Zukunft der Mobilität - Made in Germany

Germany Trade & Invest (GTAI)

23 Mar 202308:47

Summary

TLDRThe script discusses the transformation of transportation in Germany towards a more secure, efficient, and climate-neutral future. It highlights the end of the combustion engine era and the rise of electromobility, emphasizing the importance of battery production and recycling. The script also touches on the growth of electric vehicle (EV) adoption, the development of charging infrastructure by companies like Ionity, and the role of lightweight construction and digitalization in advancing autonomous driving. It mentions government support for hydrogen fuel cell technology and innovative projects like the Alster Island hydrogen train, showcasing Germany's commitment to sustainable mobility solutions.

Takeaways

🚗 The future of transportation will be a significant shift towards climate-neutral mobility for both people and goods, with changes in the next 20 years expected to be more profound than in the past 130 years.
🔋 The era of the combustion engine is ending, and Germany is leading the charge in new mobility solutions, with a focus on electric mobility and battery production as the cornerstone of electric vehicles.
🏭 Volkswagen Group has founded 'PowerCo' to take battery cell production into their own hands, emphasizing the importance of domestic battery manufacturing for the future of automotive mobility.
🌿 Salzgitter is set to become a blueprint for cell factories across Europe, focusing on a green unified cell produced with renewable energy and a recycling rate of over 90%.
📈 The market for electric vehicles, batteries, and battery recycling is vast and growing, with Chinese company Kenntempory Technology establishing its first European battery production site in Thuringia.
🔌 The success of electric mobility heavily depends on a comprehensive charging infrastructure, with Ionity building the largest, fastest, and most sustainable highway charging network open to all brands since its founding in 2017.
💡 The German government has a new Masterplan for charging infrastructure, aiming for a million charging stations by the end of 2030, with four billion euros in funding available for this expansion.
🚀 The lightweight construction is a key area for sustainable mobility, with the MaCarbon cluster in Germany working on over 60 projects to advance sustainable mobility solutions.
🌐 Digitalization is crucial for autonomous driving and reliable communication networks, with all major traffic routes expected to be equipped with 5G networks by 2025.
🛠️ Germany offers an optimal environment for developing and testing autonomous driving with 26 test fields, supported by the government with 100 million euros for their establishment.
🚍 Companies like N+ are working on projects like Atlas L4 to bring autonomous trucking to the highway by mid-century, supported by the German Ministry for Economic Affairs and Climate Action.

Q & A

How is the transportation sector expected to change in the next 20 years compared to the past 130 years?
-The transportation sector is expected to undergo a transformation greater than it has in the past 130 years, with a shift towards more sustainable and efficient methods, particularly with the end of the era of the combustion engine.
What is the significance of electromobility in achieving climate-friendly mobility?
-Electromobility forms the basis for climate-friendly mobility, as electric vehicles are a key part of reducing carbon emissions in transportation. The script highlights the importance of battery production as the foundation of electromobility.
Why is battery production a strategic focus for the automotive industry?
-Battery production is crucial as batteries are the 'engines of tomorrow.' The script mentions that Volkswagen Group has founded 'Power' to ensure they control battery cell production, emphasizing the strategic importance of this component for future mobility.
What is the significance of the PowerCo and its role in battery production?
-PowerCo is a subsidiary of the Volkswagen Group aimed at realizing in-house battery cell production. It is part of a strategic move to secure the supply chain and ensure the company's competitiveness in the electric vehicle market.
What is the goal of the battery production site in Salzgitter and its role in Europe?
-The goal of the battery production site in Salzgitter is to serve as a blueprint for cell factories across Europe, focusing on a green unified cell produced with renewable energy and a recycling rate of over 90%.
How is the growth potential of electromobility reflected in recent vehicle registration statistics?
-By mid-2022, 25% of newly registered vehicles were electric, indicating a significant shift towards electromobility. The script projects that by 2030, there will be 15 million electric vehicles on German roads.
What is the importance of a comprehensive charging infrastructure for the success of electromobility?
-A comprehensive charging infrastructure is vital for the success of electromobility as it addresses range anxiety and facilitates the widespread adoption of electric vehicles. The script mentions Ionity as an example of such infrastructure.
How does the German government support the development of a nationwide charging infrastructure?
-The German government has developed a master plan for charging infrastructure, aiming to have one million charging stations available by the end of 2030, with four billion euros in funding allocated for this purpose.
What is the role of lightweight construction in the automotive industry and its connection to sustainability?
-Lightweight construction is crucial for improving the efficiency of vehicles, reducing their environmental impact, and contributing to sustainability. The script discusses the work of the macarbon cluster in Germany, which focuses on lightweight construction in various industries, including automotive.
How does the development of autonomous driving rely on digitalization and advanced communication networks?
-Autonomous driving depends on digitalization for various functions, including high-precision navigation and reliable communication between vehicles and infrastructure. The script mentions the rollout of 5G networks and the role of companies like HERE Technologies in providing the necessary digital data.
What is the significance of the Atlas L4 project in advancing autonomous trucking?
-The Atlas L4 project aims to bring autonomous trucking to the highways by mid-century, showcasing the progress in autonomous driving technology and the support from the German government and industry partners.
How does the Hamburg-based company TextDatab Mobility contribute to urban logistics and sustainability?
-TextDatab Mobility focuses on making cities more livable and sustainable by developing urban logistics solutions like the ecargobike UNO, which is designed to replace transporters in city logistics for the last mile delivery.
What is the role of hydrogen in the future of mobility, and how is it being supported by the German government?
-Hydrogen is seen as a crucial pillar for future mobility, especially for heavy-duty vehicles and public transport. The script mentions the Alster Island, the first passenger train powered by a hydrogen fuel cell, and the German government's support through a 250 million euro funding program for hydrogen and fuel cell technologies.
How is the development of hydrogen infrastructure progressing in Germany?
-Germany currently has 100 hydrogen refueling stations, with plans to expand to 400 by 2025, supported by a 350 million euro investment.

