1. Home
  2. / Automotivo
  3. / Toyota announces 'Electric Super Car' with epic 1.500 km range that promises to change the global automotive scenario  
reading time 3 min read Comments 0 comments

Toyota announces 'Electric Super Car' with epic 1.500 km range that promises to change the global automotive scenario  

Written by Valdemar Medeiros
Published 23/10/2023 às 23:51
Updated 25/10/2023 às 13:22
Toyota launches 'Electric Super Car' with an epic range of 1.500 km that promises to change the global automotive scenario
Photo: Toyota Bz3 model

The multinational Toyota announced that it will soon launch an electric car with a range of 1.500 km on a single charge. Toyota's new electric car will feature solid-state batteries.

Toyota recently revealed a unique technology for its electric car models. The world of electric mobility is constantly evolving and there are exciting surprises yet to come. The Japanese automaker announced that it will bring an electric car with range of 1.500 km on a single charge, being an achievement for the electric model industry, potentially revolutionizing the current conception of mobility.

Toyota's new electric car should arrive in 2025

Toyota plans to launch an electric car with a range of 1.500 km, equipped with solid state batteries until 2026, demonstrating its commitment and advanced technological knowledge ahead of many other manufacturers.

As Bsolid-state batteries for Toyota's new electric car They have several advantages compared to conventional lithium-ion batteries. Among them is the significant reduction in charging time, increase in storage capacity, drastic reduction in the risk of fire, in contrast to lithium-ion batteries, which use liquid electrolyte.

Toyota's focus on new electric car which will arrive in 2025 is to increase autonomy by at least 20% in a relatively short period of time. The most intriguing thing is the fact that the Japanese automaker is already working on the next generation, which promises a 50% improvement in autonomy and incredibly fast charging times, just 10 minutes.

This technology is about to change the main demand for electric cars, eliminating concerns about low range and slow charging times, which often limit the large-scale adoption of electric vehicles.

Toyota's new solid-state battery will reduce the price of electric cars

According to data, Toyota will have four types of batteries in the future. Three of them will have new liquid electrolyte technologies and one will have solid-state battery technology, which will be equipped in the electric car with a range of 1.500 km.

For the company, Toyota's new battery will meet the demand of 1,7 million cars, among the 3,5 million that Toyota plans to sell worldwide by 2030. The brand divided liquid electrolyte batteries into three categories, which are performance, high performance and popularization. 

This type of device is currently the most used in the electric car industry and Toyota's categorization is linked to improvements towards greater energy density, charging speed and competitive prices.

The automaker's new battery with a focus on performance would provide a range of more than 800 km to Toyota's new electric car and a price 20% lower than the model costs bZ4X. Furthermore, it would recharge in around 20 minutes, taking into account the improvements made to the models to support it.

Toyota invests in other engines

In addition to the electric car with a range of 1.500, the Toyota has continually stated that the future will not just be electric cars. Although it will continue to launch some battery-powered models on the market in the coming years, the company is also exploring other forms of energy.

Currently, the state-owned automaker Chinese GAC Motor, which is half-owned by Toyota, developed the first ammonia engine for passenger vehicles.

An Ammonia engine is basically a category of internal combustion engine that uses ammonia as a fuel source, consisting of a nitrogen atom and three hydrogen atoms. What sets ammonia apart is its lack of carbon atoms, resulting in a lack of CO2 emissions during combustion.

Register
Notify
guest
0 Comments
Most voted
Last Older
Feedbacks
View all comments
Valdemar Medeiros

Journalist in training, specialist in creating content with a focus on SEO actions. Writes about the Automotive Industry, Renewable Energy and Science and Technology

Share across apps
0
We would love your opinion on this subject, comment!x