Board Governance & Components

Lighting & Electrical Systems Reserve Planning

Common-area lighting and electrical systems are easy to take for granted — until a major distribution component fails or an entire lighting system needs converting. These systems blend long-lived infrastructure with shorter-lived fixtures and increasingly with technology that becomes obsolete. Here's how to plan electrical and lighting reserves.

What the Association Typically Owns

The association is generally responsible for the electrical and lighting serving common areas and shared infrastructure:

• Common-area lighting — parking lots, walkways, landscape lighting, building exteriors, lobbies, hallways, amenities
• Electrical distribution — common-area panels, switchgear, transformers (where association-owned), and distribution serving shared systems
• Lighting controls — timers, photocells, and increasingly smart/networked control systems
• Emergency and life-safety lighting — exit signs, emergency lighting, often code-required
• Site and security lighting — overlapping with security systems

As always, the reserve study should include only association-owned electrical, per the governing documents — unit-level electrical is typically the owner's responsibility.

The Two Timescales

Electrical and lighting components split across very different lifespans:

Longer-lived infrastructure:

• Electrical panels, switchgear, and distribution — durable but eventually need replacement, and replacement is expensive and disruptive
• Conduit and wiring — long-lived but not permanent
• Transformers (where owned)

Shorter-lived fixtures and controls:

• Light fixtures — periodic replacement
• Controls and electronics — shorter lives, and prone to obsolescence
• Lamps/bulbs — frequent (often operating rather than reserve, depending on scale)

The infrastructure is the big-ticket, long-cycle reserve item; the fixtures and controls are the more frequent expense. Both belong in reserves at their respective cycles.

The LED Conversion Opportunity

A major current consideration is the conversion to LED lighting, which is both a reserve/capital item and an operating-savings opportunity:

• LED conversion is often a capital project — replacing older lighting (incandescent, fluorescent, HID) with LED across a community
• It reduces operating costs — LEDs use far less electricity and last much longer, cutting both power and replacement costs
• It can pay for itself — the operating savings often justify the capital cost over time
• It interacts with reserves — converting to LED changes future replacement cycles and costs

For many communities, an LED conversion is a smart capital project that lowers operating expenses — a good example of where a capital improvement generates ongoing savings. Boards should evaluate it as both a reserve item and an operating-budget decision.

The Obsolescence Factor

Like other technology-laden components, modern lighting controls and electrical systems increasingly involve electronics and software that become obsolete, not just worn:

• Smart lighting controls and networked systems can lose support
• Replacement parts for older systems become scarce
• Newer code and efficiency standards can force upgrades beyond like-for-like

Plan for replacement driven by obsolescence and code, not just physical wear — this is a growing factor across electrical, gate, and EV systems alike.

Code and Safety Considerations

Electrical work is heavily code-governed, and replacements often must meet current codes — which can add cost beyond like-for-like. Emergency and life-safety lighting is code-required and must be maintained. Major electrical work requires licensed professionals and proper permitting. Budget for code-compliance costs in electrical reserve planning.

Planning Electrical & Lighting Reserves

1. Include only association-owned electrical — per the governing documents
2. Reserve for both timescales — long-lived distribution infrastructure and shorter-lived fixtures/controls
3. Evaluate LED conversion — a capital project that cuts operating costs
4. Plan for obsolescence — controls and electronics age out, not just wear out
5. Budget code-compliance costs — replacements may exceed like-for-like
6. Maintain life-safety lighting — emergency and exit lighting is code-required
7. Coordinate with security and site lighting — overlapping systems

The Bottom Line

Lighting and electrical systems blend long-lived, big-ticket distribution infrastructure with shorter-lived fixtures and increasingly obsolescence-prone controls. Reserve for both timescales, evaluate an LED conversion as a capital project that lowers operating costs, and plan for obsolescence and code-driven replacement, not just wear. The boards that treat electrical infrastructure as a real (if infrequent) reserve item — rather than assuming it lasts forever — avoid the surprise of a major distribution failure with no reserves set aside. For the broader component picture, see How to Build a Component Inventory.