
Founding master
Adnan Şemiye18 years in the field
MYK-certified master
Adnan Şemiye reads this job in the field. The price is written before work starts.
Estimate 3,500–7,500 TRY
Three-phase 11kW (3x16 A) and 22kW (3x32 A) AC Wallbox electric vehicle charging stations installed across private villas, multi-family underground residential garages, high-rise condominiums, and commercial parking bays represent the single highest-capacity continuous electrical load in modern properties. Plugging an electric vehicle into a standard 230V household Schuko outlet generates dangerous contact temperatures exceeding 100°C that melt faceplates, while taking 10 to 14 agonizing hours for a partial charge. Crucially, smooth DC residual currents exceeding 6mA escaping from EV onboard inverters magnetically blind standard Type AC and Type A RCDs, disabling their safety mechanisms. Compliant fast charging requires pulling seamless, dedicated 5x6mm² or 5x10mm² low-smoke zero-halogen armored NYY copper cables directly from the main utility meter, fitting certified Type B or integrated EV-RCD residual current circuit breakers sensitive to 6mA DC leakage, and deploying intelligent Dynamic Load Management (DLM) meters that throttle charging current in real-time based on household power draw. As the Asian Side's fastest and most reliable certified electrician network, coordinated from our central Pendik dispatch hub, we provide 24/7 on-demand response with certified technicians across Kadıköy, Üsküdar, Ümraniye, Ataşehir, Maltepe, Kartal, Pendik, Tuzla, Çekmeköy, Sancaktepe, Sultanbeyli, Beykoz, and Şile. When seeking an experienced electrician, all EV charger surveys, dedicated cabling, sub-panel assemblies, and commissioning carry our official 1 year workmanship guarantee and transparent upfront pricing. For rapid response, our nearest electrician and emergency electrician units arrive promptly.

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Founding master
Adnan Şemiye18 years in the field
MYK-certified master
Adnan Şemiye reads this job in the field. The price is written before work starts.
From the field
Emergency van · +90 582 403 10 87
01 / 03
Adnan Şemiye, ElektrikçiGO electrician, fitting an Istanbul meter cabinet
Electric vehicle battery packs store Direct Current (DC), but residential Wallbox stations supply Alternating Current (AC); the vehicle's onboard converter (On-Board Charger - OBC) rectifies this into DC. Most modern EVs (such as Togg, Tesla, Porsche, BMW, and Mercedes) feature an 11kW onboard charging capacity. Delivering 11kW requires 16 Amps per phase (3x16 A), while 22kW demand draws 32 Amps per phase (3x32 A) continuously. Standard 2.5mm² domestic wiring is completely hazardous for these loads; we route seamless 5x6mm² solid copper armored cables, upgrading to 5x10mm² over runs exceeding 50 meters to maintain voltage drop strictly below 1.5%.
Cable pathways traversing parking garage ceilings or underground trenches utilize flame-retardant, rodent-proof galvanized steel flexible conduits and heavy-duty cable trays. Conductor ends are crimped with hydraulic hex lugs, completely eradicating terminal loosening and contact arcing during multi-hour high-amperage charging.
The most vital safety benchmark governing EV charging infrastructure is the IEC 61851-1 international standard. During high-power charging, vehicle onboard rectifiers can leak smooth DC residual currents exceeding 6mA to ground. Standard residential Type AC and Type A RCDs cannot detect pure DC waveforms; far worse, smooth DC leakage magnetically saturates ('blinds') the RCD's toroidal sensing core, paralyzing its trip mechanism. Under this blinded state, if an occupant touches a live mains wire elsewhere in the home, the RCD fails to trip, resulting in fatal electrocution.
To permanently neutralize this lethal hazard, charging installations must either deploy Wallbox units with integrated 6mA DC Residual Direct Current Detecting Devices (RDC-DD) or install external Type B residual current circuit breakers in the dedicated EV board. Type B RCDs detect high-frequency AC leakage, pulsed DC, and smooth DC faults in milliseconds, delivering comprehensive life safety.
Typical residential grid connection capacities range between 15 and 25 kW. When a 22kW EV charger draws peak power concurrently with household air conditioners, ovens, and water heaters, cumulative demand instantly breaches the main utility breaker rating, plunging the entire home into blackout. The compliant engineering remedy is deploying a Dynamic Load Management (DLM) energy meter architecture.
A smart bidirectional energy meter with Modbus CT current transformers is installed at the main utility entrance, monitoring household consumption in real-time. When ovens or climate systems engage, the smart meter commands the Wallbox to throttle charging current dynamically; once appliances shut off, charging speed automatically ramps back to maximum with zero breaker trips.
To eliminate static chassis shocks when plugging or unplugging charging cables, EV charging pedestals require dedicated low-impedance grounding. Measured ground loop resistance must remain strictly below 5 Ohms (ideally under 2 Ohms) using digital earth testers. Solid copper grounding rods driven into garage soil bond to the EV board via heavy 1x16mm² green-yellow conductors.
In open-air driveways and garden carports, Wallboxes mount onto marine-grade IP65 weatherproof stainless-steel pedestals, providing robust mechanical impact and rainwater protection.
In charging stations pulling continuous 32 Amp loads for hours, minor terminal looseness generates localized arcing heat exceeding 140°C that destroys internal Wallbox PCBs. In our installations, heavy copper lugs are crimped with hydraulic hex dies, breaker terminals torqued to exact 2.5 Nm specifications, and Type 2 Surge Protective Devices (SPDs) installed to isolate mains transients.
