Multifamily and HOA Electrical Services

Multifamily and HOA electrical work is the maintenance, repair and capital replacement of everything a condominium association, homeowners association or apartment owner is responsible for outside the walls of an individual unit. That covers house panels and risers, corridor and stairwell lighting, garages, gates, elevator and pump room power, site lighting and the aging service equipment that quietly ages out under all of it.

We do this multifamily and HOA electrical work for buildings and communities throughout Broward County and the coastal cities we cover in north Miami-Dade and southern Palm Beach County. The technical side is ordinary commercial electrical work. What makes it a specialty is everything around it: people live here, the money comes from a budget somebody has to vote on, and nobody gets to turn the power off just because it would be convenient.

House meters, unit meters, and who owns what

The first question on any HOA or condominium property is where the utility's responsibility ends, where the association's begins and where an individual owner's begins. Get that wrong and you either spend association money on an owner's repair or leave an owner waiting on a board that has no authority to act.

In most buildings here the arrangement looks like this. The utility owns the service conductors up to and including the meters. Individual unit meters, usually stacked in a meter room or ganged on an exterior wall, feed each unit and are billed to that resident. One or more separate house meters feed everything shared: corridors, garage, elevators, pumps, gates, pool equipment, exterior and landscape lighting, laundry rooms and the club house.

From the meter inward, the declaration of condominium controls. The typical reading is that the association owns the house meter equipment and the common feeders and risers, including branch circuits serving common elements, while the unit owner owns their panel and everything downstream of it. Older declarations are often vague about the run of feeder between the meter stack and the unit panel, which is exactly the section most likely to fail in a 1970s building. We read that language with your manager before quoting anything in the gray area, so the invoice goes to whoever actually owns the equipment.

Two practical notes. Common area energy is usually the association's second or third largest utility line item, which is what makes a lighting retrofit an easy sell to a board. And where the association pays a bulk meter and allocates it, an addition like a car charger or a new pump changes that allocation, so it belongs in the discussion before installation rather than after.

Corridor, stairwell and egress lighting

Common area lighting is the most visible thing we touch and the one residents complain about first. It is also a life safety system, which is not how most communities budget for it.

Corridors, stairs, lobbies and exit discharge paths have to stay illuminated when normal power fails, which means battery units or an emergency circuit feeding designated fixtures, plus illuminated exit signs marking the path. Those batteries fail silently. A monthly function test and an annual full-duration test are required and have to be documented, because a fire inspector asks to see the log rather than watch you press a button.

On a first walk of an older building we typically find exit signs with dead batteries that light only while normal power is on, remote heads aimed at nothing, battery units painted over, and stairwell fixtures sharing a circuit with a corridor receptacle that contractors have been plugging tools into. We correct the fixtures, put testing on a written schedule and hand the association a log it can produce on demand. More on that equipment under exit and emergency lighting.

Corridors in Florida buildings are also usually open to outside air, so salt and humidity reach every fixture, box and piece of conduit. Damp and wet location ratings matter here in places where an inland building would get away with a standard fixture, and the difference shows up five years later as corrosion.

Parking garages and site lighting on a coastal property

Garage lighting runs more hours than anything else on the property and lives in the worst environment on the property. Salt-laden air, vehicle exhaust and constant humidity attack fixtures, EMT, box covers and every threaded connection. Steel conduit installed decades ago in an oceanfront garage is often rusted through at the couplings even where the fixtures still work.

When we survey a garage we are looking at more than lamp output. We check conduit and support condition, box integrity, the state of the branch circuits, whether the fixtures are rated for the location and whether the lighting levels meet what the property actually needs, including the brighter levels expected at entrances and ramps where drivers transition between daylight and interior light. LED conversion is usually the right move, both for the energy line item and because sealed LED luminaires hold up better here than open fixtures with lamps and ballasts.

Occupancy sensing that steps a garage down to a lower level instead of switching it off entirely is worth the extra cost in a residential building. Residents will not tolerate walking into a dark garage, and step-dimming gives you the savings without that complaint.

Outside, the pole lighting over surface parking, drives and walkways is a separate system with its own problems: corroded pole bases at grade, direct-buried conductors with failed splices in hand holes, photocells that stopped working years ago and poles that no longer meet the wind loading a coastal property needs. Site work is covered in more detail under parking lot and site lighting.

Elevators, pump rooms and the equipment that cannot be down

Every multifamily building has a short list of loads where a failure becomes an emergency within hours. In a mid-rise or high-rise that list is the elevators and the pumps.

