EV charging in a new Israeli apartment: the buyer's technical due diligence guide

An Israeli sales brochure that promises "EV charging preparation" may describe an empty conduit, not a cable, meter or working charger. A usable system requires a supply, dedicated board, protective devices, final circuit, metering, communications, load management, operating rules and commissioning. When comparing new projects in Israel, identify every layer before signing, especially if you will manage the purchase from abroad.

The first test is the date on which the building permit application was filed. The second is the power architecture behind the parking space. The third is the operating model after residents move in: who authorises charging, who measures energy, who issues the bill, who owns the controller and who repairs a failure. A marketing rendering cannot answer any of these questions. The signed sale specification, approved plans, as-built records and test reports can.

The four meanings hidden inside "EV ready"

There is no safe reason to assume that a foreign definition of EV capable, EV ready or charger installed matches the developer's promise in Israel. Ask the seller to place the parking space in one of these four categories.

Delivery level	What physically exists	What may still be missing	Evidence to request
Route only	Empty conduit, sleeve or cable tray from a board area toward the parking space	Cable, final circuit, protection, meter, charger, communications and commissioning	Route plan, dimensions, endpoints and proof the route can be used
Route and cable	Conduit or tray with a power cable already installed	Board connection, breaker, residual current protection, local isolator, meter, communications or charger	Cable type and cross-section, circuit number, source board, labels and test results
Operational building backbone	Energised EV board, feeders, protections, routes and a management design	The individual charger, user registration and possibly the final branch connection	Single-line diagram, load calculation, board schedule, management and billing specifications
Installed charger	A fixed charger at the identified space, connected and configured	Formal acceptance, user access and ongoing maintenance if not already completed	Supplier declaration, inspector's report, actual power setting, sample bill and admin credentials

The precise sales question is: "For parking space number X, does the price include only a conduit, also the power cable, an energised and protected final circuit, or a charger that has been installed, commissioned and assigned to my account? Please identify the clause in the signed sale specification and the corresponding electrical drawing."

A lightning icon on a parking plan is not a technical specification. A charger shown in a rendering is not a contractual item. Even a contract reference to "preparation in accordance with standards" is incomplete unless it defines the work, the applicable document and the acceptance evidence.

Which Israeli projects fall within the 2022 parking regulation

Israel's Planning and Building Regulations (Installation of Parking Places) amendment was published in Regulations Collection 10326 on 7 September 2022. It defines saturated residential construction for this purpose as one building containing at least six residential units on at least two floors. The amendment starts six months after publication and applies to a building whose permit application was submitted on or after the commencement date. The practical cut-off date is 7 March 2023.

The relevant date is not the date of your reservation, sale contract, construction completion or occupancy. A project marketed in 2026 may be based on an earlier application. A recently completed tower does not prove that the amendment applies. Request the permit application number, filing date, permit number and any later amendments that affected the garage or electrical design.

The official gazette text is available in this copy of Regulations Collection 10326. Israel's State Comptroller 2024 report also explains that the rules apply to permit applications submitted from March 2023 and do not solve the position of existing buildings or buildings with earlier applications.

What Regulation 7 requires

For a new building within the definition and date scope, the regulation requires three core elements:

A dedicated EV charging electrical board connected to the grid, or several such boards. Its dimensions and characteristics must be suitable for supplying charging installations for all residential parking spaces in the building.
An electrical connection to that board of no less than 3 kW multiplied by 20% of the relevant number of parking spaces.
Conduits connecting the EV board to each relevant residential parking space.

For a simple illustration, if the building has 100 relevant residential spaces, the formula is 3 kW multiplied by 20 spaces, which gives a 60 kW minimum connection to the EV board. This calculation does not promise 3 kW simultaneously at all 100 spaces. It does not even describe the exact service that 20 connected cars will receive throughout an evening. Real performance depends on the building load, the number of chargers, the control policy and the installed equipment.

