alternative heating system

Infrared Heating vs. Heat Pumps – What’s Best for Your Home?

May 20, 2025
Modern infrared heating panel

As more Swedish households move away from oil, direct electric heating, and gas-based systems, two eco-friendly heating alternatives are gaining popularity: heat pumps and infrared heating panels.

Both claim to offer lower energy bills, reduced environmental impact, and better efficiency — but how do they actually compare in real-world use? And which one makes more sense for your home?

Let’s break it down in a clear, practical way.

1. How They Work – Two Very Different Technologies

 Heat Pumps:

A heat pump doesn’t create heat — it moves it. By extracting warmth from the outside air (air-source), ground (geothermal), or even water, it compresses and transfers it indoors. It works much like a refrigerator in reverse.

  • Can heat and cool (if reversible)
  • Often works best with underfloor heating or radiators
  • Efficiency depends on outside temperatures

 In cold Nordic winters, air-source heat pumps can lose performance below –10 °C unless they’re specifically rated for low temps.

  Infrared Heating Panels:

Infrared heating works in an entirely different way. Instead of heating air, it emits radiant heat — like the sun. These invisible waves warm up surfaces, people, walls, and furniture directly, creating a deep, natural warmth without air circulation.

  • Instant heat sensation, like standing in the sun
  • Warms solid objects → stored heat stays longer
  • No air movement = no dust, no allergens

 At SunWave, our panels use advanced nanotech paste to maximize radiation efficiency and ensure fast, targeted heat with minimal energy use.

2. Energy Efficiency – Which Saves More?

Both systems are far more efficient than traditional electric radiators or oil boilers — but they operate differently.

System Efficiency Profile
Heat Pump COP of 3–5 (1 kWh in = 3–5 kWh heat out) — but varies depending on outdoor temps, system age, and insulation.
Infrared Panel Direct heating with up to 80% less energy usage compared to A+++ electric heating — especially effective in small, well-insulated areas or for zone heating. SunWave standard 60x120cm panels can heat spaces of 20-25m2 with just 500W (2kWh per day)

 Note: Infrared panels heat only where and when you need it. That avoids the losses that come from preheating large volumes of air or water in unused areas.

3. Installation – Simplicity vs. Complexity

 Heat Pumps:

  • Requires certified installers
  • May need outdoor units, ductwork, or radiator integration
  • Takes multiple days to install
  • May require permits or approval (especially in apartments or heritage buildings)

 Infrared Panels:

  • Mount on walls or ceilings — plug-and-play or hardwired
  • No pipes, ducts, or compressors
  • No noise, no outdoor space required
  • Easy to install in apartments, cabins, or as supplemental heat

 Perfect for room-by-room heating, renovations, or extensions where reworking plumbing is costly or impractical.

4. Maintenance & Lifespan

System Maintenance Lifespan
Heat Pump Regular servicing: filters, refrigerant, fans 10–20 years
Infrared Panel Zero maintenance 30–40 years

 SunWave panels have no moving parts and require no filters or service contracts — just decades of silent, clean heat.

5. Comfort & Indoor Climate

  • Heat Pumps circulate warm air, which may create slight drafts or dry air
  • Infrared Panels provide a silent, dust-free, and uniform warmth without affecting humidity or stirring allergens

->  Ideal for people with allergies, asthma, or those who prefer clean air and silent operation.

6. Design, Space, and Aesthetics

Heat pumps usually require:

  • A visible outdoor unit
  • Large indoor units or radiator integration

Infrared panels are:

  • Ultra-slim (less than 2.5 cm)
  • Can be made as mirrors, glass, or custom image panels
  • Practically invisible when ceiling-mounted

-> For modern, minimalist, or small-space homes — infrared blends in better.

7. Cost & Return on Investment

Factor Heat Pump Infrared Heating
Installation Cost High (€7,000–€20,000 depending on type & size) Low (€400–€1,200 per panel/room)
Operating Cost Moderate–low, depending on usage & temp Ultra-low, especially for zone heating
Payback Time 5–10 years 1–3 years

-> Infrared heating can be deployed gradually (room by room), making it easier on your budget and perfect for renovations or expanding homes.

 So, What’s the Right Choice?

You Should Choose… If You…
Heat Pump Want centralized heating/cooling in a well-insulated, larger home — and can invest upfront.
Infrared Panels Want efficient, modular heating that’s affordable, maintenance-free, and works room-by-room.

 Many homeowners even combine both systems — using heat pumps for general heating and infrared for high-usage rooms or to reduce cold zones.

Final Thoughts

Heat pumps and infrared panels are both modern, smart alternatives to old-school heating. But they’re not the same — and depending on your home, lifestyle, and budget, one may suit you better than the other.

If you want:

  • A system with zero maintenance
  • Up to 80% lower energy use
  • Easy, beautiful integration into your space
    — then SunWave infrared panels could be the perfect fit.

Curious if it works for your home? Contact our team for honest advice or a custom recommendation.

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