Electrical inspections and compliance checks in Dubai: the complete guide

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Updated 2026-11-07. Every rule in this guide links to its official source at the end of the page.

Key facts

• Earth electrode: the main earth electrode resistance for each incoming DEWA supply or main distribution board must not exceed 1 ohm.
• Earth conductors: resistance from any point of an earth continuity conductor to the main earth electrode must not exceed 0.5 ohm.
• Neutral and earth: they must be kept separate and never connected together at the main earth terminal or anywhere else in the consumer's installation.
• Residual current devices: recommended ratings include 30 mA for socket outlets, 10 mA for jacuzzi pumps and underwater lighting, and 100 mA for split air conditioners.
• Periodic checks: the code requires earth electrode resistance, earth conductor continuity and residual current devices to be periodically checked and maintained.
• Responsibility: under Dubai's tenancy law the landlord maintains the property unless agreed otherwise; shared building wiring is a common part under the jointly owned property law.

What an electrical inspection in Dubai is for

An electrical inspection is a structured look at the whole installation in a property: the incoming supply and main switch, the distribution boards, the circuits leaving them, the earthing and bonding, the protective devices and the accessories people touch every day. Its job is to answer three questions. Is the installation in a safe condition for the way the property is used now? Does it match what the Dubai Building Code expects from a consumer installation? And if something is wrong, what should be fixed first?

That is different from a repair visit. A repair starts from one symptom, such as a tripping breaker or a dead socket, and ends when that symptom is gone. An inspection starts from the board and works outwards, so it finds the faults that have no symptom yet: a loose earth connection, a missing residual current device on a pump circuit, a circuit that was added after handover without its own earth conductor, or a board with no circuit labels at all. In a climate where air conditioning runs most of the year, pumps and water heaters sit in hot plant rooms and many villas have had outdoor kitchens, pools and chargers added over time, those hidden conditions are common.

An inspection also produces a record. A dated report with findings by location, measurements where tests were made and a clear list of priorities is useful to an owner deciding what to spend, to a landlord handing a property to a new tenant, to a buyer before transfer and to a facility manager who has to show that shared systems are being looked after.

Six situations that call for an inspection

As guidance, these are the points at which an inspection gives the most value for money in Dubai properties:

• Before you buy, rent or take over a property. The condition of the boards and earthing is rarely visible at a viewing, and defects found after a lease or sale are harder to allocate.
• At handover of a new home or fit-out. A first inspection sets a baseline and catches installation defects while the developer or contractor is still responsible for them.
• When the load changes. Adding air conditioning units, an electric vehicle charger, a pool or jacuzzi, an outdoor kitchen or a server room changes what the circuits and protection must handle.
• When the use changes. Turning a villa into a holiday home, an apartment into an office or a warehouse into a workshop brings different equipment and different people into the building.
• After an incident. Water reaching a board, smoke or a burning smell, repeated tripping or a breaker that will not reset are reasons to inspect the installation, not only the circuit involved.
• On a regular cycle. The Dubai Building Code asks for the earthing, earth conductors and residual current devices to be checked periodically, and a scheduled inspection is the practical way to do that.

What an electrical compliance inspection can and cannot certify

An electrical inspection is a defined professional assessment of particular installations and records; it is not automatically an approval certificate issued by Dubai authorities. As guidance, agree which boards, circuits and equipment the competent inspector will access, what documents they will examine, whether power isolation is possible and which measurements are actually included. A walk-through can flag exposed wiring, missing labels and unsafe conditions, but it cannot verify concealed earth connections or circuit protection without appropriate testing. The Dubai Building Code Part G and referenced electrical standards form part of the technical context; the inspection method depends on the installation and purpose. The report should distinguish observed conditions, instrumented findings, inaccessible areas and recommendations for further specialist investigation. Avoid presenting a private maintenance report as a regulatory sign-off or a guarantee that hidden defects do not exist.

Who is responsible: landlords, tenants, owners and associations

Responsibility for an electrical inspection usually follows responsibility for maintenance, and in Dubai that depends on whether the property is rented, owned outright or part of a building with shared parts.

Rented homes and offices. Law No. 26 of 2007, which regulates landlords and tenants in Dubai, requires the landlord to hand over the property in good condition that allows the tenant full use of it (Article 15). Unless the parties agree otherwise, the landlord is responsible during the lease for maintenance works and for repairing any defect or damage that may affect the tenant's intended use (Article 16), and for defects and wear and tear not caused by the tenant's fault (Article 17). The tenant must maintain the property as an ordinary person would maintain their own, and may not carry out maintenance works or changes without the landlord's permission and any licences required (Article 19). In practice this means a tenant who suspects a wiring fault should report it in writing and let the landlord arrange the inspection and repair, unless the lease allocates it differently.