As the certified ElektrikçiGO electrician network, we deliver turnkey EV Wallbox site surveys, armored cable routing, dedicated sub-panel builds, and commissioning across all districts of Istanbul's Asian Side. Every cable run, Type B RCD setup, and Dynamic Load Management configuration carries our official 1 Year Workmanship Guarantee with transparent upfront pricing.
Upon installation completion, dedicated EVSE diagnostic simulators test Type 2 socket line voltages, CP/PP control pilot waveforms, and DC leakage disconnection timing. An official signed Technical Handover Certificate is delivered to the property owner. For urgent power failures, our emergency electrician dispatch fleet operates 24/7.
The band below is the published 2026 list. It is an estimate. The binding figure is written on site after measurement, and the work starts after that.
The bands below are the labour ranges actually seen on recent call-outs and exclude materials. The binding figure is given in writing after on-site measurement, and no work starts without approval.
| Job | Typical price range | What is included |
|---|---|---|
| Fault diagnosis and measured survey | 750 TRY – 1,500 TRY | Diagnosis with a True-RMS clamp, megohmmeter and thermal camera; the survey fee is deducted if the repair is accepted. |
| Breaker / RCD replacement | 1,250 TRY – 3,200 TRY | A 30 mA Type A device; varies with the number of ways and whether Schneider or Siemens is specified. |
| Dedicated air conditioning circuit | 2,400 TRY – 5,500 TRY | 3x2.5 or 3x4 mm² solid copper with a C20-C25 breaker; varies with run length and trunking route. |
| Flat board renewal (modular DIN) | 6,500 TRY – 16,000 TRY | Varies with room count, circuit splitting and whether a surge arrester is included. |
| Chandelier, spot and socket installation | 650 TRY – 2,800 TRY | Priced per unit; heavy chandeliers include a steel anchor set into structural concrete. |
| Internet and Cat6 data cabling | 1,100 TRY – 4,200 TRY | Includes a Cat6 run per room, an RJ45 data outlet and verification with a cable tester. |
| Factory / power factor periodic maintenance | 4,500 TRY – 18,000 TRY | By panel and step count; includes a thermal sweep and a written measurement report. |
Prices are estimated labour ranges and exclude materials. A binding quote is issued in writing after the technician measures on site and before any work begins. Last updated: October 2026.
Service covers the neighborhoods of Istanbul's 39 districts. Not the whole of Turkey. A survey is not a binding quote.
Standard domestic sockets cannot endure 16 A continuous loads for hours; terminals overheat past 100°C, melting faceplates and risking fires. A dedicated Wallbox is mandatory for safety and speed.
An 11kW unit draws 3x16 A three-phase power, charging batteries in 5 to 7 hours. A 22kW unit draws 3x32 A, achieving a full charge in just 2.5 to 3.5 hours for compatible vehicles.
Smooth DC leakage exceeding 6mA escaping from EV inverters magnetically blinds standard Type A RCDs; Type B RCDs detect both DC and AC leakage components to guarantee complete shock safety.
By monitoring household power draw in real-time and throttling EV charging speeds dynamically when high-draw appliances run, preventing main breaker overloads.
An 11kW station requires seamless 5x6mm² solid copper cable; 22kW units and runs exceeding 50 meters demand heavy 5x10mm² armored cables to prevent voltage dropouts.
Under property regulations, routing a dedicated metered line from your flat's private utility meter to your allocated parking space requires formal notification to management.
Ground loop resistance must remain strictly below 5 Ohms (ideally under 2 Ohms) to prevent static shocks and avoid EV onboard charger fault interlocks.
Routing armored cables from the meter to the parking bay, building the sub-panel, and commissioning the Wallbox takes approximately 3 to 6 hours depending on distance.
Our mobile certified technical units coordinated from our central Pendik dispatch hub reach your location within an average of no fixed minutes following call confirmation.
Yes. All dedicated circuit cabling, sub-panel builds, and Wallbox installations carried out by ElektrikçiGO certified technicians carry our official 1 Year Workmanship Guarantee.
The vehicle manual mechanical emergency release cord is engaged; CP/PP control pilot signal resistors are audited to isolate electronic solenoid lock faults.
Smart communication modules link solar inverters with the Wallbox, automating 'Solar-Only' modes to charge vehicles purely from surplus rooftop solar power.
Integrated RFID readers block unauthorized users from tapping into your private charging station; power flow activates solely when an authorized proximity card or app tag is scanned.
Standard residential Wallbox units deploy delayed C-curve MCBs, while commercial fast chargers with massive filter capacitors utilize D-curve breakers to absorb startup transients.
Technicians audit main utility service entrance cutout fuses and incoming riser cables using digital True-RMS analyzers, certifying grid infrastructure can safely sustain 11kW or 22kW continuous loads.
IP65 weatherproofing provides hermetic sealing against driving rain, heavy snow, dust storms, and intense UV solar exposure, ensuring multi-decade durability in outdoor parking bays.
The European standard Type 2 socket is fully compatible with Togg, Tesla, Mercedes, BMW, Audi, Porsche, Renault, Hyundai, and all modern electric and plug-in hybrid vehicles.
You can request certified service 24/7 by filling out our fast online form or calling our direct phone and WhatsApp dispatch lines.