What the regulation does not promise

It does not promise a charger at every space. It does not state that a power cable must already be pulled through every conduit. It does not install an individual meter or define who will collect money. It does not guarantee a particular app, open protocol, charger brand or charging rate. It does not guarantee that every resident can charge at the charger's nameplate power at the same time.

The regulation creates a minimum planning and electrical backbone. A developer may contract to provide more, but the extra promise must be measurable. "Future proof" has little value unless it is translated into spare board capacity, accessible cable routes, communication cabling, controller limits, expansion provisions and deliverable documents.

Mechanical parking is an important exception

Regulation 7(b) states that the specified infrastructure is not mandatory for a parking place equipped with a mechanical parking installation. This is an exception from that particular planning duty. It is not a blanket prohibition on charging in a parking stacker, and it is not proof that the developer has designed a working alternative.

For a stacker or robotic garage, request the exact parking system model and the manufacturer's written charging interface. The documents should show how the cable moves, how crushing and tension are prevented, when the driver connects and disconnects, what interlocks stop unsafe movement, what vehicle limits apply and who is responsible for the interface between the parking supplier and the charging supplier.

The April 2026 electrical guidance and its August start date

Israel's Electricity Administration published updated instructions for EV charging systems on 23 April 2026. Clause 18 says they take effect four months after publication, on 23 August 2026, while also allowing compliance from the publication date.

As of 7 August 2026, the new text has been published and may be followed, but its mandatory commencement date has not yet arrived. If your project's commissioning or handover will occur after 23 August, ask the electrical designer to state which edition governs the design, installation and inspection. Do not let the sales team collapse those separate dates into a vague statement that the project is "up to the latest standard."

The 2026 document defines charging modes, final circuits, protective measures, connector and cable rules, equipment conformity, first inspection, periodic review and handover records. It also makes clear that design, installation, maintenance and other electrical work must be performed by an electrician holding the appropriate Israeli licence.

Charging mode and conformity records

The 2026 text prohibits AC charging in Mode 1, where the cable lacks the required control and protection. It permits charging systems in Modes 2, 3 and 4. Mode 2 uses a cable incorporating a control and protection device, Mode 3 is fixed AC charging equipment, and Mode 4 is fixed DC equipment. Beside a road or pavement, or in an open car park, charging must use a fixed Mode 3 or Mode 4 station. One connection point must not serve more than one vehicle at the same time.

For a new residential project promising a fixed charger, require the equipment schedule to state the mode and exact model. A Mode 3 supplier must hold accredited-laboratory conformity evidence to IEC 61851-1, while a Mode 4 supplier must hold evidence to IEC 61851-23. The guidance defines the charging cable by reference to IEC 62893. A portable Mode 2 device requires model testing and conformity to IEC 62752 and should not be presented as equivalent to a fixed station promised in the sale.

Each charger or charging device must be supplied by a final circuit used exclusively for charging. Each AC connection requires dedicated residual current protection using one of the combinations specified in the guidance: Type B, or Type A or Type F together with direct-current residual detection. The designer selects and coordinates the devices with upstream protection. The buyer need not design the circuit, but should receive the schedule, model information and test report proving what was installed.

Trace the power from the building connection to the car

The charger is the last device in a chain. Power begins at the building's approved connection, passes through a main board or distribution point, reaches a dedicated EV board, protective devices and a controller, then travels through a final circuit to the charger and car. The smallest or most restricted link determines the service.

Request a current single-line diagram, called a תרשים חד קווי in Hebrew, showing:

The incoming supply and the approved building connection.
Main distribution and each dedicated EV charging board.
The power allocated to charging, not merely the rating printed on one charger.
Breakers, residual current protection, DC leakage detection, surge protection and local isolation.
Circuit numbers and cable routes to spaces that will be connected at handover.
Main and sub-metering points.
The load-management controller and communication gateways.
Separation between boards or zones in a multi-building or mixed-use garage.
Physical and electrical space reserved for expansion.

A drawing that starts at the charger is incomplete. A board schedule without an approved connection value does not prove available power. A design value without an order or approval from the relevant supply chain may still be preliminary rather than a delivered capacity.

