Buying an electric vehicle almost always raises the same question: what about charging at home? Many property owners underestimate this point at the time of ordering the vehicle and find themselves improvising a solution in a rush a few weeks later. Yet installing a home EV charging point is a relatively straightforward operation, moderately priced, and one that is well worth planning well in advance.
This article covers everything a property owner or tenant needs to know before installing a charging point in French-speaking Switzerland in 2026: the real cost, the steps involved, equipment selection, and pitfalls to avoid.
How much does an installed charging point cost in 2026?
On residential projects in French-speaking Switzerland in 2026, the all-inclusive ranges we encounter are:
11 kW three-phase charger, detached house, standard connection: CHF 1,800 to 3,200.
11 kW charger with long cable run (>20 m) or difficult routing: CHF 2,500 to 4,000.
22 kW three-phase charger: CHF 2,400 to 3,800 (slightly more expensive hardware, but mainly verification of board capacity).
11 kW charger with necessary distribution board upgrade: CHF 3,000 to 5,500.
Smart charger with dynamic solar management: add CHF 200 to 600 for hardware depending on model.
These ranges include: charging point hardware, cabling, dedicated circuit breaker, earthing, configuration, commissioning. Excluding options: premium mobile app, cloud subscription (generally free for the first year), RFID badge, advanced dynamic load management.
Cost breakdown
For a standard 11 kW charger, here is the typical breakdown:
| Item | Indicative cost |
|---|---|
| Charging point (hardware) | CHF 800 – 1,500 |
| Three-phase cable (5–15 m run) | CHF 200 – 500 |
| Dedicated circuit breaker + RCD | CHF 150 – 300 |
| Installation and connection | CHF 600 – 1,000 |
| Grid operator notification + configuration | CHF 100 – 300 |
| Typical total | CHF 1,850 – 3,600 |
If the distribution board does not have sufficient available capacity (often the case with installations from the 1980s and 1990s), add an upgrade of CHF 1,200–3,000. This is the variable that most significantly affects quotes.
Charging point brands available in French-speaking Switzerland
The market has consolidated around solid players. Here are our reliable references for 2026.
Zaptec Pro (Norway). Has become a standard in French-speaking Switzerland. Robust, scalable (switchable from 11 to 22 kW by configuration), intelligent management, well-designed app. Excellent value for money.
Wallbox Quasar / Pulsar Plus (Spain). Compact, simple, reliable. Quasar is bidirectional (V2H/V2G) for compatible vehicles. Pulsar Plus remains the entry-level professional option.
KEBA P30 (Austria). A long-standing European reference, reliable, well-integrated with PV installations. Solid after-sales service in Switzerland.
EVBox Elvi (Netherlands). Refined design, advanced cloud management, suited to residential and small collective settings.
ABB Terra AC (Italy / Switzerland). A historic brand, industrial-grade reliability, appreciated in rental apartment buildings.
Schneider EVlink (France). Robust, integrated into a broad home automation ecosystem.
To avoid: low-cost Asian chargers bought online. After-sales support in Switzerland is non-existent, and compliance with local standards (IEC, OIBT) is sometimes questionable.
Mandatory steps in 2026
A charging point cannot be installed without formality. Here is the typical sequence.
Step 1: Distribution board capacity check. The installer assesses the available capacity of the distribution board, the rating of the main fuse, and the condition of the network connection. If the board is outdated, an upgrade may be required before installation.
Step 2: Notification to the grid operator. Romande Energie, SIG, Groupe E, or the local municipal utility must be informed of the addition of a charging point. In most cases this is a simple notification, less frequently an explicit authorisation request. Processing time: 2–4 weeks depending on the distributor. The installer handles this.
Step 3: Physical installation. Half a day to a full day depending on complexity. Includes wall or pedestal mounting, cable run, connection to the distribution board, earthing, and functional testing.
Step 4: Configuration and set-up. Peak/off-peak tariff, charging mode (maximum power, solar management if applicable), mobile app configuration. 30 minutes to 1 hour.
Step 5: Final notification to grid operator. Commissioning confirmed. The meter may be updated if a specific charger tariff applies.
The entire process takes 4 to 8 weeks from decision to commissioning, mainly due to the grid operator's administrative lead times.
Pitfalls to avoid
Underestimating the cable run length. Running a three-phase cable over 25 m in an old building is not the same as over 5 m in a new garage. The quote must specify the anticipated length.
Choosing a charger that is too powerful for an insufficient board. A 22 kW charger on a board that only supports 16 A three-phase will trip at the slightest combined load from a water heater and cooking. You need to either upgrade or stay with 11 kW.
Overlooking load balancing. A charger without dynamic load balancing can trip the main circuit breaker when the oven, washing machine, and charger are all running simultaneously. Modern chargers automatically adjust the charging power based on other loads in use.
Buying a charger before engaging an installer. Many property owners buy their charger online and then look for someone to install it. This is rarely a good idea. The installer knows which models are compatible and prefers to work with brands for which they have after-sales support. Buying first risks a refusal to install or an additional cost.
Forgetting the Type 2 cable. Not all charging points include the Type 2 cable (the cable between the charger and the vehicle). On some models it is an option costing CHF 200–400. Verify this explicitly in the quote.
Coupling with photovoltaics
In 2026 this has become a strong argument for reducing the cost of use. A smart charger compatible with a PV installation can manage charging according to solar production:
- Pure solar mode: the charger only charges on injected surplus. Variable, slower charge, but at marginal cost close to zero.
- Hybrid mode: the charger charges primarily on solar, with grid supplement if necessary to reach a minimum power level.
- Forced mode: the charger charges at full power regardless of solar output, useful when a fast charge is needed.
For a household with a 10 kWp PV system and a vehicle charged during the day, the solar share of charging can reach 60–80 %. The marginal cost of charging then falls to 5–10 ct/kWh compared with 28–32 ct/kWh from the grid. For 15,000 km/year, that is CHF 400–600 in annual savings, which quickly offsets the premium for a smart charger.
Indoor or outdoor charger
A regular question at the quoting stage. Both work, with a few nuances.
Indoor charger (garage, shelter). Simpler installation, no waterproofing requirements, aesthetics less critical. Suitable if the vehicle always goes in the garage.
Outdoor charger (façade, on pedestal). IP54 or IP65 protection rating required. Slightly more expensive, but useful if the garage is cluttered or if several vehicles rotate. All reputable brands offer outdoor versions.
Our advice: if you have a covered garage and the vehicle goes in, install indoors. If the vehicle regularly stays outside, opt for an outdoor charger from the outset, rather than having to migrate later.
Our advice for 2026
Installing a home charging point in 2026 is no longer an exceptional project. It is a standard operation, well mastered by reputable installers, and accessible in terms of budget. A few principles to get it right:
- Plan at least 4–6 weeks ahead of your electric vehicle's delivery, to align the administrative timeline.
- Have an installer assess the distribution board BEFORE choosing the charging point. The board sometimes dictates the solution.
- Stick to a well-known brand with Swiss representation (Zaptec, Wallbox, KEBA, EVBox, ABB, Schneider). After-sales support after 5 years is what separates a durable investment from a wasted one.
- Favour 11 kW for the vast majority of cases. 22 kW is only justified in specific circumstances.
- Couple with your PV installation if you have one, or ensure compatibility from the outset if you are planning to install one.
A well-installed charging point delivers 10–15 years of service without intervention. The initial cost pays back very quickly compared with public charging, and even more so with solar coupling.