Outlines

00:00

🚗 Future Transportation and Climate-Neutral Mobility

The script discusses the significant transformation in transportation over the next 20 years, emphasizing the shift from combustion engines to electric mobility. Germany is at the forefront of this change, with the Volkswagen Group founding 'Power' to produce batteries domestically, focusing on sustainability and recycling. The script highlights the importance of battery production, the establishment of charging infrastructure by companies like IONITY, and the government's commitment to supporting electric vehicle adoption with investments and regulations. It also touches on the role of lightweight construction in automotive and aerospace industries for sustainable mobility, the growth potential of the electric vehicle market, and the integration of digitalization for autonomous driving.

05:00

🌐 Innovation in Autonomous Driving and Hydrogen Mobility

This paragraph focuses on the rapid development in autonomous driving technology, supported by the German government and progressive legislation. It mentions the involvement of major players, including OEMs and suppliers, as well as startups in the field. Germany has established a legal framework for autonomous driving, being the first to allow Level 4 autonomous driving on public roads. The script also introduces innovative projects like Hamburg's 'textdatab mobility' and the 'ecargobike UNO' for urban logistics. Hydrogen is presented as another key pillar for future mobility, with examples like the Alster Island, a hydrogen fuel cell-powered ferry setting a record for distance traveled on a single tank. The government's support for hydrogen and fuel cell technology is highlighted, along with the potential for growth in this sector.

Mindmap

Keywords

💡Electromobility

Electromobility refers to the use of electric vehicles (EVs) as a means of transportation. It is a key concept in the video, emphasizing the shift towards climate-friendly mobility solutions. The video mentions the significant expansion of battery manufacturing in Germany and Europe to support the growth of EVs.

💡Battery Manufacturing

Battery manufacturing is the process of producing batteries for electric vehicles. The video highlights the establishment of new battery production facilities in Salzgitter and Valencia by the Volkswagen Group, aiming to control the production chain and ensure the sustainability of batteries with high recycling rates.

💡Recycling

Recycling in the context of the video refers to the process of reclaiming materials from used batteries to make new ones. This is crucial for the sustainability of electromobility, as emphasized by the goal of achieving over 90% recycling rates for battery components.

💡Charging Infrastructure

Charging infrastructure consists of the network of stations where electric vehicles can recharge their batteries. The video points out the development of extensive charging networks like Ionity's, which provide fast and accessible charging options across Europe, crucial for the widespread adoption of EVs.