Owned villas and units. The owner is the consumer the building code addresses. Part G of the code states that the consumer's earthing system is installed and maintained by the consumer, that the continuity of equipotential bonding is tested and maintained by the consumer, and that the earth electrode resistance and the continuity of earth conductors are periodically checked and maintained to ensure consumer safety.

Jointly owned buildings. Law No. 6 of 2019 on jointly owned real property lists among a building's common parts the equipment and systems of main utilities, including electricity generators and lighting systems, the electrical and telecommunications wiring and conduits that serve the owners of more than one unit, and the equipment used to measure utility supply (Article 7). The management entity contracts the maintenance companies it needs (Article 34) and must give the Real Estate Regulatory Agency a report on the maintenance works performed every six months. Where common parts are not duly maintained, the agency may serve a written notice requiring the necessary repairs (Article 35). The installation inside an individual unit, from the unit's own board onwards, generally remains the unit owner's or the landlord's to look after.

What to gather before the inspector arrives

As guidance, an inspection is faster, cheaper and more useful when the inspector starts with the right information. Gather what you have, even if it is incomplete:

• the single line diagram or as-built electrical drawings, if the developer or fit-out contractor handed them over;
• the distribution board schedules, or a photo of each board with the cover closed showing any labels;
• a list of the large loads: air conditioning units, water heaters, pumps, ovens and hobs, chargers, pool and jacuzzi equipment;
• any previous inspection or test reports, and receipts or reports for electrical work done since handover;
• a note of the faults you have seen: which breaker trips, when, and what was running at the time;
• who can authorise a planned power shutdown, and when one is possible.

The building code helps here because it expects a properly built installation to be labelled. Distribution boards are specified with permanent engraved labels for the board designation, the circuit designations and warning notices, and earth continuity conductors are labelled at their termination points with circuit identification numbers. Where those labels are missing, the inspection will spend time tracing circuits, and the report should record the missing identification as a finding in its own right.

Distribution boards, protective devices and circuit identification

As guidance, start an assessment with the available electrical drawings, distribution-board schedule and a list of equipment supplied from each board. Check accessible labelling, signs of damage, heat or water exposure, enclosure integrity and clear means of isolation without touching live conductors. Protective-device types, settings and coordination require qualified review against the actual circuit design and load. Dubai Building Code Part G discusses overload, short-circuit and earth-leakage protection, and the location of the earthing arrangement. Do not advise a building owner to test a live panel by removing its cover, and do not infer satisfactory protection merely because a breaker has not recently tripped. Record missing circuit identification as a documentary issue and specify whether further tracing, instrument testing or corrective work is required.

What the code expects from a distribution board

Table G.10 of the Dubai Building Code is a specification checklist for distribution boards, and it gives an inspector concrete points to compare a board against. Among them:

• Fault rating: circuit breakers with a minimum fault rating of 6 kA, as per the designed downstream short-circuit current.
• Operating height: switchgear operated at a maximum height of 1.8 m from the finished floor level.
• Wiring colours: phase conductors red, yellow and blue, neutral black and earth green and yellow for the board's internal main circuit wiring.
• Labels: permanent labels, engraved Traffolite or similar, for the board designation, circuit designation, controls, indications and warning notices.
• Residual current protection: earth leakage breakers listed for window and split air conditioning, lighting and small power circuits.
• Under-voltage relays: relays with an auto-reset timer listed for window and split air conditioning circuits.

An inspection compares what is fitted with this picture. Common findings in older or altered installations include boards mounted where they cannot be reached safely, handwritten or missing circuit labels, mixed breaker brands, circuits added without residual current protection, and covers or blanks missing so live parts can be touched. Each of these is recorded with its location, and the report separates the conditions that are dangerous now from those that are documentation or upgrade items.

Inspectors should not invite owners to open boards to look for themselves. Viewing the board with the cover closed and photographing the labels is safe; removing covers, tightening terminals or swapping breakers is work for a qualified electrician with the supply safely isolated.