Connected load, available load and reserved charging power

The building connection also serves lifts, pumps, garage ventilation, lighting, gates, fire systems, a pool, a gym and other common loads. The difference between the connection rating and a typical daytime reading is not automatically available to cars. The designer may reserve a fixed block for EVs, let charging use variable spare capacity, or combine both methods.

Ask for six separate answers:

What connection capacity was applied for and approved for the building?
What minimum power is reserved for charging during normal operation?
What additional power can charging use when other building demand is low?
Which building systems have priority over charging?
Is the limit set per development, building, board or garage level?
What physical and contractual changes would be needed to increase the connection later?

"Each charger supports 22 kW" often describes hardware capability. It does not establish the power delivered to a car in a shared garage. The vehicle's onboard charger, cable, charging station, final circuit, board and management system all impose limits. Ask for the configured maximum at handover and the rules that can reduce it.

Dynamic load management: demand the control policy

Dynamic load management measures demand and allocates available power across chargers. It can reduce EV charging when pumps, lifts or other common services increase their demand, then release more power when the building load falls. It may distribute power equally, create a queue, apply user priorities or work toward a requested departure time. It cannot create extra capacity.

The phrase "smart charging" should be backed by a functional specification containing:

The maximum power ceiling for the EV system.
The number of chargers and users the controller is designed to support.
The allocation rule when demand exceeds capacity.
Any minimum service for a connected vehicle.
The maximum period in which a connected user could receive no energy.
Priority rules for residents, accessible spaces, guests or shared vehicles.
The person or entity authorised to change those rules.
Local behaviour if the central controller fails.
Charger behaviour if communications are lost.
Restart behaviour after a power outage.
Event logs, configuration backups and export rights.

Test simultaneous charging, not only a single demonstration unit

A showroom demonstration proves little about a shared system. During commissioning, several chargers or an appropriate load simulator should operate under controlled conditions. The system should detect rising demand, reduce charging before an upstream limit is exceeded, allocate power according to the approved rule and recover when other demand falls.

Include failure tests. Disconnect a communications path in a controlled manner. Restart the controller. Remove and restore supply. Attempt an unauthorised session. Leave a vehicle connected while the system changes allocation. The pass result is not merely that no breaker tripped. Logs must remain coherent, charging must return safely and the billing record must not disappear or duplicate.

Measure service in delivered energy

A resident needs enough energy by departure time. A short peak at a high kW figure may be less useful than reliable lower-power charging through the night. Ask the designer to provide scenarios with a stated number of vehicles, connection times, energy needs, building peak demand and allocation rules. The assumptions should be visible so that a buyer can distinguish an engineering scenario from a sales promise.

Metering and billing in Israeli shekels

Energy measurement, allocation and payment collection are separate functions. The charger may measure energy, a management platform may associate it with a user, and the building manager may issue the charge. Alternatively, electricity may come directly through the apartment's account. Identify the complete chain before accepting "you pay only for what you use."

Model	Supply source	Typical allocation method	Buyer question
Apartment account	The apartment's own electricity account	Main utility meter, sometimes supplemented by charger data	Can the apartment connection and cable route support the promised service?
Common board with sub-metering	A common building account	Internal meter in the charger or a separate sub-meter	How are the supplier bill, losses and internal readings reconciled?
Dedicated charging account	A separate account for the charging system	Main meter plus user-level measurements	Who owns the account and sets energy and service charges?
Shared chargers	Building or operator account	User authentication for each session	How are access, queues, idle parking and guest use handled?

Do not assume that an internal sub-meter is a utility meter or gives the resident a direct contract with an electricity supplier. Request the name of the main account holder, the device used for internal allocation, its declared accuracy, the party that reads it and the correction process. Ask for a sample invoice that separates energy, service, communications, payment processing, maintenance, losses, tax and fixed fees.