An elevator needs its own feeder and a disconnecting means located where the mechanic can see it and lock it out. Where sprinklers are present in the machine room or hoistway, that disconnect is a shunt trip device tied into the fire alarm system, arranged to drop elevator power before water reaches the equipment. The interface between disconnect, fire alarm panel and elevator controller is where we find the most trouble, usually because three contractors touched it across three decades and nobody tested the whole sequence afterward. Machine rooms also need proper lighting, a receptacle and dedicated lighting circuits, and they are not storage rooms, though nearly every one we walk into has become one.

Pump rooms carry domestic booster pumps, sewage lift stations, pool circulation equipment and, in taller buildings, a fire pump. A fire pump is fed and protected differently from every other load in the building, specifically so it keeps running under conditions that would trip normal overcurrent protection, and where a generator backs it up the transfer equipment has to be listed for fire pump service. That is not a place for improvisation, and we coordinate any work near it with the fire protection contractor and the inspector.

Booster pumps and lift stations fail more mundanely: corroded contactors, dead float switches, pitted motor starter contacts and outdoor disconnects that have filled with water. These go on the same inspection schedule as everything else, because a failed lift station panel becomes urgent for every resident at once.

Gates, callboxes and access control power

Gate problems come to us constantly, and about half of them are electrical rather than mechanical. The gate operator needs a properly sized circuit, ground fault protection where required and a disconnect a technician can reach. The callbox, card reader, cameras, loop detectors and telephone or network connection all run on low voltage supplied by transformers or power supplies that sit in a box at the gate, in weather, near salt.

The usual findings: a corroded power supply, a transformer feeding more devices than it was sized for, a direct-buried conductor to the far gate leaf that has developed a fault, surge damage to the operator board after a nearby strike, and battery backup that has not held a charge in years. Lightning here is not an occasional event, and gate equipment sits at the end of long conductor runs in open ground, which is close to ideal conditions for induced surges.

We handle power, pathways, grounding and surge protection and coordinate with your access control vendor on the head end, so nobody spends a month arguing about whose problem it is.

Aging feeders and riser replacement in an occupied building

This is the capital project nearly every older multifamily building eventually faces. A building put up in the 1960s or 1970s has original vertical feeders, meter stacks and distribution equipment that have been carrying steadily growing loads for fifty years, and the load profile has changed completely: bigger air conditioning, more appliances, in-unit laundry that was never in the original design, and now electric vehicles.

What we look at before proposing anything:

• The main switchboard and house panels. Condition of the bus, lugs and terminations, evidence of past heating, and whether replacement breakers for that equipment are still available. Obsolete gear where no parts exist is a risk item even when it is working.
• Infrared scanning under load. A thermal survey of the switchboard, meter stacks, house panels and pull boxes during a normal loaded weekday finds the hot terminations before they open.
• Actual measured demand. We record demand at the service over a period rather than guessing from a spreadsheet. Real numbers decide whether the service is genuinely undersized or whether the distribution downstream is the problem.
• Riser condition and pathway. Conductor insulation type and age, splice and tap points in each floor closet, conduit fill and whether there is room in the existing pathway for a larger conductor or whether a new riser has to be routed.
• Grounding and bonding. Grounding electrode conductors, bonding of water piping and structural steel, and the connections at each floor. In salt air these deteriorate, and they are almost never inspected.

Replacement rarely happens all at once. We phase it: house distribution in one year, one riser stack per year after that, or all of the equipment in the garage level first because access is easiest there. Phasing lets the work track the reserve funding instead of forcing a large assessment, and it lets each phase be permitted, inspected and closed out cleanly. Related residential-side capacity work is described under commercial panel upgrades.

Shutting power off in a building full of residents

A planned outage in an occupied residential building is a logistics problem as much as an electrical one, and it is the part of a proposal that most contractors underprice.

How we plan one:

• Scope the outage to the smallest possible group of units. One riser, one stack, one floor. Almost nothing requires killing the whole building if the work is sequenced properly.
• Written notice well in advance, then again the day before. Door hangers, the resident portal and the elevator cab notice, all with the same start and end window. Residents accept a scheduled outage. They do not accept a surprise.
• Decide what stays up. Elevators, the domestic water booster, the fire pump, the fire alarm panel, corridor and stairwell lighting, and garage lighting if the work runs into the evening. Sometimes that means temporary generator power for a specific piece of equipment for the day.
• Time of day. Weekday daytime is easiest for crews and worst for residents who work from home. Overnight work costs more and eliminates most complaints. Boards should decide that tradeoff knowingly.
• Medical needs. Managers should identify residents on oxygen concentrators, home dialysis or refrigerated medication before the notice goes out. That list changes the plan.
• Staging and access. Where the truck parks, which elevator gets padded, where material is stored and who has keys to the electrical closets. Sorting that out in advance saves hours of paid time.
• Restore in a defined order and verify. We bring loads back in sequence, check for lost neutrals and reversed rotation on three phase equipment, and confirm every pump and elevator is running before we leave.

