Type 2 becomes awesome e-kombi

The debate of whether people would prefer a modern EV-powered VW Type 2 Bus over the new I.D. Buzz can be endless, especially for those nostalgic about the classic model. However, Volkswagen did not intend to start this discussion. Instead, the company wanted to commemorate the 20th anniversary of its former Electronics Research Laboratory (ERL), now known as Innovation and Engineering Center California (IECC), by converting a Type 2 Bus into an electric concept called Type 20.

The Type 20 features a unique design with a cool paint job and orange wheels, created using Volkswagen’s “generative design” approach. The design features aerial roots that serve the functional purpose of creating strong structures while keeping the weight low. Under the hood, Type 20 boasts an electric motor generating 120 horsepower and 173 lb-ft of torque, powered by a 10 kWh battery pack. Although the Type 20’s range is unknown, it is likely enough for short demonstrations and press events.

The Type 20’s custom pneumatic suspension system, developed with Porsche, adjusts the concept’s height via software. VW claims it can rise when the driver approaches, likely to improve stability at high speeds and make entry and exit more comfortable. The Type 20 also includes biometric identification through facial recognition, a holographic infotainment system, and conversational digital assistants, all showcasing the latest cutting-edge technology, similar to that which helped VW’s “Stanley” become the first robotic car to finish the DARPA Grand Challenge in 2005.

While the Type 20 will primarily be displayed at the IECC in Silicon Valley, California, we can expect to see it at major auto shows, particularly those held in the United States.

FREQUENTLY ASKED QUESTIONS

What are the next steps in exploring electric and hybrid vehicles?

Transitioning to electric and hybrid vehicles is an exciting journey, and there are several impactful steps you can take to dive deeper into this innovative automotive world. Here’s a guide to get you started:

1. Visit an Electric Vehicle Information Hub

Begin your exploration by visiting a comprehensive electric vehicle (EV) information hub. Websites dedicated to EVs often offer a wealth of knowledge, from the basics of how electric vehicles work to the latest advancements in battery technology. They provide insights into various models, charging infrastructure, and the benefits of making the switch. Make sure to explore resources that compare top brands like Tesla, Nissan, or Hyundai to find the right fit for your needs.

2. Discover Pathways to Sustainability

Understanding the environmental impact of electric and hybrid vehicles is crucial. Research how these vehicles contribute to reducing carbon footprints and support sustainability goals. Many initiatives aim for net-zero emissions, offering detailed plans and strategies to help you understand how EVs play a vital role in achieving a greener future.

3. Dive Into Electric and Hybrid Vehicle Models

Take a closer look at the wide range of electric and hybrid vehicles available on the market. Each model has unique features and capabilities, whether you’re interested in compact city cars or spacious SUVs. Explore detailed reviews, compare specifications, and look for user testimonials from popular brands like BMW, Ford, or Toyota to find the vehicle that aligns with your lifestyle.

Additional Tips

Attend EV Shows and Test Drives: Experience electric vehicles firsthand by participating in local EV shows or test drive events. This real-world experience can offer valuable insights.
Share Your Experience: Join online communities or forums where EV enthusiasts share experiences and advice. Platforms like Reddit or EV fan groups on social media can be great resources.
Stay Informed on Incentives: Governments and organizations often offer incentives to encourage the adoption of greener vehicles. Keep an eye out for tax credits, rebates, or other financial benefits that could make your transition more affordable.

Embarking on these steps will deepen your understanding of electric and hybrid vehicles and help you make informed decisions on your journey towards sustainable driving.

What is the future of electric vehicles?

The Future of Electric Vehicles: A New Era of Mobility

Electric vehicles (EVs) are leading us into a transformative era where technology, sustainability, and design converge. As the world seeks greener alternatives, the future of transportation looks brighter than ever.