Billing questions to settle before occupancy

Is charging billed per kWh, time, subscription or a combination?
Does the energy price track the building's actual tariff or another formula?
How are differences between the main meter and all user readings allocated?
Who pays for the controller, gateway and network equipment consumption?
What happens when a reading is missing during an offline period?
Can the owner download raw session data with timestamps and energy?
How long is data retained, and how is access transferred on sale?
Do owners without an EV share any fixed infrastructure costs?
Can the building change service provider without replacing working hardware?
Who resolves a disputed bill and within what response time?

In July 2026, Israel's Electricity Authority issued a decision concerning supply licences through public EV charging stations. Do not automatically apply a public charging regime to a private assigned residential space. If the development offers charging to the public, retail customers or paying guests, have Israeli legal and electrical advisers classify that model separately.

Communications, offline operation and cyber access

An underground garage is a difficult radio environment. Mobile coverage may be weak, Wi-Fi may not reach every level, and reinforced concrete and metal structures can interrupt signals. A polished app used in the sales office does not prove that each charger can communicate where it will be installed.

Request a communications topology showing:

How every charger communicates with the local controller.
Whether links use Ethernet, a dedicated bus, Wi-Fi, cellular service or a combination.
Locations of switches, gateways, routers and antennas.
The party that supplies and pays for any SIM cards.
Charger behaviour without internet access.
Whether local user authorisation remains available.
Whether load management continues locally.
Firmware update procedures and approval rights.
Separation from lifts, access control and other building networks.
Ownership of administrator passwords, certificates and configuration backups.

Cloud failure belongs in the design

A cloud-dependent system can lose authorisation, billing or control when the remote service is unavailable. The fallback should be deliberate: a safe power ceiling, a local authorisation list, local session storage and reliable synchronisation after reconnection. Free, uncontrolled charging is not the only fallback, and a total shutdown should not be accepted without understanding its impact.

Ask the supplier: "If your cloud service is unavailable for 24 hours, which chargers operate, at what power, how is a resident authenticated, where is energy recorded and who can restore service without your cloud console?" A claim that outages do not happen is not an operating specification.

Vendor lock-in: find out what the building actually owns

Lock-in occurs when chargers, controller, accounts, data and administrator access work only through one operator. The arrangement may be convenient at first. It becomes costly if service fees rise, support ends or the operator leaves the market.

Request these terms in writing:

A compatibility list, including chargers sold by third parties.
The protocol and version where open interoperability is promised.
Features that work only on the operator's own charger models.
Ownership of controllers, gateways, sub-meters, routers and software licences.
Building-level administrator access and credential handover.
Export of users, sessions, faults and configuration in a usable format.
A right and practical method to migrate to another operator.
Charger behaviour after a cloud subscription ends.
The security and firmware support period.
An end-of-life plan for discontinued hardware or software.

An open protocol label is not sufficient if the operator controls certificates, keys or the only administrator account. Ask for a test connection of an approved third-party charger or a contractual approval process with objective criteria, response times and reasonable costs.

Ownership, management and maintenance

Title to a parking space does not automatically make the upstream cable trays, EV board, controller and building account private property. The charger may belong to the apartment owner, the condominium, the developer or an operator. Each component needs an owner and a responsible party.

Create an asset matrix recording:

Legal owner.
Physical custodian and operator.
Party paying for energy, communications and software.
Party responsible for inspections and repairs.
Authority to disconnect unsafe equipment.
Holder of manufacturer warranties and purchase records.
Liability allocation for damage to a car, charger or common installation.
Information and access transferred to a future owner.

The April 2026 guidance assigns the system owner at least an annual visual review, including use of the residual current device test button where available. It provides for a licensed electrician's review every six years for a private system and every two years for a public-use system, with additional rules when residual current protection is the sole shock-protection method. Immediate dangers require disconnection until repair and inspection.

The service agreement should also state response times, spare-part availability, controller backup, firmware responsibility, callout charges and the boundary between charger manufacturer, installer, operator and building management. A discounted first year is not a life-cycle price. Ask what happens after the promotion, how fees can change and how a tenant account is transferred without disrupting the next occupant.

