The launch of new plant with full production capabilities for BMW SUVs is planned for July 2021. According to Kaliningrad officials, the new plant is one of the most important investment projects in the regional processing industry. Autotor holding makes up a significant part of the regional production.
Officials said the enterprise is one of the largest employers and taxpayers in Kaliningrad region. Construction of the plant building is underway, and machinery installation will be started in January 2021. The first car is expected to be produced in July 2021.
In a bid to promote electric mobility in India, the Indian government now permits sales of EVs without a battery. This step has been taken to reduce the upfront cost of EVs, since the most expensive component in an electric vehicle is the battery pack (which accounts for 40% cost of the total cost). Read The Article
Aditya Kondejkar
PSR Analysis: We anticipate that electric 2 and 3-wheelers will be the first segments to benefit from this move. This move by the central government will support the FAME-II program and the Delhi government’s latest EV policy, aiming for 5 lakh registrations of EVs in 5 years.
As the upfront cost of the electrical 2 and 3 wheelers will be lower than their ICE counterparts when registered without battery, it will be more attractive to consumers. However, implementation will be critical for the success of this move. As lack of infrastructure was one of the key reasons for customers not opting for EVs.
To continue to promote the deployment of electric vehicles in Taiwan, Taiwan Audi officially entered the pure electric vehicle market at the end of 2019 and launched the “E-tron Future” reservation project.
Erik Martin
To meet the pure electric future, Taiwan Audi has joined hands with strategic partner Noodoe to accelerate the deployment of Taiwan’s charging network. Evaluating home charging station installation and a cloud-based charging operating system paired with Taiwan Audi’s charging solution aims to realize a pure electric mobile life.
From north to south, Taiwan spans only about 500 kilometers. At the same time, the main population centers are concentrated in the seven largest metropolitan areas. These cities–while clearly defined–are connected by a comprehensive road network that provides excellent advantages in the development of electric vehicles. Audi has been actively promoting the deployment of electric vehicles in Taiwan since last year. It is expected to introduce the first electric vehicle model ─ Audi e-tron – before the end of 2020 with a battery life of 417 kilometers (WLTP). Through the 150kW fast charge mode, it can be charged in 30 minutes to 80% power.
By August 12, after 20 days of product launch, SGMW’s MINI EV will hit a sales record of 15,000 vehicles, making it the world’s fastest car model reaching the threshold of 10,000 units.
PSR Analysis: Consider BYD’s electric bus, SGMW’s MINI EV, as well as premium car brands like Tesla: These traditional and emerging automotive OEMs are reformulating rules of the auto game, with their own proprietary technology.
As a matter of fact, it’s not just the automotive market that needs to brace for the impact of electrification, the off-road market also is trending toward electrification. The changing markets include passenger car, light commercial vehicle, medium and heavy duty vehicle, forklift, and lawn mower. Will this wave continue to expand to other off-road applications? How much more will it change the rules of the game? PSR
Qin Fen is Business Development Manager for Power Systems Research
To continue to promote the deployment of electric vehicles in Taiwan, Taiwan Audi officially entered the pure electric vehicle market at the end of 2019 and launched the “E-tron Future” reservation project.
Erik Martin
To meet the pure electric future, Taiwan Audi has joined hands with strategic partner Noodoe to accelerate the deployment of Taiwan’s charging network. Evaluating home charging station installation and a cloud-based charging operating system paired with Taiwan Audi’s charging solution aims to realize a pure electric mobile life.
From north to south, Taiwan spans only about 500 kilometers. At the same time, the main population centers are concentrated in the seven largest metropolitan areas. These cities–while clearly defined–are connected by a comprehensive road network that provides excellent advantages in the development of electric vehicles.
Hyundai VIA has begun construction on an auto engine plant near St. Petersburg.
Maxim Sakov
The enterprise initially plans to make 240,000 engines per year. Then, the capacity will increase, and the plant will make 300,000 Gamma I engines of 1.6 liters.
The project has been established under a special investment contract. The investors “injected” US$185 million (13.1 billion Rubles) into the project. The plant will bring about 500 jobs to the city.
Test launch of the plant is planned in Q1 2021, and mass production is scheduled to start in October 2021. Read The Article
South Korea’s Hyundai Motor announced on July 6 that it has begun exporting commercial hydrogen fuel cell vehicles (FCVs) to Europe. The company shipped 10 trucks to Switzerland, and it plans to export 1,600 units by 2025 using a long-term lease contract system.