Cutting-edge Innovation

EV technology is rapidly advancing, with improvements in battery life, charging speed, and overall performance. Automotive leaders like Tesla, Rivian, and Nissan are pioneering innovations that make electric cars more efficient and affordable, putting them within reach for a broader audience.

Sustainable Driving

One of the most significant benefits of EVs is their potential to reduce carbon footprints. As more nations invest in renewable energy sources, the environmental impact of charging electric cars continues to decrease, making them a key player in combating climate change.

Diverse Selection

The market is expanding with a diverse range of models, from compact commuter cars to high-performance sports vehicles. Companies like BMW, Lucid Motors, and Hyundai offer electric options that meet varying lifestyle needs, ensuring there’s an EV for every driver.

Infrastructure Growth

As EV popularity grows, so does the infrastructure to support it. Charging stations are becoming more abundant and strategically placed, making it easier for drivers to travel longer distances without the worry of running out of power.

Join the Electric Revolution

With all these advancements, there’s never been a better time to explore what electric vehicles have to offer. Dive into this exciting movement and find the electric car that aligns with your future.

By embracing the shift towards electric vehicles, we are stepping into a cleaner, smarter, and more sustainable future.

How can I convert my own Kombi to an electric vehicle?

Transform Your Kombi into an Electric Marvel

Step-by-Step Guide to Electrifying Your Kombi

Curious about how to turn your classic Kombi into an eco-friendly electric vehicle? Here’s a straightforward, do-it-yourself blueprint designed for enthusiasts just like you.

1. Discover the Greenprint

Start your conversion journey by accessing our open-source guide. This roadmap breaks down the electrification process into 20 manageable steps, making it easier for you to futureproof your Kombi and embrace sustainable driving.

2. Gather the Essential Components

Equip yourself with a comprehensive Greenprint Conversion Kit. This includes a detailed parts list tailored for your project. From motors to batteries, ensuring you have the right components is crucial to a smooth conversion process.

Electric Motor: Choose from trusted brands like Tesla or NetGain.
Battery Pack: Consider options from LG Chem or Tesla.
Controller: Popular choices include Curtis or Kelly Controllers.

3. Seek Expert Guidance

Feeling overwhelmed? You’re not alone. Connect with experienced professionals who can offer insights and support throughout your project. Whether you need help with technical installations or navigating challenges, expert advice can make all the difference.

Embark on the journey of transforming your Kombi into an electric powerhouse with confidence and ease. With the right resources and support, an emission-free ride is just a few steps away. Ready to start? Your electric Kombiadventure awaits!

How can I electrify my Kombi in 20 steps?

Electrifying Your Kombi: The 20-Step Guide

Considering electrifying your Kombi? Here’s a comprehensive guide on how you can transform your beloved vehicle in just 20 manageable steps. Preserve your Kombi’s charm while embracing sustainable technology.

Getting Started

Initial Assessment:Examine the current state of your Kombi. Determine its structural condition to ensure it’s suitable for conversion.
Research Components:Identify the essential electric vehicle (EV) components—battery, motor, controller, and charging system. Brands like Tesla, Nissan, and Chevrolet offer reliable EV parts.

Planning and Preparation

Conversion Blueprint:Sketch out a detailed plan. Identify where each component will fit and how they will connect.
Acquire Components:Gather all the necessary tools and parts. Consider sourcing from reputable suppliers for quality assurance.
Safety Measures:Invest in personal protective equipment (PPE). Safety is paramount during any vehicle modification.

Dismantling the Old

Remove the Engine:Carefully extract the internal combustion engine. Ensure to dispose or recycle it responsibly.
Strip Unnecessary Parts:Take out fuel lines, exhaust systems, and other non-essential components.

Building the New

Install the Electric Motor:Mount an electric motor suitable for your Kombi’s size and weight.
Battery Placement:Install battery packs. Position them to maintain weight balance and ensure secure fixation.
Set Up Control Systems:Integrate a power control unit that coordinates the flow of electricity from the batteries to the motor.