Mechanical and robotic parking

In a conventional space, the car remains still while a driver handles the cable. In a stacker or robotic system, a platform may rise, descend, rotate or move the car into a storage bay. A loose cable can stretch, crush, snag a sensor or prevent safe movement. In some systems, the owner cannot reach the vehicle after it has been admitted.

The April 2026 guidance permits chargers as part of a parking multiplier where cable integrity is protected and movement cannot damage it, using a dedicated device that forms part of the parking installation. That rule does not turn every robotic garage into a compatible system. The parking manufacturer's engineering approval is still essential.

Request:

The exact parking system model and charging instructions.
A coordinated drawing showing all moving parts, cable and connection points.
Vehicle weight, height, width and ground-clearance limits while charging hardware is present.
The complete sequence for connection, movement, charging and retrieval.
An interlock that prevents motion when the cable is unsafe.
Emergency release and power-failure procedures.
A responsibility matrix signed or accepted by both system suppliers.
A witnessed full movement cycle during acceptance.

If only the salesperson says that charging can be added, price the space as if that feature is unproven. A mechanical space may be perfectly suitable, but the answer must come from a coordinated design rather than an assumption.

Flood, drainage and water exposure

An indoor charger does not automatically receive the same enclosure rating as outdoor equipment. The April 2026 guidance requires at least IP44 for equipment installed outside. For equipment inside a building, the IP rating must suit the installation location. The relevant environment may include wet vehicles, floor washing, sprinkler discharge, a leaking pipe, rain entering a ramp, condensation or flooding at a low point.

Review the garage drainage plan together with the electrical layout. A charger next to a drain may offer a convenient wall position while remaining exposed to water flow. An EV board at the bottom of a ramp may sit in a drainage path. A cable route through a low trench raises different questions from an overhead tray.

Ask the electrical and drainage designers to confirm:

The nearest drains and expected flow path if one becomes blocked.
The design flood level, if one was established, relative to electrical equipment.
Enclosure and cable-entry protection selected for each location.
Water detection or isolation measures in vulnerable areas.
Whether pressure washing or routine cleaning was considered.
The inspection and re-energisation procedure after water exposure.

Do not invent a universal mounting height or IP class for every underground garage. A robust answer ties the selected equipment and mounting detail to the project's actual water and drainage conditions.

Fire strategy and emergency isolation

Foreign headlines about banning EV charging in underground garages do not establish the rule for an Israeli project. Russian fire codes, French car-park classifications, UK guidance and US building codes cannot be imported selectively. The buyer needs the approved Israeli fire-safety design and evidence that the charging installation was coordinated with it.

The design should show isolation points, board labels, access for emergency personnel and interfaces with detection, sprinklers, smoke control and ventilation. It should state which systems restart after an event and whether any emergency supply serves the charging installation. Never assume that a generator supports EV chargers. Life-safety loads usually receive priority.

Under the April 2026 guidance, a suitable switch must be installed near a charger. It must either be separate and within sight or be lockable in the off position and labelled to identify the charger. The same guidance calls for surge protection for a charging station in a shared residential garage serving residents. Exact zoning and coordination still belong in the project-specific design.

Ask for a fire consultant's approval or coordinated drawing, the current garage plan, labelled isolation points and an emergency procedure for building management. If EV charging was added after an earlier fire approval, request evidence that the change was reviewed.

Physical placement, cable reach and impact protection

A safe electrical installation can still be awkward to use. A column may block the vehicle's charge port, a cable may cross a pedestrian route, or an impact barrier may reduce the effective width of the space. Check dimensions, parking direction and charge-port positions on more than one vehicle design.

The April 2026 guidance limits the charging cable to 8 metres. A charger with a dedicated cable-management system, designed to protect and store the cable, may use a cable longer than 8 metres but no longer than 10 metres. Controls, sockets and vehicle connectors must be more than 0.5 metres and no more than 1.5 metres above ground. For Mode 3 AC charging it specifies Type 2 under IEC 62196, with a narrow Type 1 exception for a single-phase charger in a private space or one supplied from an apartment installation.

