Best room heaters for home usage

When it comes to home heating, ensuring safety from carbon monoxide (CO) exposure is crucial. Electric heaters ((like infrared, oil-filled radiators, and convection heaters) are designed to minimise or eliminate the risk of carbon monoxide production. Heat pumps and well-vented biomass heaters can also be safe, provided proper precautions are taken. Always prioritise safety features, proper installation, and regular maintenance to ensure a safe heating environment. Here’s a detailed look at room heaters that are generally considered safe from carbon monoxide for home usage

ROOM HEATER

11/15/20244 min read

winter room heater
winter room heater

1. Infrared Heaters

How They Work:
  • Infrared heaters emit infrared radiation that directly warms objects and people in the room rather than heating the air. This form of heat is similar to the warmth felt from sunlight.

Advantages:
  • Quick Heating: Provides instant warmth; you feel the heat almost immediately upon turning it on.

  • Energy Efficiency: Typically more efficient than traditional heating methods since they don’t waste energy heating the air.

  • Targeted Heating: Ideal for spot heating, making them great for small rooms or specific areas.

  • No Emissions: Electric infrared heaters produce no emissions, making them safe for indoor use.

Disadvantages:
  • Limited Range: Effectiveness decreases with distance; best for localised heating.

  • Temperature Fluctuations: The room may feel cooler when you move away from the heater since the air isn’t heated uniformly.

Best Use Cases:
  • Ideal for small spaces, personal use, or areas where quick heat is needed, like bathrooms or workshops.

2. Oil-Filled Radiators

How They Work:
  • Oil-filled radiators are electric heaters that use oil as a heat reservoir. The oil is heated by electric coils, and the radiator then radiates heat into the room.

Advantages:
  • Long-Lasting Heat: Retains heat well, continuing to warm the room even after being turned off.

  • Quiet Operation: No fans, making them very quiet.

  • Consistent Heating: Provides a steady and even distribution of warmth, ideal for longer use.

  • Safety Features: Generally equipped with overheat protection and tip-over switches.

Disadvantages:
  • Slow to Heat Up: It takes time to warm the oil and reach the desired temperature, so it’s not ideal for quick heating.

  • Bulkiness: Usually larger and heavier, which can make them less portable.

Best Use Cases:
  • Great for medium to large rooms and for use throughout the day, especially in bedrooms and living areas.

3. Convection Heaters

How They Work:
  • Convection heaters warm the air in the room. They have a heating element that warms the air, which then rises, creating a convection current that circulates warm air throughout the space.

Advantages:
  • Even Heating: Good for warming an entire room gradually, as the warm air circulates effectively.

  • Variety of Types: Available as portable units or fixed installations, and can include fan-assisted models for faster heating.

  • Adjustable Settings: Many models come with thermostats and timers for better energy efficiency.

Disadvantages:
  • Time to Heat Up: May take longer to reach the desired temperature compared to infrared heaters.

  • Air Movement: Can create drafts as air is circulated, which may not be comfortable for everyone.

  • Noise: If equipped with a fan, can produce noise during operation.

Best Use Cases:
  • Suitable for larger spaces or entire homes, especially when a steady, consistent temperature is desired.

Conclusion

  • Choose Infrared Heaters if you need quick, localised warmth and energy efficiency for small spaces.

  • Choose Oil-Filled Radiators if you prefer consistent, long-lasting heat for larger rooms and want a quiet operation.

  • Choose Convection Heaters if you need to heat larger spaces evenly and can tolerate a longer heating time.

Ultimately, the best option will depend on your specific heating requirements, the size of the area to be heated, and your preferences for energy efficiency and comfort.

Our recommendations: Oil-Filled Radiators

  1. Havells 13 Fin Hestio Wave Fin OFR | 2900 Watt
  2. Bajaj Majesty OFR 13 Fin Plus 2900W Oil Filled Room Heater For Home
  3. Morphy Richards OFR Room Heater, 9 Fin 2400 Watts Oil Filled Room Heater

What is Carbon Monoxide (CO)?

Carbon monoxide is a colorless, odorless, and tasteless gas that is produced when fossil fuels (like natural gas, LPG, or kerosene) do not burn completely. In high concentrations, CO can be deadly because it interferes with the body's ability to carry oxygen in the bloodstream.

Advantages of Room Heaters:

  1. Quick Heating:

    • Room heaters provide immediate warmth, making them effective for quickly warming up a room or a small space.

  2. Energy Efficiency for Small Spaces:

    • They are often more energy-efficient than central heating when heating a single room, as they can target specific areas rather than wasting energy heating the entire house.

  3. Portability:

    • Most room heaters are lightweight and portable, allowing users to move them from room to room depending on where warmth is needed.

  4. Cost-Effective:

    • Room heaters can be more affordable to run in the short term compared to central heating systems, especially for smaller spaces. Some models also allow you to set a timer or use thermostats, helping control energy use.

  5. Variety of Options:

    • There are various types of room heaters (electric, oil-filled, ceramic, fan-forced, infrared) to suit different needs, preferences, and room sizes.

  6. Supplementary Heating:

    • Room heaters are useful as a supplementary heating source, especially in areas where the central heating doesn't adequately reach.

  7. Improved Comfort:

    • They can provide comfort and warmth in areas that are otherwise chilly, such as bedrooms or bathrooms.

Disadvantages of Room Heaters:

  1. Energy Consumption:

    • While they can be efficient in small spaces, room heaters can consume a lot of electricity. If used for extended periods, they may lead to higher energy bills.

  2. Limited Coverage Area:

    • Room heaters are only effective in the room they are placed in, meaning they don't provide whole-house heating, which may require more heaters for larger spaces.

  3. Dry Air:

    • Electric heaters, especially fan-forced or convection types, can reduce humidity in the air, leading to dryness in the skin, eyes, and respiratory system.

  4. Fire Risk:

    • Heaters, particularly portable or gas models, pose a potential fire risk if not used properly. Flammable materials should be kept away from them, and they must be turned off when not in use.

  5. Noise:

    • Some types of room heaters, particularly fan-based ones, can be noisy, which may be disturbing in quiet environments like bedrooms or study areas.

  6. Space Occupation:

    • Portable heaters take up space in the room, which might be inconvenient in smaller or more crowded spaces.

  7. Maintenance Needs:

    • Depending on the type of heater, some may require regular maintenance (e.g., oil-filled radiators need checking for leaks, or fan heaters may require cleaning to prevent dust buildup).

  8. Overheating Risk:

    • If not used properly, especially in poorly ventilated areas, room heaters can overheat and cause damage to the unit or surrounding area.

  9. Not ideal for larger rooms:

    • Room heaters are typically not effective in larger rooms or open-plan spaces, where central heating or more powerful systems are needed.

In conclusion, room heaters offer a convenient and cost-effective solution for heating small spaces, but they come with certain risks and limitations, particularly concerning energy consumption, dryness, and fire hazards.