Connecting the Components

Wiring:Connect the electrical components using high-quality cables. They are the veins that keep your Kombi running smoothly.
Cooling Systems:Establish a cooling mechanism to prevent overheating, especially around the batteries and motor.

Testing and Calibration

Initial Testing:Run system checks to identify any electrical issues. All components must communicate effectively.
Software Configuration:Program the vehicle’s software to optimize energy efficiency and performance.

Final Touches

Install Charging System:Fit a compatible charging port to allow easy plug-in access for battery recharging.
Upgrade Dashboard:Consider installing an EV-friendly dashboard with indicators for battery level, range, and overall performance.
Adjust Suspension:Modify the suspension system to handle the new weight distribution. This ensures a smooth ride.

Quality Assurance

Performance Testing:Conduct road tests in safe environments. Monitor the vehicle’s behavior, making adjustments as needed.
Regulatory Compliance:Ensure your converted Kombi meets local EV regulations and standards. This may involve inspections and certifications.

Going Electric

Enjoy Your Ride:Once all steps are complete, appreciate the benefits of your newly electrified Kombi. You’re now driving a piece of the future!

This streamlined process ensures a seamless transition to electric power, future-proofing your cherished Kombiwhile promoting a sustainable lifestyle.

What parts are necessary for a Kombi electric conversion?

Essential Components for a Kombi Electric Conversion

Converting a classic Kombi into an electric vehicle is an exciting project. To ensure a successful transformation, you’ll need a comprehensive kit that includes all necessary parts. Here’s a breakdown of what you’ll require:

Electric Motor: The heart of your conversion, this will replace the traditional internal combustion engine. Look for a motor that fits the space and power requirements of the Kombi.
Battery Pack: Choose a high-capacity lithium-ion battery pack to provide ample range and efficiency for your electric drives.
Motor Controller: This component regulates the power delivery from the battery to the electric motor, ensuring smooth and efficient performance.
Mounting System: You’ll need a custom bracket or framework to securely mount the motor and battery pack in the vehicle.
Adapter Plate and Coupler: These components connect the electric motor to the original transmission, maintaining the Kombi’s manual driving experience.
Charger and Charging Port: A robust charger and compatible port will enable you to recharge your battery pack efficiently. Consider compatibility with home and public charging stations.
Cooling System: Electric motors can generate a lot of heat, so a cooling system comprising fans or liquid cooling might be necessary to prevent overheating.
Dashboard Instruments: New gauges and displays might be needed to monitor battery levels and motor performance.
Wiring and Connectors: High-quality wiring and connectors are essential to ensure a safe and reliable electrical system.

Transforming your Kombi into an electric vehicle is a rewarding project that requires a thoughtful approach to selecting and installing these components. Each part plays a crucial role in creating a smooth, efficient, and enjoyable electric driving experience.

What does the conversion process of a Kombi involve?

Transforming a classic Kombi into a modern, electric vehicle involves several meticulous steps. This journey begins with removing outdated components and making way for efficient, environmentally-friendly technology.

Dismantling the Old System: The first step is to strip away the outdated parts. This includes removing the internal combustion engine, detaching the worn-out battery, and discarding other obsolete components like the throttle cable, fuel tank, and fuel filler hose.
Installing New Components: Once the old parts are cleared out, the installation process begins. This includes fitting recycled battery cell packs and voltage cables. These elements are crucial for powering the new electric motor, which serves as the heart of the newly transformed Kombi.
Enhancing Performance with Electric Technology: The electric conversion not only breathes new life into the Kombi but also ensures that it aligns with sustainable practices. The focus here is on merging nostalgic charm with eco-friendly advancements.
Testing and Tuning: Finally, after the assembly, rigorous testing and tuning are conducted to ensure that the new system operates smoothly and efficiently, delivering both performance and sustainability.

Through this comprehensive conversion, the Kombi retains its classic charm while becoming more compatible with today’s environmental standards, appealing to both vintage enthusiasts and eco-conscious drivers.

