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Heating, Cooling & Ventilation

Ducting space and room coverage guide the choice of heating, cooling & ventilation systems for individual rooms or a whole home.

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Heating, Cooling & Ventilation


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About Heating, Cooling & Ventilation products

Australia’s climate swings from tropical humidity to alpine chill, sometimes in the same week. A well-planned system doesn’t just chase the perfect temperature-it also manages moisture, filters pollutants and protects the building envelope. When heating, cooling and ventilation work together, you gain year-round comfort, lower power bills and a healthier indoor environment.

Heating, Cooling & Ventilation products keep Australian homes and workplaces healthy, comfortable and energy-efficient. From whisper-quiet fans to whole-home climate control, explore an expertly curated range that meets every climate zone and design brief. Find HVAC solutions built for our conditions and connect directly with leading local suppliers.

Key system types

  • Central heating & cooling – ducted or hydronic networks that treat the whole building.
  • Solar heating – harness free sunshine to pre-warm air or water.
  • Underfloor heating – invisible warmth that radiates evenly from the slab.
  • Heat pumps – high-efficiency units that both heat and cool.
  • Fireplaces – from clean-burning gas inserts to statement wood burners.
  • Ventilation systems – HRV, ERV and mechanical extracts that swap stale air for fresh.
  • Fans – ceiling, wall and inline models that boost air movement.
  • Hot water heating – essential for radiant floors, hydronic radiators and domestic supply.

Choosing the right capacity

Size is everything. Undersized units run constantly and still can’t meet demand; oversized units cycle on and off, wasting energy and wearing out components. Calculate load based on: Select heater units to match the calculated load, with allowance for the building’s orientation, insulation and occupancy.

  • Local climate zone and design temperatures
  • Floor area and ceiling height
  • Insulation levels, glazing and air-tightness
  • Occupancy patterns and internal heat gains

Quality suppliers on ArchiPro can perform an ACCA J-style calculation or consult your mechanical engineer.

Energy efficiency & regulations

Look for products carrying the Zoned Energy Rating Label (ZERL) and minimum star ratings under the Greenhouse and Energy Minimum Standards (GEMS). In new builds and major renovations, systems must also satisfy ventilation and condensation provisions within the National Construction Code.

Cost range & budgeting

Indicative supply costs (excluding GST and installation):

  • Ducted reverse-cycle system: $7,000–$15,000+
  • Heat-recovery ventilation: $3,500–$8,000
  • Hydronic underfloor heating: $90–$140 per m²
  • Designer gas fireplace: $5,000–$12,000

Installation labour can add 40–60 % depending on site access, zoning complexity and electrical upgrades. Bundle multiple systems through one contractor to streamline trades and warranties.

Installation & maintenance tips

Plan duct routes and plant locations early to avoid bulkheads cutting into valuable ceiling space. Allow minimum clearances for outdoor condensers and ensure condensate drains fall correctly. After commissioning, create a maintenance schedule that includes: Where ventilation windows for heating and cooling form part of the brief, coordinate their placement with mechanical systems and the building’s orientation.

  • Filter replacement every 3–6 months
  • Duct and grille cleaning annually
  • Refrigerant pressure and airflow checks before summer
  • Combustion appliance servicing in autumn

Smart controls and zoning dampers can further trim running costs by 20 – 30 %.

Ready to specify? Browse the full Products catalogue or connect directly with Australia’s most trusted HVAC specialists through ArchiPro.

What are the three types of heat transfer?

The three types of heat transfer are conduction, convection and radiation. Each of these has been utilised in modern heating systems in different ways. Conduction carries heat through the object itself. Convection heaters heat cool water or air, as in the case of underfloor heating or warm water radiators often used in central heating systems. Radiation transfers heat via electromagnetic waves that travel through the air to be absorbed by other objects directly, without transferring any heat to the air. An open fire or an electric coil heater are examples.

What is the most common type of heating system?

Some of the most common heating systems in Australia include forced air heating systems, where hot air is heated and travels via ducts. Heat pumps, baseboard heaters, underfloor heating and wall radiators are just some examples of this.

How do thermostats determine the temperature?

Older electromechanical thermostats usually determine the temperature via a metal strip or coil. It expands in heat and contracts with cold, which acts as a trigger to turn on or off the system, depending on whether the temperature is rising or falling. Contemporary electromechanical systems register the temperature with programmable sensors that allow you to adjust it to your liking.