💡Lightweight Construction

Lightweight construction refers to building vehicles with materials that reduce weight without compromising strength. This is important for improving the efficiency and range of electric vehicles. The video discusses the use of fiber-reinforced plastics, which are significantly lighter than traditional materials like steel and aluminum.

💡Autonomous Driving

Autonomous driving is the capability of a vehicle to drive itself without human intervention. The video explains that Germany is at the forefront of this technology, with extensive test fields and government support for innovations such as autonomous trucks developed by companies like Knorr-Bremse and Bosch.

💡5G Networks

5G networks are the latest generation of mobile internet connectivity, providing faster and more reliable internet connections. The video underscores the importance of 5G for the development of autonomous driving, as these networks support the high data transmission rates and low latency needed for real-time vehicle communication.

💡Hydrogen Fuel Cells

Hydrogen fuel cells generate electricity through a chemical reaction between hydrogen and oxygen, emitting only water vapor as a byproduct. The video highlights the use of hydrogen fuel cells in transportation, exemplified by the world's first hydrogen-powered passenger train, the Alstom Coradia iLint, which has been supported by the German government.

💡Sustainability

Sustainability in the context of the video refers to the development of transportation solutions that minimize environmental impact. This includes the production and recycling of batteries, the use of renewable energy sources, and the creation of efficient and low-emission vehicles like EVs and hydrogen-powered trains.

💡Government Support

Government support is the financial and regulatory assistance provided by the government to promote new technologies and sustainable practices. The video mentions various government initiatives, including funding programs and legislative frameworks, to support the growth of electromobility, autonomous driving, and hydrogen technologies in Germany.

Highlights

The future of transportation will see a shift greater than the past 130 years, with a focus on safety, efficiency, and climate neutrality.

The era of the combustion engine is ending, and Germany is leading the way in new mobility solutions.

Electromobility is the foundation for climate-friendly transportation, with battery production being a key focus in Germany and Europe.

Volkswagen Group has founded PowerCo to take control of battery cell production, with the first location in Salzgitter and plans for expansion.

Salzgitter aims to be a blueprint for cell factories across Europe, focusing on a green standard cell made with renewable energy and over 90% recycling rate.

Chinese company Kenntempory Technology has established its first European battery production site in Thuringia, recognizing the growth potential of electromobility.

By mid-2022, 25% of newly registered vehicles were electric, and by 2030, there will be 15 million electric vehicles on German roads.

A comprehensive charging infrastructure is crucial for the success of electromobility, with Ionity building the largest, fastest, and most sustainable highway charging network open to all brands since 2017.

The German government has developed a new Masterplan Charging Infrastructure 2, aiming for one million charging stations by the end of 2030, with €4 billion in funding available.

Lightweight construction is becoming increasingly important for vehicle efficiency, with MaCarbon leading projects in the automotive and aerospace industries.

Coriolis develops and sells automated plants for the resource-efficient production of composite parts, contributing to sustainability and lightweight construction.

Fiber-reinforced plastics are significantly lighter than aluminum and steel, with a global market size of €140 billion in 2020 and expected growth of 7-8% annually.

Digitization is key to autonomous driving, with fast and reliable communication networks like 5G expected to cover all major transport routes by 2025.

Germany offers 26 test fields for developing and testing autonomous driving, supported by a €100 million government investment.

N and its partners aim to bring autonomous trucks to the highway by mid-century, supported by the German Ministry for Economic Affairs and Climate Action.

Hamburg's TextDatab Mobility is an innovative project combining the best of two worlds - rail transport and combined transport - on a digital marketplace.

Onomotion in Berlin aims to make cities more livable, emission-free, and quieter by developing space-saving logistics solutions like the ecargobike UNO.

Hydrogen is another key pillar for future mobility, with the Alster Island being the world's first passenger train powered by a hydrogen fuel cell.

The German government supports hydrogen and fuel cell technology through a €250 million funding program until 2026, offering opportunities for innovative projects.

Horiba FuelCon GmbH is developing hydrogen systems as an energy storage solution, supported by the government's innovation program.

Germany currently has 100 hydrogen refueling stations, with plans to expand to 400 by 2025, representing a €350 million investment.

Germany Trade & Invest supports engagement in future-oriented mobility solutions on behalf of the German government, highlighting the opportunities available to domestic and international companies.