good, but a real technical achievement and finally “bury” gasoline. Having reached a compromise with Tarpenning, Musk makes an initial investment of $7.5 million in Tesla Motors.
Interestingly, most people today who know even a little about Tesla Motors only know Elon Musk as its founder. However, we should not forget about the idea and the first founders of the company, Mark Tarpenning and Martin Eberhard.
1. An electric car is more expensive than its gasoline counterpart. For example, the cheapest electric car on the market, the Smart ForTwo Electric Drive, costs twice as much as the gas-guzzling ForTwo. The electric Nissan Leaf costs $28,000, while the same-sized Nissan Sentra can be purchased for about $16,000.
2. You don't spend money on fuel. If an American driver buys 1 liter of gasoline for $0.94, the average car uses 9.4 liters of gasoline per 100 km, costing the driver approximately $9. Driving 100 km in an electric car costs from 0.45 to 3.9 dollars, taking into account the tariff in the States.
3. Electric cars have motors. When people think of an electric car, they imagine an electrical cable being pulled out of the car and plugged into an outlet. But besides batteries, there are cars with engines. The Chevrolet Volt has both an electric motor and a combustion engine, and Ford, Honda and Toyota are following suit.
4. An electric car is comfortable to drive. The electric car is not stuck at the level of a conventional golf cart; the drive mechanisms rotate quickly and silently. No engine vibration. Gets smooth acceleration and stopping.
2. You don't spend money on fuel. If an American driver buys 1 liter of gasoline for $0.94, the average car uses 9.4 liters of gasoline per 100 km, costing the driver approximately $9. Driving 100 km in an electric car costs from 0.45 to 3.9 dollars, taking into account the tariff in the States.
3. Electric cars have motors. When people think of an electric car, they imagine an electrical cable being pulled out of the car and plugged into an outlet. But besides batteries, there are cars with engines. The Chevrolet Volt has both an electric motor and a combustion engine, and Ford, Honda and Toyota are following suit.
4. An electric car is comfortable to drive. The electric car is not stuck at the level of a conventional golf cart; the drive mechanisms rotate quickly and silently. No engine vibration. Gets smooth acceleration and stopping.
The car model shown in this photo appeared back in the 19th century. In the era of steam engines, the creation of relatively compact vehicles driven by an electric motor came to the fore.
However, the potential of electric vehicles is not fully realized due to the shortcomings of this car. An electric car is not designed for long journeys and has almost always caused difficulties due to the need to charge.
In the 70s, at the height of the global energy crisis, interest in alternative energy sources increased. Research in this area has been active. But when the crisis passed, everyone conveniently forgot about it.
About electric cars again in the nineties and two thousand years, when the pollution of the largest cities in the world reached its peak (and still does).
However, the potential of electric vehicles is not fully realized due to the shortcomings of this car. An electric car is not designed for long journeys and has almost always caused difficulties due to the need to charge.
In the 70s, at the height of the global energy crisis, interest in alternative energy sources increased. Research in this area has been active. But when the crisis passed, everyone conveniently forgot about it.
About electric cars again in the nineties and two thousand years, when the pollution of the largest cities in the world reached its peak (and still does).
The initiator of the alliance is the Chinese government. Founded in January, the China All-Solid State Battery Collaborative Innovation Platform (CASIP) aims to develop, manufacture, and supply chain competitive solid-state batteries by 2030.
The alliance even brings together competitors - it includes battery manufacturers CATL, CALB, EVE Energy, SVOLT, Gotion High-Tech and BYD's battery subsidiary FinDreams Battery. There are also several state-owned automakers and private companies BYD and Nio. Other stakeholders include representatives from government and academia. On the government side, special mention is made of the Ministry of Industry and Information Technology, the Ministry of Science and Technology, the State Council Asset Supervision and Administration Commission (SASAC) and the National Energy Administration. The scientific part is carried out by government research institutes such as the Chinese Academy of Sciences. It is especially noted that the list of CASIP members also includes influential government funds.
The alliance even brings together competitors - it includes battery manufacturers CATL, CALB, EVE Energy, SVOLT, Gotion High-Tech and BYD's battery subsidiary FinDreams Battery. There are also several state-owned automakers and private companies BYD and Nio. Other stakeholders include representatives from government and academia. On the government side, special mention is made of the Ministry of Industry and Information Technology, the Ministry of Science and Technology, the State Council Asset Supervision and Administration Commission (SASAC) and the National Energy Administration. The scientific part is carried out by government research institutes such as the Chinese Academy of Sciences. It is especially noted that the list of CASIP members also includes influential government funds.
