Efficient hall heating technologies - for more design freedom
Energy savings of up to 70 % - with these values, KÜBLER heating systems are perhaps among the most effective levers for reducing primary energy consumption, CO2-emissions and costs in the hall sector. Depending on the project, this can amount to annual savings of €300,000 or more. A sum that can be used for design. Because it offers financial freedom. For architectural innovations. For further beneficial measures on the building structure. The innovation leader presented its latest developments at ISH 2019 in Frankfurt.
The infrared heating technologies from KÜBLER are among the most innovative and efficient solutions when it comes to heating high rooms in a modern and economical way. The high energy efficiency of KÜBLER infrared heating systems ensures that the use of renewable energies - and thus hydraulic systems, which are highly inefficient and especially uneconomical in this building sector (investment factor 1.8 - 4.0) - can be dispensed with in the new hall construction sector in accordance with EnEV / EEWärmeG or GEG.
In addition to their almost unbeatable energy efficiency, these decentralized systems offer further advantages for your planning and the hall user. For example these: In terms of design, the systems can be easily integrated into the building structure and adapted to changing usage and working conditions at any time. There is no need for separate boiler rooms. In addition to the energy efficiency benefits, the very fast heating and cooling phases offer a high degree of flexibility and adaptability. The systems are extremely comfortable for the user in terms of heat sensation without dust and draughts.
Now efficiency is networked - the digital hall heating system
How do you meet the challenges of building and renovating industrial, sports and event halls? One of the most economical and pragmatic answers was a highlight of the ISH: the WÄRME 4.0 digital hall heating system. Winner of the 2018 Rhineland-Palatinate Innovation Award, WÄRME 4.0 stands for a new, comprehensive view of heat supply in hall buildings. Specifically, it stands for a smart digitalization and networking strategy. With WÄRME 4.0, KÜBLER combines its efficiency technologies with energy-saving cooling. Integrates production processes. Integrates energy flows in halls and offices. Integrates intelligent heat management software. And thus makes completely new synergy effects and savings potential available.
Use our experience for your project
As an expert in the construction and refurbishment of hall buildings, KÜBLER offers more than just excellent heating technologies. We support you throughout the entire project with our know-how, our experience and valuable information.
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Fourteen years after the commissioning of the innovative H.Y.B.R.I.D. heating system in the Berlin-Mitte combined heat and power plant, Dimitri Hegemann, cultural manager and managing director of the combined heat and power plant, draws a positive balance: "There is no better heating system for our purposes." The combined heat and power plant at Köpenicker Straße 70 is a piece of Berlin's industrial history. A cathedral of concrete and steel with gigantic dimensions and a height of [...]
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Minister President Malu Dreyer: Rhineland-Palatinate is an attractive location with a home and future for many strong, imaginative companies
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Energy-saving hall heating systems - KÜBLER presents its innovative high-efficiency technologies at ISH digital 2021 Using energy smartly and efficiently, planning and investing for the future, digitizing processes, meeting climate targets and GEG, reducing CO2 tax, meeting the requirements of the future today - and all this with maximum technology and investment security: these are the challenges in heating today [...].
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Gas is decentralized, flexible, can be stored efficiently and is inexpensive. The energy source is a guarantee for the success of the energy transition. Ten associations from the gas industry have joined forces and formulated an appeal for the climate protection plan, explaining why gas as an energy source can already achieve significant CO2 savings cost-effectively today.