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Infrared heaters represent an innovative heating technology that is characterized by efficiency, flexibility and environmental friendliness. This type of heating provides radiant heat that heats walls, objects and people directly instead of the room air as with conventional heating systems. This results in numerous advantages, especially for allergy sufferers and asthmatics, as well as considerable energy savings.

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Chapter 1: How do infrared heaters work?

1.1 Differences to traditional heating systems

Conventional heating systems primarily heat the air in the room, which results in constant circulation with dust swirling up and energy loss. Infrared heaters, on the other hand, transfer heat via long-wave infrared C rays, similar to solar radiation. This direct heating offers numerous advantages:

Energy efficiency: less energy is required as the room air does not need to be heated.

Improved indoor climate: No dry air or dust turbulence.

Comfort: The radiant heat is perceived as pleasant and natural.

1.2 Technological basics

The long-wave radiation heats solid surfaces, such as walls and furniture, which slowly release the stored heat into the room. Different materials such as steel, glass or natural stone influence the heat output and efficiency:

Steel heaters: Rapid heating, ideal for short-term heating requirements.

Glass heaters: Elegant design, ideal for modern living spaces.

Natural stone heaters: Slow heating, but long-lasting heat storage.

1.3 Safety

The radiation generated is harmless to health and comparable to natural sunlight. Safety mechanisms such as overheating protection and temperature regulation ensure safe operation. In addition, many models are equipped with test certificates such as the TÜV seal, which guarantees their quality and safety.

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Chapter 2: Possible applications

2.1 Complete heating system

Infrared heaters are ideal as primary heating in well-insulated new buildings or renovated existing buildings. Their advantages are

Space-saving: No bulky radiators or pipes required.

Can be combined with photovoltaics: The power supply can be provided by renewable energies.

Maintenance-free: No chimney sweep or fuel replenishment required.

2.2 Auxiliary heating

As a supplement to existing heating systems, infrared heaters are ideal for transitional periods or selective applications:

Living room: cozy warmth while sitting on the couch.

Bathroom: Quick heating for comfort after showering.

Study: Additional warmth for long periods of sitting.

2.3 Commercial use

In offices and business premises, infrared heaters offer the possibility of individual temperature control, which saves energy and reduces energy consumption:

Save energy and

working climate can be improved. Employees can individually adjust the temperature at their workplace.

2.4 Special applications

Construction drying: Rapid drying of damp walls and floors.

Animal husbandry: Comfortable warmth in stables or terrariums.

Camping and vacation homes: Efficient heating with a small footprint.

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Chapter 3: Costs and energy efficiency

3.1 Acquisition costs

The purchase costs vary depending on the model and performance. Important factors are:

Material: natural stone is more expensive than steel or glass.

Design: Individual designs can increase the costs.

Additional equipment: Thermostats or smart control systems.

3.2 Operating costs

The operating costs depend on the wattage, the running time and the insulation of the building. Less energy is required in well-insulated rooms. In addition, programmable thermostats can help to optimize energy consumption.

3.3 Maintenance costs

Unlike conventional heating systems, there are no maintenance costs. Durable materials ensure an operating life of up to 50 years.

 

Chapter 4: Installation and control

4.1 Installation

The heating panels can be mounted on the wall or ceiling. Recommendations for installation:

Wall mounting: Ideal if the heater can radiate a large wall surface.

Ceiling mounting: Ideal for rooms with high ceilings.

4.2 Control options

Modern control systems allow flexible use:

Programmable thermostats: Individual time and temperature control.

Radio control: Convenient operation without laying cables.

Smart systems: Integration into smart home solutions for maximum efficiency.

 

Chapter 5: Advantages of infrared heating

Energy efficiency: Reduced energy consumption through targeted heat emission.

Health: Improvement of the indoor climate without raising dust or dry air.

Flexibility: Use in different areas and for individual requirements.

Environmentally friendly: Can be combined with renewable energies.

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Chapter 6: Tips for optimum use

Set the temperature: Keep the room temperature constant to save energy.

Correct placement: Install the heater so that it illuminates the maximum area.

Combination with PV systems: Reduce energy costs by generating your own electricity.

 

Conclusion

Infrared heaters are a forward-looking heating solution that offers numerous advantages in terms of comfort, economy and environmental compatibility. Their versatility makes them attractive for both private and commercial applications.