A longer cable should not be used as a routine cure for poor placement. The cable still needs protection and must not lie in drainage paths or traffic lanes. The guidance provides several routes for mechanical protection, including a protected location, an adequate physical guard or equipment with at least IK08 impact protection. Verify the route selected in the project.

The document request before contract and handover

Not every final record exists when an off-plan unit is marketed. The contract should therefore identify who will produce each document, at which milestone and what happens if the final design is weaker than the promise. Request the following package:

Permit application number and filing date.
Building permit and later changes affecting parking or electrical systems.
Parking plan identifying the purchased space and whether it is conventional, stacked or robotic.
The signed sale-specification clause for EV preparation or charger delivery.
Approved electrical plan for the charging system.
Current single-line diagram.
Signed load calculation and assumptions.
Evidence of the building connection applied for or approved.
Board schedules showing ratings, protections and spare capacity.
Conduit and cable-tray route plan to all relevant spaces.
Route dimensions, fill assumptions and future access.
Cable schedule for cables actually included.
Earthing and electric-shock protection design.
Residual current and DC leakage protection specification.
Surge-protection specification.
Functional description of load management.
Reserved and maximum power table with priority rules.
Charger compatibility list and third-party approval process.
Communications topology and offline behaviour.
Metering architecture and declared meter accuracy.
Full billing formula and draft service terms.
Asset ownership and responsibility matrix.
Draft maintenance agreement and service levels.
Warranty, security support and spare-part periods.
Fire-safety coordination or consultant approval.
Drainage and flood detail around electrical equipment.
Mechanical-parking interface approval where relevant.
Charger supplier declaration and conformity records when equipment is selected.
Licensed electrical inspector's first-operation report.
As-built drawings, administrator credentials and operating instructions delivered to the condominium representative.

The April 2026 guidance says the installer must give the owner or client the charger's data and actual charging power, supplier declaration, maintenance-company details, an electrical plan or supply-route description, operating and safety instructions, and a test report. It also requires retention of final route plans and the positions of chargers, boards, cabinets and branches. Put that handover obligation into the sale or building-management documents so the records do not remain with a subcontractor.

Convert the sales promise into a contract test

A weak clause says "preparation for an EV charger according to the standard." A useful clause identifies the space, conduit, cable, board, source, configured power, protective devices, meter, billing model, communications, compatibility, ownership, documentation and acceptance process.

Where the final charger has not yet been selected, specify performance and interface requirements instead of accepting an unknown future brand. Where the operator has not been appointed, preserve administrator access, third-party compatibility, data export and migration rights. Where capacity depends on a future utility or infrastructure action, state the current committed capacity separately from the expansion option.

Your Israeli property lawyer should compare the promise across the sale agreement, technical sale specification, management agreement and condominium documents. The real-estate lawyer guide helps frame that review. An electrical engineer or appropriately licensed professional should validate the technical schedule. A lawyer cannot certify cable sizing, and an engineer cannot decide who bears a recurring fee unless the contract says so.

Checks at each construction milestone

Before signing

Establish the permit date, delivery level, supply source, capacity model, ownership and future service terms. This is also the moment to compare parking spaces and negotiate a better route or a complete charger. The building permit guide provides a broader route for verifying Israeli planning records.

Before garage ceilings and walls are closed

Obtain photographs of trays, conduits, penetrations and pull boxes. Labels should connect every endpoint to a board and parking number. Check for blocked routes, inaccessible covers, severe bends and insufficient shared tray space. A promise of future cable pulling has little value if the route cannot be reached after finishing work.

After boards and controllers are installed

Compare models, board ratings, outgoing ways, protection and spare capacity with the design. Inspect access, labels, impact protection and maintenance clearances. A buyer-appointed construction supervisor can document departures from approved plans, while licensed professionals must perform the electrical tests.

Before common property is handed over

Run functional tests, collect as-built drawings and inspection reports, transfer administrator credentials and identify support contacts. Verify your specific parking space, not only a demonstration charger elsewhere in the garage.