#batteries #brands
Top-10 battery manufacturers for electric vehicles in 2023.
Infographic, showing the unconstitutional hegemony of Asia, published by the Visual Capitalist portal.
Rating:
3. 🇰🇷 LG ES: 108 GWh (15%)
4. 🇯🇵 Panasonic: 56 GWh (8%)
5. 🇰🇷 SK On: 41 GWh (6%)
6. 🇰🇷 Samsung SDI: 36 GWh (5%)
7. 🇨🇳 CALB: 23 GW•h (3%)
8. 🇨🇳 Farasis Energy: 16 GWh (2%)
9. 🇨🇳 Envision AESC: 8 GW•h (1%)
10. 🇨🇳 Sunwoda: 7 GWh (1%)
The rest of the plot has a total of 8% (56 GWh).
Is there a chance that the second song will be in the top 10?
Infographic, showing the unconstitutional hegemony of Asia, published by the Visual Capitalist portal.
Rating:
- 🇨🇳 CATL: 243 GWh (34%)
3. 🇰🇷 LG ES: 108 GWh (15%)
4. 🇯🇵 Panasonic: 56 GWh (8%)
5. 🇰🇷 SK On: 41 GWh (6%)
6. 🇰🇷 Samsung SDI: 36 GWh (5%)
7. 🇨🇳 CALB: 23 GW•h (3%)
8. 🇨🇳 Farasis Energy: 16 GWh (2%)
9. 🇨🇳 Envision AESC: 8 GW•h (1%)
10. 🇨🇳 Sunwoda: 7 GWh (1%)
The rest of the plot has a total of 8% (56 GWh).
Is there a chance that the second song will be in the top 10?
Ferrari has opened factory in Maranello, where it will begin producing its first electric model, as well as its drivetrains and batteries, from next year. However, the Italian manufacturer will continue to produce sports cars with internal combustion engines there.
The so-called “e-building” in Maranello in the Italian province of Modena was inaugurated in the presence of Italian President Sergio Mattarella. The name may indicate that it is a dedicated electric vehicle plant, but Ferrari plans to produce ICE cars and hybrids there as well.
Ferrari has started test production in e-building with the Purosangue and the SF90, which is a PHEV. The company plans to begin mass production at the new plant in 2025, starting with existing models. The company's first electric vehicle will debut at the end of 2025 and begin rolling off the assembly line in 2026
Ferrari's first electric car is said to cost at least €500,000 before options. The average selling price for Ferrari and many rival luxury electric vehicles in the first quarter of 2024 was around €350,000, indicating that the model will be positioned as a premium model.
Price, limited production and long wait times are major contributors to the Ferrari hype. The company sold just 13,663 vehicles in 2023, while in 2024 it recorded sales of 3,560 vehicles in the first quarter.
Electric construction could help Ferrari expand its annual production capacity to around 20,000 vehicles, but the company may not want to reach that level of annual production. The source also said early development of Ferrari's second electric car is underway, adding that a potential increase in the company's annual production would only be a result of the line-up expansion as it still wants to keep production of each model within certain limits.
The so-called “e-building” in Maranello in the Italian province of Modena was inaugurated in the presence of Italian President Sergio Mattarella. The name may indicate that it is a dedicated electric vehicle plant, but Ferrari plans to produce ICE cars and hybrids there as well.
Ferrari has started test production in e-building with the Purosangue and the SF90, which is a PHEV. The company plans to begin mass production at the new plant in 2025, starting with existing models. The company's first electric vehicle will debut at the end of 2025 and begin rolling off the assembly line in 2026
Ferrari's first electric car is said to cost at least €500,000 before options. The average selling price for Ferrari and many rival luxury electric vehicles in the first quarter of 2024 was around €350,000, indicating that the model will be positioned as a premium model.
Price, limited production and long wait times are major contributors to the Ferrari hype. The company sold just 13,663 vehicles in 2023, while in 2024 it recorded sales of 3,560 vehicles in the first quarter.
Electric construction could help Ferrari expand its annual production capacity to around 20,000 vehicles, but the company may not want to reach that level of annual production. The source also said early development of Ferrari's second electric car is underway, adding that a potential increase in the company's annual production would only be a result of the line-up expansion as it still wants to keep production of each model within certain limits.
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