The earthing system: electrodes, pits and limits

Earthing is where an inspection finds some of the most important and least visible defects, and Part G of the Dubai Building Code is specific about it. Each consumer's earthing system comprises the earth electrodes, the main earth lead connecting them to the main earthing terminal or earth busbar, earth continuity conductors for every outgoing circuit and the equipotential bonding of metalwork. The code sets these requirements, among others:

• at least one main earth electrode for each incoming point of supply or main distribution board, inside the consumer's premises;
• for installations with a main incomer of 200 A and above, a minimum of two earth pits;
• the main earth electrode resistance for each incoming DEWA supply or main distribution board must not exceed 1 ohm;
• electrodes of copper or copper-clad or austenitic steel rods driven to a minimum depth of 3 m, installed inside a 300 mm by 300 mm by 300 mm earth pit with an inspection cover;
• the main earth electrode within 1.5 m of the main distribution board, and more than one electrode spaced not less than 6 m apart; load centres 50 m or more from the main board might require additional backup earthing;
• water mains must not be used for earthing, and metal pipes for gas, oil, compressed air or drainage are only bonded, never the sole means of earthing; coke breeze must not be used because it is highly corrosive;
• lightning protection earthing kept separate from the earthing of the incoming DEWA supply, with at least 7 m between the earthing inspection pits.

For an inspection this translates into practical checks: finding the earth pits and confirming the inspection covers can be opened, checking the condition of the connection between the earthing conductor and the electrode, and, where the inspection includes testing, measuring the electrode resistance with a suitable method and recording the result against the 1 ohm limit. Pits buried under landscaping or tiles are a common finding in villas; the report should record that the pit could not be accessed rather than assume it is in order.

Neutral and earth must stay separate

The code is explicit that neutral and earth conductors must be kept separate and must not be connected together at the main earth terminal or at any other point in the consumer's installation. In Dubai the supply arrangement is designed so that the earthing of the incoming supply is handled on the utility side, and a neutral-to-earth link added inside a villa or apartment can put current onto earthed metalwork and defeat residual current protection.

As guidance, such links usually appear after alterations: a generator changeover installed without the right switching, an inverter or battery system wired by someone unfamiliar with the arrangement, or a "fix" for nuisance tripping that bridges neutral to earth. An inspection looks for these at the board and at changeover equipment, and any found are treated as a high-priority finding to be corrected by a qualified electrician.

Earth continuity conductors on every circuit

Every circuit leaving the main, sub-main and final distribution boards must have its own separate green and yellow, low-smoke-and-fume insulated copper earth continuity conductor, sized according to Table G.20 of the code. The conductors run alongside the circuit's phase and neutral conductors, are terminated with tinned copper lugs on purpose-made earth terminals at equipment, light fittings and the mounting boxes of switches and socket outlets, and are labelled at their termination points with circuit identification numbers. The code also lists what must not be used as an earth conductor: gas pipes, oil pipes, metallic conduit, support wires or other flexible metallic parts.

The key measurable limit for an inspection is continuity: the code states that the resistance from any point of the earth continuity conductor to the main earth electrode shall not exceed 0.5 ohm, and that the continuity of these conductors shall be periodically checked and maintained. In practice the commonest earth conductor faults are found where circuits have been extended: a new socket fed from an old one without an earth connection, a light fitting replaced and its earth left disconnected, or a metal box with no earth terminal. These do not show up until a fault happens, which is why continuity testing, not a visual check, is the reliable way to confirm them.

Equipotential bonding of metalwork and pipes

Equipotential bonding connects the metalwork in and around an installation so that, during a fault, people cannot touch two metal parts at dangerously different voltages. The code requires bonding conductors for all metalwork of the consumer's installation other than current-carrying parts, including cable armour, metal conduits, metal cable tray and trunking, metal accessory boxes, exposed metalwork of appliances, apparatus, equipment and machines, building structures, metallic enclosures and metal water pipes.

A main protective bonding conductor must be at least half the cross-sectional area required for the installation's earth conductor and not less than 6 mm², and a copper bonding conductor of 25 mm² is stated to be sufficient as a maximum. Bonding conductors connect to the main earthing terminal, and the code states that their continuity shall be tested and maintained by the consumer. In Dubai villas the bonding points worth checking during an inspection are where metal water pipes enter, at water heaters and pumps, in bathrooms and kitchens with metal fittings, and around pools and jacuzzis where metalwork and water meet.