Milestone inspections and reserve studies driving electrical scope

Florida law now requires older condominium and cooperative buildings of three stories or more to undergo milestone structural inspections at an age set by statute, sooner in some coastal jurisdictions, with follow-up inspection and repair where significant deterioration is found. Associations are also required to fund a structural integrity reserve study, and electrical systems are one of the components that study has to address.

Two things follow from that, and both bring us into buildings.

First, the reserve study forces a real assessment of the electrical system rather than a placeholder line. Somebody has to say what condition the service equipment, risers, house panels and common area systems are in and what remaining life they have. That is an inspection with a written report behind it, not a guess, and it is the document a board uses to defend a funding decision.

Second, structural repair work drags electrical scope along with it. Balcony and slab repairs mean removing and reinstalling balcony lighting, receptacles and any conduit embedded in or attached to the affected concrete. Spalling repairs in a garage ceiling mean relocating fixtures and conduit runs. Waterproofing and exterior painting mean every wall-mounted fixture and box comes off and goes back. Associations routinely discover this after the structural contract is signed and the budget is set, and it becomes a change order. We would rather be in the room during planning, where it can be scoped and priced properly. Our commercial electrical services page covers the broader capability.

Taking it to the board

A proposal for association work has to survive a room of volunteers who are not electricians, who are accountable to their neighbors and who may be reading it for the first time at the meeting. We write them accordingly.

What we put in front of a board: the existing condition, with photographs and thermal images where they apply; what happens if nothing is done, and on roughly what horizon; the options, including the cheaper partial fix and what it does and does not buy; how the work phases across fiscal years; permit and inspection requirements; and what disruption residents will experience. We separate what is genuinely urgent from what belongs in reserves, because a proposal that calls everything urgent gets believed on nothing.

We will also attend a board or membership meeting and answer questions directly. Directors are spending other people's money, and approval comes easier when the electrician who will do the work is in the room to explain why the cheaper alternative is not actually cheaper.

Working with the property manager

In practice the manager is who we work with day to day, and a good working relationship comes down to a few habits.

• One point of contact and a clear rule for who can authorize what without a board vote.
• Work orders that name the building, the closet or room, the unit numbers affected and the actual symptom rather than a one-line description.
• Standing authorization for defined emergency conditions, so nobody is waiting on a quorum at two in the morning when a lift station panel is down.
• A clear line between association work and owner work, with owner-side items billed to the owner directly instead of running through association funds.
• Documentation that stays with the property. Panel schedules, as-built notes on risers, emergency lighting test logs and photographs of what is behind each closet door. Managers change and boards turn over, and the file is what survives.

If your firm manages a portfolio, we can work across several properties on consistent terms. There is more about that on our property management electrical page.

Service agreements written per building

HOA and condominium boards get better results from a scheduled agreement than from calling only when something breaks, mostly because the failures that hurt are the ones that were visible six months earlier.

A per-building agreement typically covers scheduled visits to relamp and repair common area, garage and site lighting; testing and logging of emergency lighting and exit signs; inspection of house panels, meter rooms and electrical closets; an annual infrared scan of the service and distribution equipment; a check of gate power, pump controls and pool equipment circuits; and priority response with pre-agreed terms when something fails outside those visits. Each building gets its own scope, because a two-story garden community and an oceanfront tower have almost nothing in common operationally.

The other benefit is budgeting. After a year of scheduled visits, an association has a documented condition history, which turns next year's electrical reserve line from an argument into an arithmetic problem.

Work that tends to come up alongside

• EV charging in the garage. The most common new request we get from associations, and the one most likely to expose an undersized house service. It needs a load study, a metering and billing decision and a policy the board can live with. See EV charging stations.
• Generator power for life safety and comfort loads. Elevators, pumps, corridor lighting and the fire alarm, at minimum, and often the clubhouse as a cooling location after a storm. Covered under generator installation.
• Surge protection at the house service and at distribution panels. A small cost set against a lightning season that regularly takes out elevator controllers, pump drives and gate boards.
• Pool and pool equipment bonding. Frequently deficient in older communities and a genuine hazard rather than a paperwork issue.
• Panel labeling and arc flash labeling in rooms where a maintenance technician has to open something.

Get the building walked first

If you are a board member, a manager or an owner at a multifamily or HOA property in our area, the first step is a walk of the building with someone who does this work, followed by a written condition report you can actually budget from. Call us at (954) 602-0050 to set that up. We answer the phone around the clock, we dispatch the closest available electrician when something fails, and you can confirm your community is in our coverage on the service area page. Keep (954) 602-0050 in the emergency contact list your manager hands to the on-site staff.