After first occupancy

Reconcile the first complete charging bill with main and user readings. Observe load management during a genuine evening peak. Confirm restart after a planned or actual outage and retain a backup of the accepted settings.

A practical commissioning protocol for the buyer

This protocol does not replace the Israeli electrical inspector's work. It combines documentary, operational and billing checks that a purchaser or condominium representative should witness.

1. Identity and route

Match the parking number, floor and location to the contract plan.
Identify the conduit or cable endpoint at the space and corresponding point at the board.
Compare the installed route with the as-built drawing.
Confirm consistent labels on circuit, breaker, isolator and charger.
Photograph the charger, isolator, cabinet, route and access obstacles.

2. Professional electrical testing

Under the April 2026 guidance, a fixed charging system must be tested before first operation by an electrical inspector with the appropriate licence. The published test scope includes the supplier declaration, regulatory compliance, coordination of protective devices, supply route, stable installation and impact protection, earthing, earth continuity, residual current and DC leakage protection, surge protection and measurements at the vehicle connection or charger terminals.

Request the full signed report, inspector's name and licence number, test date, equipment identification and actual readings. A one-line completion certificate is not equivalent to traceable results.

3. User authorisation

Create a new ordinary user account without administrator rights.
Start charging through the normal card, app or other method.
Attempt a session with an unauthorised identifier.
Stop and restart, checking that the event appears once.
Test the process for assigning the charger to a replacement tenant or owner.

4. Load management

Operate several chargers or the approved load simulator.
Introduce a controlled increase in other demand under professional supervision.
Confirm that the controller reduces EV power before an upstream limit is exceeded.
Compare the observed distribution with the written policy.
Reduce other demand and verify recovery.
Export the event log and compare timestamps with the test.

5. Communications and power failure

Isolate a communications link under the supplier's controlled procedure.
Confirm the agreed safe offline behaviour.
Check where sessions are stored during the outage.
Restore the link and confirm that records are neither lost nor doubled.
Remove and restore power under professional supervision.
Verify safe restart, user access and controller settings.

6. Meter and bill

Record readings before and after a test session.
Compare charger, platform and sub-meter data where available.
Generate a sample bill with every fee displayed.
Check rounding, tax, service fees and loss allocation.
Correct a deliberately misassigned test session without deleting the audit trail.

7. Physical interfaces

Connect a vehicle in each permitted parking orientation.
Check cable reach without tension, crushing or a pedestrian hazard.
Open doors and confirm access to the charger and isolator.
For mechanical parking, run a complete approved movement cycle.
Review drainage, impact protection, labels and emergency access.

8. Close-out

Record each defect with a photograph, source drawing, responsible party and due date. Do not sign that the charging system was accepted if only one demonstration space was shown or the inspection report is missing. The Hebrew new-apartment inspection guide can support the wider handover record, coordinated with a licensed electrical inspector for electrical testing.

Remote due diligence for an overseas buyer

Appoint a local representative who receives original Hebrew documents, not only an English summary. The file should include the signed מפרט מכר, meaning the contractual sale specification, the היתר בנייה, meaning the building permit, electrical drawings, single-line diagram, inspection reports, identified photographs and administrator handover.

Ask for one continuous video starting with the garage level and space number, showing the installation and local isolator, then starting a test charge. Pair it with screenshots of user authorisation and the sample bill. Match the charger's serial number to the account and test report.

An investor should also test tenant turnover: removing a departing user, creating the next account, treating unpaid balances and protecting the former tenant's data. A charger that works for the first owner can still become an operational obstacle during each lease change.

Red flags

"All spaces are EV ready" without separating conduit, cable, board and charger.
Applicability explained by construction year instead of permit-application date.
A charger in every rendering but only "preparation" in the signed specification.
22 kW advertising without an allocated-power table or load calculation.
Cloud management without documented offline and restart behaviour.
"Pay by consumption" without meter, tariff and service-fee details.
One approved charger brand and no migration process.
Mechanical parking approved verbally but not by its manufacturer.
Electrical equipment near a ramp or drain with no water-risk detail.
A generic inspection certificate with no measurements or equipment IDs.
Design drawings presented instead of final as-built records.
Pressure to accept common property before credentials, test reports and sample billing are delivered.

