Smart heating

Hybrid infrared hall heaters

Energy-flexible infrared systems for the heating requirements of today, tomorrow, and beyond

Heating the future

Hybrid hall heating systems – energy-flexible and highly efficient for the future

Which heating strategy will take you into the future? Which energy sources will you rely on? These are questions for tomorrow that need to be asked today. The answer lies in hybrid infrared hall heating systems from KÜBLER. Innovative solutions featuring the new Fair.AIdH technology, which can be operated with electricity, hydrogen, or (biogenic) gas. And which will accompany you into the future of heating technology with maximum operational and process reliability.

Whether in production, logistics, or sports—you need to be able to rely on warm indoor buildings in winter. This is no problem with bridge technology such as gas or other gases like hydrogen. However, it is a challenge if you heat with renewable energies, as these are inherently volatile. KÜBLER's hybrid heating systems easily compensate for dark doldrums with redundant energy sources and smart heating concepts. Highly efficient and designed to use the most cost-effective energy sources. This allows you to reduce operating costs by up to 70%, reduce emissions by up to 100% CO2-free, increase your economic independence from individual energy sources, and choose a safe transition to climate-friendly heat supply.

Discover future security

KÜBLER hybrid hall heating systems at a glance

Because every industrial building is used differently and every company has its own individual goals, KÜBLER offers not just one hybrid heating system, but five. Based on innovative Fair.AIdH technology, the smart infrared hall heating systems combine different requirements in a unique portfolio of powerful, energy-flexible heating systems. Solutions that save a great deal of energy and costs while bringing flexibility and future-proofing to your hall.

Revolution hall heating

Fair.AIdH – energy-flexible, unique, and completely new.

Fair.AIdH is a world first that takes hall heating and infrared technology to the next level. The name says it all, as it succinctly summarizes the key features of this innovative heating technology. Fair.AIdH stands for Energy Flexible, adaptive, infrared, AI driven, Hall heating.

What makes it so unique? Fair.AIdH combines the highest efficiency of KÜBLER infrared heaters with the possibilities of intelligent AI-supported control and the flexible use of a wide variety of energy sources in mixed or mono operation. And all this in just one heating device as a true hybrid infrared heater. Which, incidentally, can also take over the hall lighting as an option. KÜBLER thus offers a completely new generation of hall heating systems: intelligent, adaptive, and future-proof. Fair.AIdH creates the basis for leading hall buildings into the next era economically—with measurable energy savings, scalable CO₂ reduction, and technology that is already making the transformation of industry, commerce, and logistics your success story today.

Modern metalworking factory with machinery and storage racks

Hybrid hall heating systems

Energy flexibility—the secure path to the heat supply of the future

Many companies today are faced with the question: What heating strategy will secure their heat supply tomorrow? The future of energy is diverse—and challenging at the same time. Because one thing is clear: Fossil fuels are under scrutiny, renewable sources are volatile, and security of supply is more important than ever. So what now?

Now, KÜBLER's hybrid hall heating systems offer a compelling solution. They combine maximum efficiency with maximum flexibility—and make your heat generation fit for the future. Thanks to innovative Fair.AIdH technology, the heating units can be operated with different energy sources: electricity, hydrogen, or (biogenic) gases. And all this in a single heating unit. This is consistent, makes you independent of the availability of individual energy sources, and ensures maximum efficiency with maximum operational reliability.

Reliability is crucial for your processes in production, logistics, or industrial buildings. Hybrid heating systems intelligently compensate for fluctuations in renewable energies, such as during periods of low wind and low sunlight. Smart control concepts and redundant energy sources ensure that your buildings remain reliably warm at all times.

You benefit from:

Up to 70% lower energy costs
Scalable reduced emissions – up to 100 % CO₂-free
variable use of the most cost-effective energy source in each case
maximum operational and investment security

This means that with hybrid infrared hall heating systems from KÜBLER, you can make a safe transition to climate-friendly heat supply—efficiently, sustainably, and economically.

Two figures walk on pink ground under red beams

Infrared technology – smarter heating with the laws of physics

Natural, pleasant, and controllable like light: infrared heating complies with the laws of physics and is therefore inherently superior to other heating technologies in industrial buildings. Infrared brings the natural heat radiation of the sun into industrial buildings. And with it, all the advantages of this unique and superior heating principle. Because no matter at what height they are installed, infrared heaters bring heat exactly where it is needed: down below, where people are. Infrared hall heaters do not heat the air, but directly heat the hall floor and the work area – physics is that simple. Infrared heaters can be controlled in many different ways for individual work zones and, thanks to their fast heating times, can also be switched on and off at short notice. They are very flexible and so efficient that you can save 50% to 70% energy.

Industrial LED lighting on a hall ceiling

A passion for efficiency

KÜBLER's success story began with energy-saving hall heating systems. Today, as a leader in innovation and technology, we manufacture what are probably the most efficient infrared systems on the market. Hall heating systems that intelligently respond to the specific requirements of industry, commerce, and municipal operations, saving between 50 and 70 percent in energy, costs, and emissions. It doesn't matter whether you heat with electricity, hydrogen, biogas, or methane.