How can I get expert help for converting my Kombi?

How to Get Expert Help for Converting Your Kombi

Converting a Kombi into your dream vehicle is an exciting journey, but navigating the process alone can be daunting. Fortunately, expert assistance is within reach to ensure your project is both successful and enjoyable.

1. Consult Conversion Specialists

Reach out to companies that specialize in Kombi conversions. These experts have hands-on experience and can provide tailored advice based on your specific needs. They offer guidance on everything from selecting the right materials to optimizing your space design.

2. Explore Online Communities

Join online forums and social media groups dedicated to Kombi enthusiasts. These communities are rich with experienced individuals eager to share their knowledge. They can recommend trusted professionals and offer tips from their own conversion experiences.

3. Contact Automotive Workshops

Look for workshops that have a solid reputation in custom vehicle conversions. A simple online search or local directory can connect you with skilled mechanics and engineers. They can assist with complex mechanical changes and ensure your Kombi adheres to safety standards.

4. Attend Automotive Shows and Conferences

Participate in events where you can meet industry experts and see their work first-hand. These venues are perfect for networking and gaining insights into the latest conversion trends and technologies.

5. Professional Consultation Services

Some companies offer paid consultation services to help you outline your project plan. This can include setting realistic budgets, timelines, and sourcing high-quality components.

By leveraging these expert resources, converting your Kombi can be a smooth and rewarding experience. Take advantage of the skills and knowledge available to you, and you’ll be cruising in style in no time!

What is the Kombi Electric Vehicle (KEV)?

Introducing the Kombi Electric Vehicle (KEV)

The Kombi Electric Vehicle, affectionately known as KEV, is a beautifully restored 1966 model with a modern twist. While it maintains the charm and iconic features of its vintage predecessor, including the distinctive split-screen design and nostalgic sliding door, KEV now shines with a sustainable edge.

Originally part of the Dunedin Health Board’s fleet, this classic vehicle has been meticulously revamped into a zero-emission wonder. Transitioning from its traditional combustion engine, KEV now runs exclusively on clean electric energy, marking a significant step toward environmental sustainability.

This transformation honors the legacy of the original model while propelling it into a future that’s kinder to both our planet and its inhabitants. KEV embodies a harmonious blend of timeless style and modern eco-friendly technology, proudly paving the path towards a greener tomorrow.

What is the significance of the Kombi in terms of sustainability?

The Significance of the Kombi in Sustainability

The Kombi has long been more than just a vehicle; it’s an emblem of freedom and adventure. For decades, it has exemplified the spirit of exploration and open roads, capturing the imagination of those seeking to connect with nature. Today, as environmental concerns shape our choices, the Kombi transforms once again—this time into a beacon for sustainable transport.

A Symbol for Change

Originally designed as a practical, multipurpose vehicle, the Kombi’s latest incarnation underscores the urgent need for eco-friendly solutions. By converting the classic Kombi into an electric vehicle, we’re blending nostalgia with innovation. This shift symbolizes a broader transition to sustainable practices that honor the past while addressing present-day environmental challenges.

Leading the Way to a Greener Future

Electrifying this classic not only reduces dependence on fossil fuels but also sets a precedent for retrofitting beloved cars to fit an eco-conscious lifestyle. This initiative inspires other automakers and enthusiasts by proving that historic vehicles can still have a significant role in the green revolution. The Kombi, thus, is not just reborn; it is redefined—a leader in sustainable motoring.

The Journey to Sustainability

Efforts to electrify the Kombi demonstrate a commitment to decreasing carbon footprints and fostering environmental stewardship. Transitioning vehicles like the Kombi to rely on clean energy opens the door for future innovations in automotive design. Each step in this journey marks a step towards preserving the planet for generations to come.

In essence, the Kombi stands as a powerful testament to the potential of sustainable transformation—showing us that even icons of the past can be at the forefront of the green revolution.