Earth leakage protection and the code's RCD ratings

Earth leakage protection disconnects a circuit when current leaks to earth, which is what protects a person who touches a faulty appliance or a damaged cable. The code requires earth leakage protection to be designed into consumer installations in accordance with BS EN 61140 and IEC 61140, with the devices generally conforming to BS EN 61008-1 and BS EN 61009-1. Table G.21 gives the recommended operating currents, which the designer verifies against the manufacturer's recommendations:

The code allows lighting circuits, general purpose socket outlets and single-phase appliances to be grouped under one device, with the number of circuits per group chosen with the building type and possible interruptions in mind. It also states that the operation of these devices and of any earth leakage detection system shall be periodically checked and tested in accordance with the manufacturer's recommendations.

For an inspection, the table becomes a checklist: is there residual current protection on the circuits that need it, is its rating right for the equipment, and does it operate when tested? A jacuzzi pump on a 30 mA device instead of 10 mA, an outdoor socket with no residual current protection, or a whole villa protected by a single device so that one fault switches everything off are typical findings.

Earthing, RCD measurements and qualified test methods

As guidance, the inspector should select an appropriate and safe test method for each installation and record instrument identification and results wherever a measurement is made. Earth continuity and protective-device performance cannot reliably be demonstrated by appearance. The Dubai Building Code explains that DEWA's neutral is earthed at its substations rather than by unauthorised additional neutral-earth connections in customer installations. Work on distribution boards and protective circuits therefore needs competent personnel, safe isolation arrangements and records tied to the circuit tested. A user pressing the test button on an RCD can check a limited function, but it is not a substitute for the required test regime. If the supply cannot be isolated or circuits cannot be accessed, report the limitation rather than filling the sheet with invented pass values. The client should receive a clearly scoped test record and action list.

Fire pumps and essential circuits are treated differently

Not every circuit should simply trip on an earth fault. For fire pumps, jockey pumps, submersible pumps, sump pumps and other essential circuits, the code calls for earth leakage sensors or relays with alarms or indicators, with settings that allow pre-fault warning and fault warning notification. Where an uninterruptible power supply powers equipment that is part of a fire protection system, such as fire, jockey, sump, sprinkler or pressurisation pumps and smoke extract fans, a suitable earth leakage detection system with indication or alarm should be provided.

An inspection of a building with these systems checks that the warning arrangement exists, that alarms are visible to whoever is responsible for acting on them, and that nobody has "solved" a nuisance alarm by disconnecting it. The fire systems themselves are maintained under the fire and life safety requirements; our fire safety maintenance guide covers that side.

Thermal imaging, load checks and power quality

As guidance, three techniques add value to a visual inspection when the scope and budget allow. Thermal imaging of boards under normal load can show a loose connection or an overloaded breaker as a hot spot before it fails, but it needs the board to be carrying a realistic load and a qualified person to open it safely, and it does not replace continuity or residual current device testing. Load measurement, with a clamp meter or a logger over hours or days, shows whether circuits and the main incomer are running close to their limits, which matters before adding air conditioning, a charger or a kitchen. Power quality monitoring looks for problems such as voltage dips or harmonics where sensitive equipment, drives or large numbers of electronic loads are involved.

None of these should appear in a quotation as an unexplained extra. The scope should say which boards will be imaged, how long any logging lasts and what the results will be compared with, and the report should present the images and readings with their date and conditions.

Villas: what a villa inspection should cover

As guidance, a Dubai villa inspection usually follows the installation from the main board outwards and pays particular attention to the parts that have grown since handover:

• Main and sub boards: labels, condition, residual current protection by circuit, signs of heat or water, and whether added circuits were installed to the same standard.
• Earthing: the earth pits and inspection covers, the electrode connections, the main earth lead and, where tested, the electrode resistance against the 1 ohm limit.
• Water and pumps: domestic water pumps on 30 mA protection, water heaters on 30 mA protection, bonding of metal pipes and the condition of outdoor isolators.
• Pools and jacuzzis: jacuzzi pumps and underwater lighting on 10 mA protection, bonding of metalwork and the condition of equipment rooms that are often hot and damp.
• Outdoor circuits: garden and flood lighting at the code's recommended ratings, irrigation pumps at 100 mA, outdoor sockets, gate motors and barbecue areas.
• Air conditioning: split units at 100 mA protection, condensate leaks near electrical equipment and the cabling to outdoor units.
• Added loads: chargers, extra air conditioning, home offices and outdoor kitchens, checked against the capacity of the circuits and board feeding them.

Our guides to villa maintenance, pool maintenance and water pumps cover the equipment side of those systems.

