Heating large commercial buildings often presents companies with considerable challenges. High energy costs, uneven heat distribution with poor insulation and increasing demands for sustainability and climate protection require innovative solutions today. One Infrared hall heating offers a modern and efficient alternative to conventional heating systems. Thanks to their technology, they enable Precise heat distribution, significant energy savings and the environmentally friendly use of renewable energies.
Sustainable hall heating for companies
Infrared heating systems work according to the Principle of solar radiation. Instead of heating the room air, they transfer the heat directly to surfaces and objects, which store this energy and slowly release it into the environment. This means that the heat from the hall heating is directed exactly where it is needed - into the work zones. This virtually eliminates the energy loss caused by rising warm air, which occurs with conventional heating systems. In addition, the hall becomes a huge energy and heat store.
Another major advantage of modern infrared indoor heating is its flexibility in terms of energy supply. The systems can be operated with Electricity, gas or hydrogen and can be ideally combined with a photovoltaic system. This flexibility allows companies to use the cheapest energy source and optimize their operating costs. At the same time, the use of green energy makes an important contribution to climate protection.
Economy & technical advantages of infrared hall heating
Infrared indoor heating systems not only impress with their ecological balance, but also with their high economic efficiency. Companies can use this technology to reduce their energy and CO₂ emissions to reduce up to 70 %. The Efficiency of the systems reaches impressive 93 %which makes it one of the most efficient heating solutions on the market.
Another plus point is the Simple integration in existing and new buildings. The modular systems are easy to retrofit and offer short heat-up times. The decentralized and time-controlled heating technology heats individual areas or work zones in a targeted manner, while unused rooms remain cold. This not only reduces energy consumption, but also ensures Demand-based heat control.
Modern infrared hall heaters work particularly efficiently in combination with Energy management systems. This enables precise control of the heat output based on real-time data such as current usage, outside temperatures or the cheapest energy sources currently available. Energy consumption and costs can be further optimized by dynamically adjusting the heating mode - for example, by lowering the temperature at night or selectively heating individual zones. In addition, the seamless integration of renewable energies, such as PV power from the hall roof, ensures a sustainable and cost-efficient energy supply. Heating with photovoltaics does not cause any additional grid charges or other losses.
Hall heating & lighting as the perfect energy-saving solution
Infrared hall heaters can be ideally combined with economical LED lights. This intelligent dual function saves space, simplifies installation and also reduces power consumption. It also eliminates the need for duplicate infrastructure, as both heating and lighting can be integrated into one system.
Wide range of applications
Infrared hall heaters are suitable for a wide variety of hall types. They are used in production and manufacturing halls, warehouses and logistics centers, workshops, sports facilities as well as exhibition and event spaces. They are also used successfully in specialized areas such as agriculture or aviation, where energy efficiency plays a particularly important role.
More convenience for employees
In addition to the ecological and economic benefits, infrared heaters also significantly improve working conditions. The even heat distribution ensures a pleasant room climate without draughts or dust turbulence. This increases employee satisfaction and can demonstrably contribute to a reduced sickness rate.
Cost-effective retrofitting & simplifications for certifications
Converting to modern infrared indoor heating systems is not only quick and uncomplicated, but also inexpensive. Thanks to their scalable design and easy retrofitting, existing systems can be replaced efficiently without significantly disrupting ongoing operations. At the same time, these systems meet the highest standards in energy management and are ideally suited to the requirements of certifications such as the ISO 50001 coordinated. They enable companies to create precise annual heat reports that can be used both for audits and for the sustainable optimization of energy consumption. In this way, companies benefit from long-term savings and strengthen their position in the context of climate protection initiatives.
Conclusion: Future-proof and sustainable hall heating
Modern infrared indoor heating systems offer companies an outstanding combination of efficiency, economy and sustainability. Thanks to their innovative technology, they enable precise and loss-free heat distribution that is specifically tailored to the requirements of different work areas. In combination with intelligent energy management systems and the use of renewable energies such as PV power, these systems open up enormous savings potential in terms of energy and operating costs, while reducing CO₂ emissions at the same time.
Easy retrofitting and scalability make the switch to this technology cost-effective and flexible. In addition, infrared indoor heating systems help companies to meet the highest energy management standards and optimally position themselves for certifications. With this solution, companies are not only investing in energy-efficient operation, but also in a climate-friendly future that combines employee comfort and environmental awareness.
As a full-service partner for commercial photovoltaic systems, CUBE CONCEPTS cooperates with KÜBLER Hallenheizungen and develops tailor-made solutions for your energy management in order to reduce CO₂ emissions and increase energy efficiency.