What is the significance of the electric vehicle ID. Range?

The Significance of the Electric Vehicle ID. Range

The electric vehicle ID. Range represents a pivotal transformation in the realm of personal transportation. These pure electric vehicles herald an exciting new era where cutting-edge technology and environmental consciousness converge.

A Leap Towards Sustainability

The ID. Range is more than just a series of vehicles; it symbolizes a commitment to reducing our carbon footprint. By moving away from fossil fuels, this line of electric cars plays a crucial role in combating climate change. It underscores the automotive industry’s shift toward sustainability, highlighting a future where eco-friendly driving becomes the norm, not the exception.

Innovation at Its Core

Another key aspect of the ID. Range is its embodiment of innovation. These vehicles are equipped with the latest advancements in electric mobility, offering features that enhance both the driving experience and safety. From extended battery life to rapid charging capabilities, they set a new standard in convenience and efficiency.

Influencing Industry Standards

The introduction of the ID. Range pushes the boundaries for other automakers, encouraging a collective movement towards more sustainable practices. As companies like <mark style=”color: #272B32; border-width: 1px; border-radius: 4px; box-shadow: 0px 1px 3px 0px rgba(0, 0, 0, 0.1), 0px 1px 2px -1px rgba(0, 0, 0, 0.1); background-color: #E9D5FF; border-color: #C084FC;”>Tesla, <mark style=”color: #272B32; border-width: 1px; border-radius: 4px; box-shadow: 0px 1px 3px 0px rgba(0, 0, 0, 0.1), 0px 1px 2px -1px rgba(0, 0, 0, 0.1); background-color: #E9D5FF; border-color: #C084FC;”>Nissan, and <mark style=”color: #272B32; border-width: 1px; border-radius: 4px; box-shadow: 0px 1px 3px 0px rgba(0, 0, 0, 0.1), 0px 1px 2px -1px rgba(0, 0, 0, 0.1); background-color: #E9D5FF; border-color: #C084FC;”>BMW continue to innovate, the ID. Range stands as a testament to the potential for industry-wide change.

A Future-Oriented Approach

These vehicles are designed with the future in mind, catering to a new generation of consumers who prioritize environmental responsibility without sacrificing performance. By intertwining sustainability and innovation, the ID.Range not only appeals to the eco-conscious driver but also sets a roadmap for the future of transport.

How can I stay updated on the latest electric vehicle news and arrivals?

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What changes were made to convert a classic Kombi into an electric vehicle?

The Type 20 features a unique design with a cool paint job and orange wheels, created using a “generative design” approach. The design includes aerial roots that serve the functional purpose of creating strong structures while keeping the weight low. Under the hood, Type 20 boasts an electric motor generating 120 horsepower and 173 lb-ft of torque, powered by a 10 kWh battery pack. Although the Type 20’s range is unknown, it is likely enough for short demonstrations and press events.

To transform this classic vehicle into an electric marvel, an intricate process was undertaken. The original engine, secured by eight bolts, was carefully removed, and the outdated battery was disconnected. Such steps paved the way for a complete overhaul. Redundant components like the throttle cable, fuel tank, and fuel filler hose were retired, making room for cutting-edge technology. The recycled battery cell packs and voltage cables now power the vehicle’s pièce de résistance: the new electric motor and heart.

The Type 20’s custom pneumatic suspension system, developed with Porsche, adjusts the concept’s height via software. It can rise when the driver approaches, enhancing stability at high speeds and easing entry and exit. The Type 20 also includes biometric identification through facial recognition, a holographic infotainment system, and conversational digital assistants, all showcasing the latest cutting-edge technology. This advanced tech echoes the innovations that helped a robotic car finish the DARPA Grand Challenge back in 2005.

By merging nostalgic charm with modern advancements, the Type 20 not only preserves its original allure but also champions a sustainable future.

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Author

Jerome Andre

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