Frequently asked questions about EV charging in an Israeli new build

Does EV charging preparation include a working charger?

Not necessarily. It can mean only an empty conduit. Even an installed cable may lack an energised final circuit, protective devices, metering, communications or the charger. Require a clause identifying every included component and the specific space. A working delivery should be installed, configured, inspected, assigned to a user and accompanied by records.

How do I know whether the 2022 regulation applies?

Check the date the building permit application was filed. The amendment was published on 7 September 2022, starts six months later and applies to applications filed on or after that date of commencement, 7 March 2023. Contract date, marketing launch, completion and occupancy are not substitutes for the application record.

Does the rule provide infrastructure to every residential space?

For an in-scope new saturated residential building, it requires conduits from the EV board to all relevant residential spaces, plus an appropriate board and minimum connection formula. It does not require a cable or charger in every space. A mechanical parking place is excluded from this specific infrastructure duty.

What does the 20% figure mean?

The minimum board connection is calculated as 3 kW multiplied by 20% of the relevant parking count. It is not a promise that only 20% receive conduits, nor a guarantee that all cars charge simultaneously. Examine the load calculation, reserved power, number of chargers and allocation policy.

Can every resident charge overnight with load management?

Possibly, but only a scenario can answer. Results depend on connected vehicles, arrival times, energy required, building demand and priorities. Request a documented service simulation and a multi-charger acceptance test. Load management distributes available power and cannot replace missing connection capacity.

Is charging billed through the apartment or the building?

Either is possible, as is a dedicated charging account. The model affects cable routing, capacity, metering and fees. The sale and management documents should identify the supply source, account holder, measurement devices, tariff formula, losses and dispute process.

May I choose any charger brand?

Not automatically. A management platform may support only selected devices or may offer limited functions with third-party units. Request the compatibility list, approval process, protocol version, administrator rights, data export and migration procedure. "Open" should be demonstrated, not merely stated.

What happens if garage communications or the cloud fails?

The functional specification should define a safe local power limit, user authorisation, session storage and later synchronisation. Test that load management remains safe and that records are not lost or duplicated. Underground coverage should be surveyed at the installed equipment, not assumed from street-level reception.

Can a charger be used with mechanical parking?

The planning regulation's exception is not a prohibition. The April 2026 electrical guidance allows integration in a parking multiplier when a dedicated part of the parking system protects the cable from movement. Obtain the parking manufacturer's approval, coordinated drawing, interlocks, emergency procedure and witnessed movement test.

Which records should be delivered with an installed charger?

The April 2026 guidance identifies charger data and actual power, supplier declaration, maintenance provider, electrical plan or supply-route description, operating and safety instructions, and a test report. Buyers should also obtain the single-line diagram, load calculation, as-built plans, billing rules and building administrator credentials.

Who performs the first electrical inspection?

A fixed system is inspected before first operation by an electrical inspector holding the appropriate Israeli licence. The report should trace the actual equipment and measurements. Operational tests for user access, load management, communications, billing and restart should be added because they verify functions outside a basic electrical safety report.

What should a foreign buyer do if documents are only in Hebrew?

Keep the signed Hebrew originals and obtain a professional translation for decision-making. Use a local representative to match parking number, equipment, plans and reports on site. A translated summary is useful, but it cannot replace the source document that forms part of the Israeli transaction.

Sources and scope

The legal baseline is Regulations Collection 10326. The latest published technical baseline is the Electricity Administration guidance dated 23 April 2026. The Ministry of Construction and Housing also publishes a broader new-apartment buyer guide. Use the apartment-buying checklist for the wider transaction review.

Information is current as of 7 August 2026. It explains buyer due diligence and does not replace project-specific Israeli legal advice, electrical design, safety inspection or work by properly licensed professionals.