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Leading induction Induction heatingThe best solutions for tomorrow You want to produce more efficiently? Work more sustainably? That’s why we have a more precise solution

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Fundamentals of induction heating

Induction heating Fundamentals, equations, benefits of induction heating If workpieces made of electrically conductive materials are brought into contact with a magnetic field during induction

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The Himmelwerk Laboratory

The laboratory Process validation and development expertise Is my workpiece too complex for an inductor? Which frequency do I need for my heating process? Can

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Layout of induction systems

The layout of Induction systems Many parts – forming a unified whole Converters, inductors, temperature monitoring – and what exactly do induction systems really look

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Industry-oriented research

Research Projects Industry-oriented induction research We believe that innovations only make sense if they benefit our customers. Therefore, our research is always industry and application-oriented.

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Technical literature

Technical literature What we recommend Get a better insight into the topics surrounding induction heating. Here we recommend some standard works of technical literature for

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Technology

To the point What Induction heatingtechnology can do How does induction heating work? What does “chill hardening” actually mean? And what does the future hold

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Infrared pyrometer

Infraredpyrometer Exact temperature monitoring with induction heating Monitor your heating processes and ensure the quality of your products. We equip your induction heating process with

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Since 1950, Himmelwerk has shipped more than 19,000 high and medium frequency converters worldwide.
By how much can you reduce your CO₂ emissions per year? Let’s have a look.


Assumption 1:
25% of your converters are still operational.

Assumption 2: They have an average output of 6 kW and thus a power consumption of 7 kW.

Assumption 3: These generators are operational 8 hrs per day and 5 days per week.

Assumption 4: Inductive heating uses up to 40% less energy than conventional methods. Let’s assume 30%.

With these assumptions, our calculation would look like this:

Daily energy consumption: 8 hrs x 7 kW = 56 kW

Energy savings per day: 56 kWh / 0.7 = 80 kWh; 80 – 56 = 24 kWh

Total energy savings per day: 24 kWh x 4,750 converters = 114,000 kWh

Total energy savings per year: 220 working days x 114,000 kWh = 25,080,000 kWh

Conversion factor kWh/CO₂: 1 kWh is equivalent to approx. 0.401 kg of CO₂ (source: German Federal Environmental Agency, Climate Change 13/2020)

CO₂ reduction per year: 25,080,000 kWh x 0.401 kg = 10,057,080 kg