Apartments and tenants

In an apartment the inspection usually covers the unit's own board and everything after it: circuits, sockets, lighting, the kitchen appliances, the water heater, bathroom fittings and any split units fed from the unit. The building's risers, main boards, generators and common lighting are common parts, so defects found there are reported to the management entity rather than repaired by the occupant.

As guidance for tenants, the useful sequence is simple: note the fault and when it happens, report it to the landlord or agent in writing, and ask for a qualified electrician to inspect rather than resetting a tripping breaker again and again. Tenancy law places maintenance with the landlord unless the lease says otherwise, and it does not allow the tenant to carry out maintenance or alterations without the landlord's permission, so unauthorised work by a tenant can create a second dispute on top of the original fault.

Offices, shops and restaurants

Commercial units add equipment and responsibilities. As guidance, an inspection of an office, shop or restaurant in Dubai usually extends to the items most likely to affect safety and continuity of the business:

• circuit capacity for computers, servers, signage and display lighting, including neon signs, which the code lists at 300 mA protection;
• kitchen equipment in restaurants, where electric cookers are listed at 100 mA protection and heat, grease and water all meet the electrical installation;
• package air-conditioning units at 100 or 300 mA protection and the cabling to roof or plant-room equipment;
• emergency lighting and fire alarm interfaces, which follow fire safety requirements in addition to the electrical ones;
• temporary arrangements that became permanent: extension leads under desks, multi-way adaptors behind kitchen equipment and cables run across ceilings during a fit-out.

Commercial inspections often need to happen outside opening hours so that boards can be isolated for testing. Agree the shutdown window and who will authorise it before the visit.

Common parts of jointly owned buildings

For towers and other jointly owned buildings, the law draws the line between what the association looks after and what each owner looks after. Article 7 of Law No. 6 of 2019 includes among the common parts the equipment and systems of main utilities, naming electricity generators and lighting systems, the electrical and telecommunications wiring and conduits serving the owners of more than one unit, and the equipment used to measure utility supply. The management entity contracts the maintenance companies it needs and reports to the Real Estate Regulatory Agency every six months on the maintenance works performed (Article 34), and the agency can serve a written notice where common parts are not duly maintained (Article 35).

As guidance, an inspection programme for common parts usually covers the main low-voltage panels and rising mains, floor and landlord distribution boards, common area and car park lighting, emergency and standby supplies, pump and plant rooms, and the metering equipment the building is responsible for. Its findings feed the maintenance contract and the six-monthly report, and they give the owners committee, whose role under Article 24 includes verifying that the management entity maintains and repairs the common parts, something concrete to check. Our commercial building maintenance guide and annual maintenance contract guide explain how this fits into a building's wider maintenance plan.

After a leak, a flood or a burning smell

As guidance, water and heat are the two situations where an electrical inspection should come before the next switch-on, not after it. If water has reached a board, sockets or equipment, switch off at the main switch only if it is safe to reach it without standing in water, keep people away from wet electrical equipment, and have a qualified electrician inspect and test before power is restored to the affected circuits. Equipment that has been submerged often needs replacement rather than drying.

A burning smell, scorch marks on a socket, a breaker that is hot to the touch or a board that crackles are signs of overheating connections. Switch off the affected circuit if it is safe to do so and arrange an inspection rather than continuing to use it. Repeated tripping is the protection doing its job; resetting it again and again, or replacing a device with a larger or less sensitive one to stop the trips, hides the fault instead of finding it. Our electrical maintenance guide covers everyday warning signs and repairs.

Electrical energy assessments versus safety inspections

As guidance, a compliance inspection asks whether the installation and its protection are suitable and safe for the specified purpose, while an energy assessment studies when and where electricity is consumed. They may share a site visit but require different evidence. An energy review might examine available bills, equipment schedules, operating hours, lighting types, controls and metered loads. Avoid describing an estimated saving as a verified result unless usage and costs have been measured with an appropriate before-and-after method. An efficient appliance can still be connected through unsafe wiring, so savings recommendations must never override protective-device or circuit requirements. Identify the baseline period, data sources and major assumptions in any report. Recommendations such as scheduling lighting or servicing cooling systems should distinguish low-risk operational changes from electrical work requiring design or approval.

