Why are infrared heating and solar systems a perfect match? Combine infrared heating with solar or photovoltaic systems!

Infrared heating is a heating system that uses infrared radiation to warm objects in a room, including walls, floors, and furniture. It has several advantages, including low installation and maintenance costs. Furthermore, it can be combined with solar panels to create a more environmentally friendly and cost-effective heating system.

The use of infrared heaters as a primary heating system in homes is not recommended, as they may not meet the requirements of the German Building Energy Act (GEG) and could lead to high electricity bills. Infrared heating is best suited for well-insulated or passive houses where heating requirements are low. In terms of comfort, it offers a practical solution that keeps walls dry and prevents mold growth. If you are looking for an efficient, cost-effective, and environmentally friendly heating solution, infrared heating combined with solar thermal collectors could be a good option. However, it is important to consider the specific needs of your home and consult a professional before making a decision.

Infrared heating is a type of electric heating that uses radiation instead of convection to heat a room. Infrared heating has gained popularity in recent years due to its ease of installation and cost-effectiveness. It can be installed without major structural alterations and is a good alternative to conventional heating systems. According to a study by the University of Konstanz, infrared heating, when combined with a photovoltaic system, can offer ecological and economic advantages compared to heat pump systems. Infrared heating can also be used as a supplementary heating system for those who already have a primary heating system, especially those with a photovoltaic system. Compared to conventional heating systems, infrared heating has lower installation costs, low maintenance costs, and high energy efficiency. However, it should be noted that infrared heating systems can have higher electricity consumption and CO₂ emissions compared to heat pump systems if the electricity is generated from fossil fuels. Furthermore, infrared heating is not suitable as a primary heating system in areas with very cold climates, as it may not provide enough heat to keep the room warm.

Infrared heaters are versatile and can be used as the primary heating system in new buildings and homes, or as a supplementary heat source. They emit heat comparable to sunlight, which is absorbed by surfaces and objects, thus warming them. Infrared heaters can be used in combination with a central heating system as a practical supplementary heating source during the transitional seasons of spring and autumn, creating comfortable room temperatures and a cozy atmosphere. Unlike conventional radiators, which first heat the air, infrared heaters transfer heat directly to the surrounding environment. These heaters are particularly suitable for temporary heating loads and rooms with high humidity, such as bathrooms. Infrared heaters are also low-maintenance and cost-effective, and there are many different mounting options for various applications. The required output depends on the size of the room, and the wattage of these heaters can range from 300 watts to over 1000 watts. Furthermore, infrared lamps are used for therapeutic purposes, e.g., for... Infrared heaters can be used to relieve earaches, sinusitis, abscesses, allergies, muscle tension, and rheumatism. However, a minimum distance of 30 centimeters must be maintained to prevent overheating. Infrared heaters are relatively inexpensive and have low installation costs compared to conventional oil or gas heating systems, heat pumps, and other systems. Finally, their rapid heating makes them perfect for unexpected guests, as they can quickly create a comfortable guest room.

Infrared heating systems and photovoltaic systems are two sustainable technologies that can be combined to reduce energy costs and carbon emissions. Infrared heaters can be used as supplementary heating systems for owners of photovoltaic systems, as they require electricity to operate. Combining photovoltaic systems and infrared heating can offer significant advantages, such as lower energy costs and reduced carbon emissions.

While the combination of photovoltaics and infrared heating may seem ideal at first glance, there are some limitations to consider. A minor drawback is that infrared heaters consume large amounts of electricity, potentially requiring additional energy storage solutions. However, this issue can be mitigated by using devices like the Fronius Ohmpilot or My-PV AC-Thor, which intelligently control infrared heaters and utilize only excess PV energy.

There are many different types of infrared heaters on the market, with varying wattages and sizes. For example, the SUNERY Infrared Heater Small (350 watts) and the SUNERY Infrared Heater Big (750 watts) are two models made from recyclable materials that can be used with photovoltaic systems. Furthermore, infrared heaters generate radiant heat, which is more efficient than convection heat because the heat is generated directly on the object the rays strike.

Overall, combining photovoltaics and infrared heating can be a sustainable and cost-effective solution for homeowners looking to reduce their environmental footprint and energy costs. While it does require some initial investment and additional equipment, the long-term benefits make it a worthwhile consideration. Homeowners can use this technology to increase their self-sufficiency in solar energy and potentially save thousands of euros on energy costs each year.

CarbonHeat heating modules offer a wide range of applications. They are suitable for installation on walls, ceilings, and floors, as well as for use in suspended ceilings and underfloor heating systems. Specially developed heating laminates can be easily integrated into suspended ceilings, allowing CarbonHeat heating technology to be discreetly installed in commercial buildings, municipal facilities, and administrative buildings. Furthermore, CarbonHeat is working on many other applications to enable environmentally conscious and cost-effective heat generation, including an energy-independent heating solution combined with renewable electricity generation, which can contribute to environmental protection. The heating modules offer modern heat generation and distribution and can be integrated into a comprehensive, single-source system for the ventilation, regulation, and control of an entire building.

However, it should be noted that in some applications, the radiant heating performance may be impaired if the CarbonHeat heating modules are mounted on ceramic or slate tiles. The use of transformers is not required with 24V surface heating systems, which can save on energy costs.

Overall, the CarbonHeat heating modules offer a versatile and environmentally conscious option for heat generation and can be used in a variety of applications.

More information here:

• Infrared heaters from CarbonHeat