Do Infrared Fireplaces Use a Lot of Electricity?

Infrared fireplaces are energy-efficient, typically using less electricity than traditional heating methods, often costing around 10-20 cents per hour to operate.

Infrared fireplaces are a popular heating solution for homeowners seeking energy efficiency and ambiance. Unlike traditional electric fireplaces that rely on fans and heating coils, infrared models use advanced LED technology to produce heat. But how much electricity do they actually consume? Let’s break it down.

How Infrared Fireplaces Work

Infrared fireplaces generate heat using infrared light, which warms objects and people directly rather than heating the air. This method is similar to how sunlight warms the earth. Key components include:

• Infrared LED bulbs – Emit invisible infrared light.
• Metal reflector – Distributes heat evenly.
• Ceramic or quartz heating elements – Enhance heat retention.

Because they don’t rely on forced air, infrared fireplaces avoid drying out indoor air—a common issue with traditional electric heaters.

Electricity Consumption of Infrared Fireplaces

Most infrared fireplaces consume between 750 and 1500 watts when the heater is active. Here’s how that translates into costs:

When the heater is off but the flame effect is running, power usage drops to around 50-300 watts, costing just a few cents per hour.

Infrared vs. Traditional Electric Fireplaces

Infrared fireplaces are generally more efficient than standard electric models because:

• No heat loss – Infrared warms objects directly, while electric heaters lose some heat through air circulation.
• Faster heating – Infrared provides instant warmth, whereas electric heaters take time to warm the air.
• Lower long-term costs – LED bulbs last longer than heating coils.

For comparison, a wood-stove-style electric heater may use similar wattage but won’t heat as efficiently.

Are Infrared Fireplaces Cost-Effective?

Yes, infrared fireplaces are among the most energy-efficient heating options available. Key benefits include:

• Zone heating – Heat only the rooms you use, reducing overall energy consumption.
• No venting required – Unlike gas fireplaces, all energy is converted into usable heat.
• Low maintenance – No filters or ducts to clean.

For those seeking an even more efficient alternative, propane heaters can be a good option, though they require fuel refills.

Maximizing Energy Efficiency

To get the most out of your infrared fireplace:

1. Use a thermostat – Maintain a consistent temperature without overheating.
2. Close doors and windows – Prevent heat from escaping.
3. Run the flame effect only – Enjoy ambiance without extra heating costs.

For larger spaces, consider pairing your fireplace with a portable heater for better coverage.

Final Thoughts

Infrared fireplaces are a smart choice for energy-conscious homeowners. They provide efficient, targeted heating while adding aesthetic appeal. While they do use electricity, their advanced technology ensures minimal waste, making them a cost-effective alternative to traditional heating methods.

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Space Heater Electricity Use

A plug-in space heater can use a lot of electricity when it runs for hours. A common 1,500-watt model draws about 12.5 amps on a 120-volt circuit and uses 12 kWh over eight hours. Infrared, ceramic, oil-filled and fan heaters with the same 1,500-watt rating use essentially the same electricity while heating; a thermostat reduces runtime, not the heater’s rated draw. Plug it directly into a wall outlet, never an extension cord or power strip, and keep 3 feet of clearance.

Propane Fireplace Electricity Needs

A propane fireplace burns propane for heat, but its controls may still need household electricity. A standing-pilot or millivolt model can often run without utility power, while electronic ignition, a blower, thermostat or remote may stop working during an outage. Check the manual for your exact fireplace. Indoor use also requires an indoor-rated model, the specified venting, and a working carbon monoxide alarm; vent-free gas appliances are restricted in some states and cities.

Propane Fireplace Electricity Needs

Propane fireplaces don’t all use electricity in the same way. The flame gets its heat from propane, while electricity may power ignition, a fan, display, thermostat or remote. A millivolt fireplace can often keep heating without household power, although its blower and electronic accessories won’t. Read the installation manual and follow local code, especially for vent-free models, before treating a propane fireplace as backup heat.