Inspection findings, risk priorities and corrective actions

As guidance, give every finding a unique ID, room or board location, photo where safe, observed condition, cited rule or technical basis when applicable, urgency and suggested next action. A safety-critical exposed conductor must be clearly distinguished from a missing document or a nonessential convenience upgrade. A private priority scale is not an official enforcement classification. If access, shutdown authority or as-built drawings are missing, record them as limitations and scope a further visit rather than marking unsupported tests as passed. Remediation quotations should separately describe investigation, replacement, circuit alteration and retesting. When a defect is fixed, update its status and preserve the original evidence and measurements. This audit trail supports decision-making without implying that a single visit has exhaustively inspected concealed wiring throughout the entire building.

What a useful inspection report contains

As guidance, the report is the product you are paying for, so it is worth knowing what a useful one looks like before the visit. It should include:

• Scope: the property, the boards and areas included, the areas not accessed and why, and whether testing was done or the inspection was visual only.
• Installation summary: the incoming supply, main switch, boards and their circuits as found, with any missing labels or drawings noted.
• Findings: each with an ID, location, photo where safe, description, the code requirement or technical basis where one applies, and a priority.
• Test results: where tests were made, the circuit, the measurement, the date and the instrument, so the numbers can be compared at the next inspection.
• Limitations: what could not be checked, such as concealed wiring, inaccessible earth pits or circuits that could not be isolated.
• Actions: recommended repairs or further investigation in priority order, separated from optional upgrades.

Be wary of reports that tick every box as satisfactory without any measurements, that describe a visual walk-through as a full test, or that present a private report as an authority approval. A short, honest report with clear limitations is more useful than a long one that cannot be relied upon.

Repairs and re-testing after an inspection

As guidance, the inspection is only worth its cost if its findings are acted on in the right order. Safety-critical items, such as exposed live parts, a missing or broken earth connection, a neutral-to-earth link or a circuit without the protection it needs, come first and should not wait for the next maintenance cycle. Documentation items, such as missing circuit labels, and upgrades, such as adding surge protection or replacing an old board, can be planned and budgeted.

Every repair that touches protection or earthing should be re-tested after it is done, and the result added to the report against the original finding, so the record shows the defect, the fix and the evidence that it worked. When a defect is closed, keep the original photos and readings; they are what shows a future buyer, tenant, insurer or association what was found and how it was dealt with.

Preparing an electrical compliance and energy-assessment quote

As guidance, define the property type, number and type of boards, intended inspection scope, shutdown windows, access and any energy records before issuing a fee. Confirm whether thermography, power-quality monitoring, load measurement, test certificates or regulatory submissions are genuinely included; none should be assumed from a generic phrase such as full electrical audit. Establish who can authorise isolation and who is qualified to perform the tests. Include report format, required deliverables, corrective-work exclusions and the procedure for reinspection. Power Zone lists electrical inspections, compliance checks and energy assessments among its services. Any individual project price must be based on actual scope and permissions, and the report should not assert DEWA approval or professional credentials that have not been evidenced.

Dubai prices for electrical inspections

These are the starting rates from Power Zone's published Dubai price list. Prices exclude VAT, and the final price for a property is confirmed in an itemised quotation after the scope is agreed.

Larger inspections, such as a whole villa with several boards, a commercial unit with testing outside opening hours, or the common parts of a building, are quoted on their actual scope: the number of boards and circuits, whether testing and thermal imaging are included, the shutdown arrangements and the report required.

Electrical inspections in Dubai with Power Zone

Power Zone inspects and maintains electrical installations in villas, apartments, offices, shops, restaurants and residential buildings, and repairs what an inspection finds with the same in-house teams. The company works across all seven emirates, 20 in-house teams, with its Dubai office at D86, Business Bay. Book a site visit for an inspection, send photos of your boards to get a scoped quotation, or see the electrical inspection service page for what the service includes.

Frequently asked questions

Sources

1. Dubai Municipality — Dubai Building Code, 2021 edition, Part G Incoming utilities (earthing G.4.19.2 to G.4.19.5, Tables G.10, G.20 and G.21)
2. Dubai Legislation Portal — Law No. (6) of 2019 Concerning Ownership of Jointly Owned Real Property in the Emirate of Dubai (Articles 7, 24, 34 and 35)
3. Dubai Legislation Portal — Law No. (26) of 2007 Regulating the Relationship between Landlords and Tenants in the Emirate of Dubai (Articles 15 to 17 and 19)

Further reading

Electrical maintenance in Dubai · Lighting installation in Dubai · Fire safety maintenance in Dubai · Villa maintenance in Dubai · Commercial building maintenance in Dubai · Annual maintenance contracts in Dubai · Snagging inspections in Dubai