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Volkswagen Group now planning 22M EVs in ten years; 70 new electric models by 2028

The Volkswagen Group is now planning to launch almost 70 new electric models in the next ten years instead of the 50 previously planned. As a result, the projected number of vehicles to be built on the Group’s electric platforms in the next decade will increase from 15 million to 22 million.

Further, Volkswagen has signed off a comprehensive decarbonization program aimed at achieving a fully CO2-neutral balance in all areas from fleet to production to administration by 2050. Volkswagen is thus fully committed to the Paris climate targets.

The targets of the Paris Agreement are our yardstick. We will be systematically aligning production and other stages in the value chain to CO2 neutrality in the coming years. That is how we will be making our contribution towards limiting global warming. Volkswagen is seeking to provide individual mobility for millions of people for years to come—individual mobility that is safer, cleaner and fully connected. In order to shoulder the investments needed for the electric offensive we must make further improvements in efficiency and performance in all areas.

—Dr. Herbert Diess, CEO of Volkswagen AG

The Volkswagen Group has set milestones in all areas to be achieved in the coming years on the road to complete decarbonization by 2050. The measures follow three principles:

  1. Effective and sustainable CO2 reduction.

  2. Switch to renewable energy sources for power supply.

  3. Compensate for remaining emissions that cannot be avoided.

In order to improve the CO2 balance of vehicles throughout their lifecycle, for example, Volkswagen has already made a start on the supply chain. A detailed roadmap is currently being drawn up. There is particularly significant potential as regards steel and aluminum supplies.

The 2025 target is to reduce the CO2 footprint of the vehicle fleet by 30 percent across the lifecycle compared to 2015. Volkswagen is therefore electrifying the vehicle portfolio, with investment in this area alone amounting to more than €30 billion (US$33.8 billion) by 2023. The share of electric vehicles in the Group fleet is to rise to at least 40% by 2030.

The first of the new-generation electric vehicles go into production this year: the AUDI e-tron will be followed by the Porsche Taycan. Reservations for each of these models already total 20,000 units.

Electric vehicles will be brought into the mainstream with the ramp up of the Volkswagen ID. Other models in this first wave will be the ID. CROZZ, the SEAT el-Born, the ŠKODA Vision E, the ID. BUZZ , and the ID. VIZZION.

Volkswagen selected LG Chem, SKI, CATL and Samsung as strategic battery cell suppliers to support the electric offensive. In view of the constantly increasing demand, Volkswagen is also taking a close look at possible participation in battery cell manufacturing facilities in Europe. Looking further ahead, solid-state batteries also have great potential. Volkswagen’s goal is to enable an industrial level of production with this technology together with its partner QuantumScape. (Earlier post.)

At the same time, CO2 emissions at all plants are to be cut 50% by 2025 compared with 2010. The conversion of the power station in Wolfsburg from coal to gas will reduce CO2 emissions by 1.5 million tonnes annually from 2023 onwards. Audi’s production activities at the Brussels site are already completely CO2-neutral. The Zwickau plant will not only be the lead factory for the Modular Electric Drive Toolkit (MEB); the ID. built there will be delivered to customers with a CO2-neutral balance.

The MEB lies at the heart of Volkswagen’s electric offensive. The cost of e-mobility can be significantly lowered through partnerships to enable the widest possible spread of the MEB and the associated economies of scale. That makes individual mobility affordable and usable for the mainstream in the future as well. One example of such a partnership is the planned cooperation with Aachen-based e.GO Mobile AG recently announced at the Geneva International Motor Show. (Earlier post.)

To boost e-mobility further, Volkswagen will be installing 400 fast-charging stations along Europe's major roads and highways by 2020 in collaboration with industry partners in IONITY. 100 of these will be located in Germany. That means there will be a station every 120 kilometers. Elli (Electric Life), Volkswagen’s new subsidiary, will also offer wallboxes for charging at home, using green power—initially in Germany. In addition, there will be 3,500 charging points on employee car parks at all plants with further charging opportunities at dealerships.


Volkswagen selected LG Chem

Hmmm.  LG Chem already hooked up with a bunch of other automakers, plus a major lithium supplier, plus the Enevate Si-dominant electrode technology.  Is VW going to be supplying vehicles with silicon-based cells?

Elli (Electric Life), Volkswagen’s new subsidiary, will also offer wallboxes for charging at home, using green power

Oh, god, not more GREENWASHING?!


Is it Vapor or Wapor?: No, it's Dampf!


The Chinese battery giant, CATL has begun construction in Erfurt, Germany of a mega battery plant. BMW was first to sign delivery contracts with CATL but VW is said to be right on their heels.


Furthermore, perhaps you should take note that Germany has secured access to vast lithium deposits in Bolivia.


VW could make an affordable EV if they follow through.


To boost e-mobility further, Volkswagen will be installing 400 fast-charging stations along Europe's major roads and highways by 2020 in collaboration with industry partners in IONITY.

The IONITY charger technology automatically optimizes charging speed to the maximum your car’s built-in battery management system up to 350 kW.
If that is not enough the "FastCharge" research project will boost that up to 450 kW.
The research project includes Siemens, BMW, and Porsche (a division of VW).
Of course, this will require batteries that can handle the fast charge like the LG Chem/Enevate battery.


Recently, the "Fast Charge" research consortium presented a prototype charging station with an output of up to 450 kW where a Porsche research vehicle (probably based on the Taycan) with a net battery capacity of approximately 90 kWh achieved a charging capacity of over 400 kW on the new charging station, allowing for charging times of less than 3 minutes for the first 100 km range.
So the complaint about having long charge times when having to take a long road trip will no longer be valid.


Chargers, cables, connectors and future batteries will eventually be improved to reduce full charges to around 10 minutes by 2030 or so.

Meanwhile, users will have to use slow charging short/medium range BEVs or FCEVs for all weather extended range vehicles.


The 2020 Porsche Taycan will charge at 350 kW today. Any Tesla (Model S, X, or 3) using the V3 Supercharger can charge at 250 kW. Today's battery tech is based on 2016 development, so expect Silicon anode or Solid State Lithium Ion by 2022.

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