Standard electric convectors for comfortable warmth
Standard electric convectors heat a room quickly, quietly, and precisely. This makes them a practical choice for a living room, bedroom, home office, or any other room where you want to control the temperature by zone. In this collection, you will find electric convectors with a sleek design and simple operation. This allows you to select the power output and controls that best suit your home in Belgium or the Netherlands.
An electric convector requires no central heating pipes, gas, or chimney. However, you do need a suitable electrical connection and sufficient power. Therefore, we explain below how convection heating works, what wattage to consider, and what to look for when comparing. Furthermore, you will discover how to realistically calculate consumption.
How does a standard electric convector work?
A convector uses natural air circulation. Cooler air enters the unit at the bottom, passes an electric heating element, and rises as warm air. This heat then mixes with the air in the room. Because standard models usually operate without a fan, you hear virtually no airflow during normal use.
The built-in thermostat measures the ambient temperature. As soon as the set temperature is reached, the heating element switches off temporarily. If the temperature drops, the unit heats again. Therefore, the maximum wattage is not automatically the continuous consumption. The actual operating time depends on, among other things, insulation, outside temperature, set temperature, room volume, and heat loss.
When is convector heating a good choice?
Electric convector heating is particularly interesting when you want to quickly heat a separate room. Think, for example, of a guest room that is not used daily, a home office, or a bedroom that only needs warmth around bedtime. Additionally, a convector can serve as local supplementary heating when the central heating does not provide the same level of comfort throughout.
In a well-insulated and correctly calculated room, a suitable appliance can also function as the primary heating source. However, an old, drafty, or very high room requires more power and longer operating times. Therefore, for an entire home, do not compare only the purchase price. Also consider heat loss, your operating hours, the electricity tariff, and alternatives such as a heat pump.
What power does your electric convector need?
The correct power output prevents a device from failing to reach the desired temperature. Even with standard electric convectors, an oversized device does not automatically result in lower energy consumption. Conversely, an undersized device can continue to operate at full power for extended periods. Therefore, first calculate the length, width, and height of the room, and then assess the insulation.
The bandwidths below are often used for a quick orientation. However, these remain indications; a heat loss calculation provides a more reliable result.
- Well-insulated room: calculate with an indicative estimate of approximately 50 to 70 watts per m².
- Average insulated room: calculate with an indicative estimate of approximately 70 to 100 watts per m².
- Moderately insulated or drafty room: 100 watts per m² or more may be required.
Example: a 15 m² room with average insulation requires approximately 1,200 watts according to 80 watts per m². Does the room have a lot of glass, an open staircase, exterior walls, or a ceiling that is significantly higher than average? Then the heat demand increases. Moreover, a bathroom typically requires a higher comfort temperature than a bedroom.
If you want certainty, have the heat loss determined. This takes into account factors such as location, outside temperature, ventilation, glazing, year of construction, and adjacent rooms. This prevents the floor area alone from determining the choice.
Calculate the consumption of standard electric convectors
Electric resistance heating converts the electricity consumed almost entirely into heat at the point of use. However, this does not mean that all standard electric convectors are equally inexpensive to operate. Your costs depend primarily on power output, duty cycle, heat demand, and electricity price.
The simple formula is: power in kilowatts × operating time in hours = consumption in kWh. A 1,500-watt convector consumes a maximum of 1.5 kWh during one hour of continuous heating. At a rate of €0.30 per kWh, that example calculation costs €0.45. In practice, the thermostat regularly switches off as soon as the target temperature is reached. Therefore, actual consumption is usually lower than the theoretical maximum, but in a cold or poorly insulated room, the device may actually remain active for a long time.
Compare over several days for a realistic estimate. Note the set temperature and the number of hours of use. A separate energy meter can provide insight for a plugged-in appliance, provided that the meter is suitable for the power rating and is used in accordance with safety regulations.
Standard convector, fan heater, or infrared panel?
These forms of heating do not feel the same. Therefore, the intended application is more important than just the wattage.
- Electric convector: primarily heats the room air via natural circulation. As a result, it is quiet and suitable for prolonged comfort in small to medium-sized rooms.
- Fan heater: blows warm air and provides a noticeable effect quickly. On the other hand, the fan makes noise and can stir up dust.
- Infrared panel: primarily heats people and surfaces within the radiation range. This can be pleasant for a fixed seating or workspace, but the effect outside the radiation zone is different.
- Oil-filled radiator: generally reacts more slowly, but retains heat for some time after being switched off. The unit is often heavier and takes up more floor space.
