Reduce sick leave - increase productivity
The problem: Heating systems commonly used in production halls or warehouses blow warm air into the work areas. This not only stirs up dust and disperses aerosols, but also creates an unpleasant working atmosphere. It is not uncommon for sauna conditions to prevail in the immediate vicinity of the blowers and it can often be observed that people work in T-shirts under these conditions, even if the temperature outside is below zero. But no one puts on a jacket when the gate is open or when a quick walk across the yard is required.
One of Europe's leading manufacturers of precision chains in North Rhine-Westphalia regularly struggled with this problem in winter. The solution emerged as a side effect after the decision had actually been made to install a new, energy-saving hall heating system for economic reasons. This not only reduced the previously enormously high energy costs, but also significantly optimized heating comfort. This is because the infrared technology used ensures a pleasant, uniform and draught-free working climate in the hall buildings. In addition, the temperature can be precisely controlled, for example to a working temperature of 18 °C in the production area. Employees in production now work in seasonally appropriate clothing and absenteeism due to illness has fallen measurably.
If you would like to find out more about reducing sick leave and these heating solutions, please contact Contact us on.
By the way: The next Hot tip around the topic Hall building & energy efficiency we'll tell you next time.
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Existing buildings: No obligation to use renewable energies On the road to a CO2-free future, energy efficiency is perhaps the most important pillar of decarbonization—because, as „low-hanging fruit,“ efficiency measures to reduce CO2 are usually easier, faster, and more cost-effective than substitution with renewable energies. That is why high-efficiency solutions such as infrared hall heating systems from KÜBLER, which have been proven to [...]
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In comparison, fan heaters rely on the distribution of warm air. This method causes the air in the hall to rise, with the warmest areas being directly under the ceiling. It therefore takes significantly longer for the work area to warm up, which leads to higher energy consumption. This difference makes infrared heating systems particularly energy-efficient, […]
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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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Ambitious climate protection targets and new building energy regulations pose challenges for companies. Especially when modernizing heating systems in hall buildings, you should rely on future technologies in order to meet the strict requirements.