Heating in corona times
This is a question that concerns industry and local authorities. But operators of exhibition, event and sports halls also need answers. A tried and tested and very simple principle plays an important role here: infrared. This heat radiation is evenly distributed to the areas of the room used via ceiling heating systems without generating air movement. And they can be connected to an external fresh air supply system if regular ventilation is not possible.
Incidentally, these infrared heaters also reduce energy costs and lower CO₂ emissions in an environmentally friendly way. Often by half of the previous values. At a large textile machinery company in Mönchengladbach, for example, the reduction was over 65 percent. In buildings with large room volumes, such as halls, this also has a positive effect in terms of CO₂ pricing.
Would you like to find out more about these heating solutions? No problem! You can reach the hall heating specialists at KÜBLER under Contact.
By the way: we will reveal the next hot tip on the subject of ENERGY EFFICIENCY & HALL BUILDINGS in a week's time.
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Only around half of German companies are aware of their waste heat potential - as dena writes in its publication on waste heat utilization as part of the Energy Efficiency Initiative. This means that an estimated 226 TWh of usable heat goes unused every year. That is 36 % of the energy used by the entire manufacturing industry. This clearly costs companies an enormous amount of money, but at the same time the unused waste heat has a negative impact on the environment. Around 60 million tons of the greenhouse gas CO₂ evaporate unnecessarily into the atmosphere every year. In view of rising energy costs and climate protection targets, companies simply can no longer afford to do this.
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A new heating system for your company's hall is a decision that needs to be carefully considered. Read this article to find out which facts speak in favor of an infrared radiant heater!
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Whether in industry or in private residential construction - anyone deciding on a heating system or hall heating of the future today is faced with a lot of question marks. Which energy scenarios will actually determine the future? Which technologies will then become relevant? Is it still worth investing in fossil-fuel systems? What does the traffic light say? And taking all these questions into account, what is the best functional and economical heating solution for the hall building in the long term?
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How is energy used correctly? What does efficiency mean? In the German government's current energy policy, there is a huge gap between aspiration and reality. After all, industrial buildings are not treated as industrial buildings because they only account for two percent of buildings - even though they are responsible for 15 percent of greenhouse gas emissions. The latter has not played a role to date. Behind this two percent are 420,000 to 480,000 hall buildings that are used in industry, commerce and municipalities as production halls, logistics halls, workshops, sports halls or sales outlets. A small number that is responsible for a significant proportion of energy consumption and GHG emissions in Germany.