The coalition agreement is in place - good news for heating warehouse buildings and logistics properties
Climate protection remains highly relevant for the new German government. The previous climate targets are confirmed - in the full knowledge that global warming is a global problem and that the international community must work together to solve it. Climate protection should bring together economic competitiveness and social balance, with a focus on innovation. The commitment that Germany should remain an industrialized country and at the same time become climate-neutral is important. The plan to keep energy costs moderate in future underlines this.
The next German government wants to exploit all the potential of renewable energies. This includes solar and wind energy as well as bioenergy, geothermal energy, hydropower and molecules produced from these. In our view, this should be seen as a further development, as the traffic lights were still primarily focused on electrification ("electrons") and the topic of hydrogen ("molecules") was only taken into consideration much later and hesitantly. This turnaround is illustrated by the following sentence in the coalition agreement: "For the rapid ramp-up of the hydrogen economy, we need climate-friendly hydrogen from various sources. [...] The long-term goal is to switch to climate-neutral hydrogen, based on a growing share of renewable energy from domestic and imported sources. We want to produce hydrogen both via large electrolysis plants that serve the system and also increasingly decentralized and comprehensive." It also states: "Germany should play a leading role in a European hydrogen initiative."
The building sector remains central to achieving the climate targets. Affordability, openness to technology, Security of supply and climate protection are the new and important goals for the modernization of the heating supply. The new GEG should finally be more open to technology, more flexible and simpler. The achievable CO₂ reduction is to become the key control variable., which will hopefully be a shortcut in this matter. The current GEG focuses on replacing CO₂-emitting energy sources with the obligation to use a defined percentage of renewable energies. This detour blocked the way for other possibilities. We consider the use of CO₂ emission reduction as a direct control variable to be very targeted and it is now becoming „Europe-compatible.“ The national building efficiency classes in the GEG are to be harmonized with neighboring countries, and the existing scope of the European Building Directive (EPBD) is to be fully utilized.
The renovation and heating subsidy is to be continued (KTF) and energy-related renovations to inherited properties will be tax-deductible in future.
Our conclusion: There are many good new approaches in the area of construction and renovation, such as accelerating construction, simplifying the GEG in a way that is open to all technologies, maintaining the necessary gas infrastructure, strengthening and planning security for hydrogen and, above all, recognizing and being open to innovation and new technology in combination with simpler legislation. We see promising, pragmatic solutions here. The same applies to turning away from the detailed regulatory frenzy of the past, which would never have managed to reflect the individuality of the technologies for the countless different applications.
It remains to be seen whether the changed framework conditions for halls in particular will make it possible to establish a separate, urgently needed technical building class in the non-residential construction sector alongside multi-storey buildings. But the signs are good. Simplifying outdated, bureaucratic standards such as V 18599 in the short term is also a major challenge. The repeatedly emphasized need to speed up the energy transition with innovations requires a fast track for outdated standards via development applications, as well as the technological opening of the "innovative heating technology" category in the BEG.
If we dare to cut off old beards in order to remove bureaucracy and obstacles to innovation by thinking about the results, we will make faster progress with the energy transition. Only then would it be possible to write a success story with "Energy Transition made in Germany"!
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The horrendous rise in energy prices, the fear of Putin stopping supplies, the demand for renewable energies to combat climate change - all of this is currently causing a great deal of uncertainty. Is it still worth investing in gas-powered industrial heating systems? The answer to this question is important. Because it determines how quickly trade and industry will make their contribution to the energy transition. And how well it will be possible to meet the future requirement of climate protection in an economically viable way.
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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.
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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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"No energy transition without energy efficiency" is the title of dena's "Topics and projects" section on its homepage "The best kilowatt hour is the one saved," says Thomas Kübler, Managing Partner of KÜBLER GmbH. Both mean the same thing: It's about curbing energy consumption in general and especially in companies. Because this is an enormous lever for achieving climate targets. And that's not all: energy efficiency also pays off economically if it is approached in the right technological way. Modern infrared heating technology plays an important role here, especially when it is intelligently combined with Bennwert technology.