A written 5-year HVAC capital plan is the single most valuable AGM document a property manager delivers to a condo board. It transforms panic-driven special assessments into calm, planned reserve draws — and every reputable HVAC contractor should be delivering one for free. Here's the template.
Why every high-rise needs this
Two facts every GTA condo PM knows too well:
- The board is expected to fund reserves for future capital expenses.
- Nobody actually knows precisely what the future capital expenses will be — because nobody has run condition assessments on every piece of major equipment.
The result is reserve fund studies (RFS) that estimate replacement based on installation date + expected life — which is more accurate than nothing but frequently 30–50% off actual timing. Buildings under-fund, get surprised, and impose special assessments. Or they over-fund, tie up capital, and drive up condo fees unnecessarily.
A field-conducted 5-year capital plan — walked by an engineer, tested with instruments, calibrated against actual runtime and condition — replaces that guesswork with grounded projections.
Equipment life expectancy: the anchor data
Every capital plan starts from this table. Realistic service life for HVAC equipment in GTA high-rise conditions:
| Equipment | Expected Service Life |
|---|---|
| Cast-iron sectional boiler | 25–35 years |
| Condensing gas boiler | 15–20 years |
| Water-cooled centrifugal chiller | 25–30 years |
| Water-cooled screw chiller | 20–25 years |
| Air-cooled screw chiller | 15–20 years |
| Cooling tower (fibreglass) | 20–25 years |
| Cooling tower media/fill | 7–12 years |
| Rooftop MAU (packaged) | 18–22 years |
| Air Handling Unit (AHU) | 20–25 years |
| Hydronic circulator pump | 15–20 years |
| Pump motor (only) | 10–15 years |
| In-suite fan coil | 15–20 years |
| Fan coil motor (only) | 8–12 years |
| Zone valve actuator | 10–15 years |
| Building automation controller | 15–20 years |
| Programmable thermostat | 12–18 years |
| Hydronic distribution piping | 40–60+ years |
| Concrete boiler foundations | 50+ years |
These are realistic lives — accounting for actual GTA operating conditions, typical water treatment quality, and real runtime. Manufacturer nameplate ratings tend to be 20% optimistic; condition-based projections after a physical audit tend to be 10–30% more accurate than either.
Sample 5-year capital plan: 240-unit GTA high-rise
Here's a real capital plan structure for a hypothetical 240-unit building built in 2007, current age 19 years, with a typical equipment profile:
| Item | Year | 2026 Cost |
|---|---|---|
| YEAR 1 · 2026 | ||
| Cooling tower media replacement | Q2 | $18,000 |
| BAS controller upgrade (partial) | Q3 | $28,000 |
| 12 in-suite fan coil motor replacements | Ongoing | $16,800 |
| YEAR 2 · 2027 | ||
| Circulator pump #1 replacement | Q1 | $14,500 |
| Corridor MAU coil recertification | Q2 | $8,200 |
| Zone valve actuator replacement (8 units) | Q3 | $11,200 |
| 15 fan coil motor replacements | Ongoing | $21,000 |
| YEAR 3 · 2028 | ||
| Air-cooled chiller replacement (200 tons) | Q2 | $220,000 |
| Circulator pump #2 replacement | Q3 | $14,500 |
| 18 fan coil motor replacements | Ongoing | $25,200 |
| YEAR 4 · 2029 | ||
| Building-wide thermostat replacement (60 units) | Q1–Q2 | $9,600 |
| Cooling tower structural inspection + repair | Q3 | $12,000 |
| 15 fan coil motor replacements | Ongoing | $21,000 |
| YEAR 5 · 2030 | ||
| Boiler #1 replacement (condensing 2 MMBTU) | Q2 | $68,000 |
| MAU control valve replacement | Q3 | $7,500 |
| 15 fan coil motor replacements | Ongoing | $21,000 |
| 5-Year Total HVAC Capital | $516,500 | |
That $516,500 over 5 years = $103,300/year. Divided over 240 units = $430 per unit per year in HVAC-specific reserve fund contribution needed to fund this equipment cycle without special assessment.
The board question this data enables: "Are we currently allocating $103,300/year to HVAC in our reserve? If yes, no special assessment needed. If less, here's the shortfall — do we increase fees or plan for assessment in Year 3?" That single question changes the board conversation from crisis-driven to strategic.
The 4-step process to build your own plan
Step 1: Equipment inventory
Complete inventory of every major HVAC asset — boilers, chillers, cooling towers, MAUs, AHUs, circulator pumps, control system, in-suite fan coils. For each: install date, manufacturer, model, capacity, current condition. Your existing RFS may have some of this — verify accuracy against physical inspection.
Step 2: Condition assessment
Physical walkthrough by qualified engineer or contractor. Look for: corrosion, water damage, unusual sounds, efficiency drift, control drift, refrigerant leaks, safety device operation. Note items already past 70% of expected life for accelerated planning.
Step 3: Project to 5-year window
For each asset: current age + expected remaining life = year of replacement. Apply the life expectancy table above, adjusted for observed condition. Anything within 5 years enters the plan; anything beyond 5 years enters a 10-year secondary projection.
Step 4: Cost estimation
Use current 2026 replacement costs (see our Toronto commercial HVAC costs guide) with 3–4% annual inflation. Include rigging, disposal, controls integration, and permit fees. Never quote just equipment cost — installed cost is what matters.
Free 5-year plan for your building.
PanCanAir clients receive an updated 5-year HVAC capital plan every January. Not a client yet? Book a free audit and we'll deliver one within 10 business days.
Book Free Audit →How to present this at your AGM
The plan is only useful if the board understands and adopts it. Three slides that carry the presentation:
- The equipment age map. Simple visual — every major HVAC asset with its install year, expected replacement year, and current status colour (green/yellow/red).
- The 5-year cost timeline. Year-by-year table (like the sample above) showing scheduled draws from reserves.
- The reserve fund alignment slide. Compare planned draws vs. currently-funded reserve balance projected forward. Show the gap (if any), and the fee adjustment or special assessment required to close it.
Boards accept difficult decisions when they see the analysis. They reject them when they feel surprised. The 5-year plan removes surprise from the equation.
Frequently Asked Questions
What percentage of a condo reserve fund goes to HVAC?
For typical GTA high-rise condos, HVAC allocation runs 25–40% of the total reserve fund. Buildings with district energy trend lower; buildings with centralized chiller plants trend higher.
How often should a condo update its HVAC capital plan?
Ontario condos must complete a reserve fund study every 3 years. The HVAC component should be reviewed annually by the PM and mechanical contractor, presented at the AGM.
What HVAC equipment has the shortest life expectancy?
In-suite fan coils and thermostats: 12–18 years. Air-cooled chillers and rooftop AHUs: 15–20 years. Water-cooled centrifugal chillers and cast-iron boilers: 25–35 years.
How much should we set aside annually for HVAC capital?
For a typical 240-unit GTA high-rise: $22,000–$40,000/year depending on equipment age profile. Roughly $92–$167 per unit per year.