Akihiro Komuro
Hyundai has set up a joint venture company to build a hydrogen infrastructure in Switzerland; it also plans to develop hydrogen stations and other infrastructure in cooperation with a local company. They plan to use Switzerland as a base for expanding their exports throughout Europe.
The South Korean government is also focusing on the spread of the hydrogen-based society and will appeal to the governments of other countries. The trucks exported this time will be used by the food distribution industry. The route for these trucks is fixed, making it easy to set up the infrastructure for refueling.
In July, MIIT (Ministry of Industry and Information Technology summoned a meeting with local governments, industry associations and automotive companies on battery switch-on implementation. People attending offered thoughts on implementing battery switch-on operations, sharing recommendations for policy and discussing challenges of proposed actions.
PSR Analysis: Electric vehicle development is facing several different technology road maps. While the automotive industry prefers plug-in and charging, grid companies are more inclined to favor the battery switch-on mode based on grid reliability.
Such debate is good for advancing electrification in the auto industry, it is vital to have all participants’ input before promoting electric vehicles on a larger scale. PSR
Qin Fen is Business Development Manager – China, for Power Systems Research
Autotor’s Kaliningrad plant plans to suspend assembly of BMW cars from the middle of June to the beginning of July because of a components shortage. This is told by CEO of the plant Ruslan Sadykov.
Stephen Teichert, head of BMW Russia, claims Autotor production capacity has been reduced by about 70%; however, in July the OEM plans to increase production to pre-COVID-19 level. Read The Article
PSR Analysis: The Autotor plant in Russia assembles passenger cars kits for BMW, Hyundai and Kia, and trucks for Hyundai, Daewoo, and Ford. Currently, the problems are claimed only for BMW components. The supply chain problems have been caused by COVID-19 lockdowns. PSR
Maxim Sakov Is Market Consultant, Russia, for Power Systems Research
The symposium of battery change mode for new energy vehicle was held June 15 in Xuzhou, Jiangsu. Data from National Big Data Alliance of New Energy Vehicles suggests that over 3 million new energy vehicles were in the system in 2019 and 900,000 vehicles are running daily. Data also suggest that new energy vehicle GVW range primarily falls under 4.5 tons.
PSR Analysis: Many numbers are in the article, some contradictory. As one of the truck OEMs, XCMG does make some excellent points on the daily use of the battery-powered vehicle, using data collected from end-users, such as working hours, range anxiety and surprisingly, maintenance and downtime.
But I want to point out one potential issue that might travel under the radar: operating cost, more specifically, fuel cost. For large fleet owners like JD.com Inc. or SF Express, fuel cost might be a key factor in choosing a battery-powered vehicle over ICE-powered vehicle for urban delivery.
There are energy companies already working with large industrial businesses to install wind or solar power onsite to address their electricity bill issue. Once completed, giant companies like JD or SF Express will significantly cut down their operating expenses on fuel, in this case, electricity.
There is one game changer out there now. How will ICE-powered light duty trucks compete with battery-powered vehicles, when the latter runs free of charge and free of emission? What will happen to all the components suppliers for light duty trucks, especially urban delivery trucks? PSR
Qin Fen Is Business Development Manager in China for Power Systems Research.
This website uses cookies to improve your experience while you navigate through the website. Out of these cookies, the cookies that are categorized as necessary are stored on your browser as they are essential for the working of basic functionalities of the website. We also use third-party cookies that help us analyze and understand how you use this website. These cookies will be stored in your browser only with your consent. You also have the option to opt-out of these cookies. But opting out of some of these cookies may have an effect on your browsing experience.
Necessary cookies are absolutely essential for the website to function properly. This category only includes cookies that ensures basic functionalities and security features of the website. These cookies do not store any personal information.
Any cookies that may not be particularly necessary for the website to function and is used specifically to collect user personal data via analytics, ads, other embedded contents are termed as non-necessary cookies. It is mandatory to procure user consent prior to running these cookies on your website.
Performance cookies are used to adjust the rate of analytic and advertisement tracking (if enabled) to avoid slowing our site down during high traffic times.
Cookies used to track your Internet use and tailor advertisements to your interests and provide the ability to share and like pages on our site with your friends on social media.
Functional cookies help to perform certain functionalities like sharing the content of the website on social media platforms, collect feedbacks, and other third-party features.