None of these electric resistance heaters structurally generates more heat from the same amount of current. The difference lies primarily in speed, perceived warmth, control, and the way the heat is released into the room.
What to look for in standard electric convectors?
Thermostat and temperature control
Proper control prevents unnecessary overheating. Therefore, when choosing standard electric convectors, to the adjustment range, readability, and the location of the temperature sensor. A simple rotary knob is ready for immediate use. Digital controls often offer more precise settings and additional functions. Always check the specific product specifications, as features vary by model.
Timer, weekly schedule and smart control
A timer or weekly program is useful when your rhythm is predictable. This way, the room does not need to stay warm all day. Some models offer remote control. Furthermore, a frost protection mode can be handy in a storage room, holiday home, or infrequently used room. However, smart features only save energy when you set them appropriately.
Freestanding or wall-mounted
Wall mounting keeps the floor clear and provides a clean appearance. A freestanding unit is more flexible, provided the model is designed for this and the correct feet or wheels are used. Never place a convector on an unstable surface. Also keep the minimum distances specified in the manual clear so that air can flow in and escape unimpeded.
Protection and application in damp areas
Pay attention to overheating protection and, for portable models, any tip-over protection. Do you want to heat a bathroom? Then choose only a device that, according to the manufacturer, is suitable for that room and the intended installation zone. The IP rating, fixed connection, and installation distance are determining factors in this regard. If in doubt, have a certified installer assess what is permitted according to the applicable regulations.
Properly install standard electric convectors
Free airflow is essential for standard electric convectors. Therefore, do not place a sofa, curtain, laundry, or cupboard directly in front of or above the convector. Never cover the unit. A location near a cold exterior wall or under a window can help compensate for cold drafts, but only if the manufacturer permits this placement and the required distances are feasible.
Preferably use a suitable grounded socket and avoid a coiled extension cord or overloaded power strip. A high-power appliance can heavily load a circuit. Therefore, check the connection capacity and do not carelessly combine it with other heavy consumers on the same circuit. For permanent installations, always follow the manual and local electrical regulations.
Standard electric convectors per room
Living room
In a living room, glass surface area, open doors, and ceiling height play a major role. Therefore, do not choose solely based on square meters. As supplementary heating, a convector can support a seating area or living zone without heating the entire home.
Bedroom
A standard electric convector without a fan is attractive when silence is important. Do not set the temperature higher than necessary and use a timer program, if available. Additionally, adequate ventilation remains important; a heater does not replace fresh air.
Home office and study
For a room used only during working hours, fast zone control is practical. Program the heat shortly before use and lower the setting afterwards. This way, you heat specifically rather than continuously.
Holiday home, storage unit or garage
For frost protection, you do not always need the same comfort temperature as in a living room. Choose a model with a suitable frost setting and check whether the environment meets the operating conditions. A damp, dusty, or unattended room may impose additional requirements.
This is how you get more out of your convector
- Limit drafts and close unused doors so that heat remains in the selected zone.
- Lower the set temperature when the room is not in use.
- Keep the air vents dust-free and follow the manufacturer's cleaning instructions.
- Measure consumption over several days instead of evaluating a single cold start.
- Compare models based on control, safety, installation, and warranty, not just wattage.
Frequently asked questions about standard electric convectors
Is an electric convector energy-efficient?
The device supplies almost all of the absorbed electrical energy as heat to the room. Nevertheless, insulation, temperature setting, and operating time determine the costs. For short, targeted use, a convector can be practical. For long-term heating of an entire home, an efficient heat pump may be more cost-effective.
Does a standard convector make noise?
A model without a fan generally operates very quietly. You may occasionally hear a slight click from the thermostat or expansion noises. Check the product specifications if absolute silence is important.
Can I use a convector at night?
Use the appliance exclusively according to the manual and keep the air vents clear. Select the correct temperature and use safety functions as prescribed. Never place the appliance too close to bedding, curtains, or other flammable materials.
Can one convector heat a large room?
That depends on the total heat loss and the available power. In a large, high, or open space, a single appliance may be insufficient. Multiple well-distributed heat sources or a different heating system might then be more logical.
What is the difference between watts and kWh?
Watt indicates the electrical power of the appliance. Kilowatt-hour indicates how much energy is used over time. A 1,000-watt appliance that heats continuously for one hour consumes a maximum of 1 kWh.
Compare standard electric convectors
Start with the required power output and then determine which control, mounting, and safety features you need. Check for each product whether functions such as a digital thermostat, timer, frost mode, or smart control are present. Finally, check the dimensions, connection method, and suitability for the chosen space. This way, within our collection of standard electric convectors, a solution that matches both your comfort preferences and usage situation.