Volkswagen ID.Buzz (2024) – Our freedom steps

Volkswagen ID.Buzz (2024) – Our freedom steps


It took Volkswagen 20 years to release a “direct” successor to the Combi and finally it was Dieselgate that turned many experiments (3 concepts) into commercial reality. In fact, following this crisis, the German company invested heavily in the electricity program. A number of tags were born. Today it has 5 models but its best ambassador is ID.Buzz. This amazingly designed car (from Volkswagen) is a photo car, but not only that, because it sells! Last year, around 30,000 copies were sold around the world.

Mechanically, it’s not surprising since ID.Buzz takes the whole ID platform as well as the engine. Our version delivers a power of 204 hp. It draws its energy from a 77 kWh (essential) battery. The ability to be generous. On paper, the ID.Buzz promises a range of 415 km and short charging times thanks to the acceptance of power up to 170 kW. Its price starts at €59,450, which means: no ecological bonus. This year we will also have to rely on a long-wheelbase version, a 4-wheel drive version and later a “California” camper version.

We will see if, on the one hand, the van will be able to provide this kind of action in “real life”, and finally if it will recharge as quickly as announced by the manufacturer.

Despite its commuter silhouette, the city is perhaps the perfect environment for the ID Buzz. We recorded an average of 19 kWh/100 km during our cycle made with zones of 30 and 50 km / h, in traffic conditions on a weekday, in bad weather, it must be accepted, with an outside temperature of 8 ° C and less . the wind This high score brings the actual range up to 405 km in city use only until the battery is fully discharged. Not bad for a car of this size.

On the road of 80 km / h, where it has to travel often, ID.Buzz surprises with its very high consumption. We saw an average of 24 kWh/100 km recorded on our test route, which equates to a range of 320 km.

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On the highway, it’s a disaster! Its large profile, its large 20” rims and its extra weight (2.2 tons) lead to increased consumption. In our route taken at the maximum authorized speed (130 km / h), the Volkswagen Van reached an average of 29.6 kWh/100 km, which brings various measures to the end of almost 260 km of stack.

We did our test in “normal” mode, in other words without practicing eco-drive and without increasing the regeneration by engaging Mode “B” set on the cruise control. Fortunately, the heat pump is there to reduce the use of air conditioning and heating on the high voltage battery.

Recharging is another point of tension. Powered by an 11 kW onboard charger (AC), the ID Buzz will take 7.5 hours to fully charge from 0 to 100%. In fact, customers with a 7.4 kW Wall Box will see the waiting time extended to almost 12 hours. At a typical home store, you will have to wait a day and a half to fuel up from 0%.

In the fast terminal, the charging power, i.e. 170 kW, is among the highest on the market. It really all depends on your battery level when you arrive at the station. First we loaded with 25% battery. The force proved to be disappointing. We saw an average of 60 kW and a 35 minute standby time going up to 80%. The second time, when we reached the terminal with 8% battery, we found a maximum power of 110 kW and a peak of 140 kW. The waiting time will be almost the same as the 80% recovery.

Note that the ID Buzz does not have the necessary battery pre-conditioning to increase the charge when the outside temperature is low, as it was during our test.

AC manufacturer data to change charging time from 0 to 100%

Standard socket (kW 2.3)

38h00

Enhanced socket (3.7 kW)

24h00

Borne Wall Box (kW 7,4)

12h00

Three-phase public station (11 kW)

7h30

Manufacturer’s data for direct DC charging hours from 5 to 80%

Fast charging (100 kW)

12:35 am

Carradisiac measures

Conditions: cloudy, light wind, 8°C

Fast payment

Maximum power is presented

Time to go from 10% to 80%

Courant Continuum DC

110 kW

35 minutes

Carradisiac driving cycles

Usage

Freedom

Highway 130 km / h

29,6 kWh/100 km

260 km

Highway 120 km / h

28 kWh/100 km

275 km

Road at a speed of 80 km/h

24 kWh/100 km

320 km

The village

19 kWh/100 km

405 km

Cycle d’homologation mixed WLTP

21 kWh/100 km

415 kilometers

Note: for pictures

Touch, beautiful, natural, etc. Too many adjectives to fit this one Volkswagen ID. Buzz. On the other hand, in terms of utility, the van is among the most ambitious in our segment. Important weight, aerodynamics and it must be accepted the difficult conditions of the test (low temperature) did not play in his favor. Despite the comfortable battery capacity, its range leaves us wanting more, as does its charging power, which is far from the advertised performance. So you will have to look forward to every trip and avoid the highway as much as possible, the real enemy of ID Buzz.

Heart tests: how we do…

We systematically perform four cycles of usage tests on the same channels: in ville and 30 and 50 km/h zones, continuing way at 80 km/h maximum, and finally continue highway at 130 km / h then at 120 km / h to find out if the reduction of speed allows a greater profit on a long trip (and therefore save one or more recharges).

– Our approach:

It aims to be “eco-responsible”, increasing clear speed but good expectations of deceleration (ramps, red lights, stop signs) to avoid unnecessary energy consumption. Furthermore, strict adherence to the authorized maximum speed is ensured by the use of an electronic speed limiter. Finally, to be closer to daily use and to evaluate the effects of heating and climate on use, we systematically set the indoor temperature to 20°C, by pre-setting the air conditioners in the main network.

– Our specifications:

Knowing that it is done in a certain context (slight relief, especially the weather), our tests do not include absolute values ​​but make it possible to evaluate the use at the right time. So we systematically show the outside temperatures. Derived from the number of kWh consumed over 100 km, the autonomy depends on the useful capacity of the battery.

Finally, the charging time at fast DC DC terminals is evaluated using battery pre-conditioning systems when our test models are installed.

Electrical Dictionary

kW : the unit of measurement of engine power of course, but also the electric current that charges the battery.

kWh : a unit used to specify the storage capacity of a battery. The power it can produce in one hour.

kWh/100 km : a series of these units of measurement, the consumption of an electric vehicle is evaluated in kWh delivered over 100 km.

AC/DC current charge: What’s the difference?

“AC” current from indoor and public sockets

Main socket : on standard sockets in the house, the charging power does not exceed 2.3 kW. It takes several days to charge a larger battery. Cable is still basic and has a house.

Reinforced grip : a more secure socket makes it possible to provide up to 3.4 kW with a classic cable. Correct for recovering part of the capacity of a city car battery immediately, but not enough for large models.

Award Wall Box : generally supplied by dealers, they are installed at home to provide between 7.4 kW (single-phase current) and 11 kW (three-phase current). It requires a special cable (Type 2 mode 3), often supplied as standard. Then we can restore all the capacity of the small sedan battery at once.

Public facilities : public AC stations are more powerful: up to 43 kW in three phases with a Type 2 3 Way cable But models that can do more are rare, and often you should look at the option of having a charger capable of collecting 22 kW .

Direct current “DC” of fast terminals

With their own cables (mostly) and special plugs and generally located near major arteries, direct current stations provide between 50 and 350 kW. In the best case, we can charge up to 80% of the battery in less than 30 or even 20 minutes, at least for the most advanced electric vehicles. But be careful: more than 80% charge is less profitable, the power of current drops decreases beyond that.