Melting plants

Special systems from Himmelwerk Induction Melting plants With the melting plant from Himmelwerk, you can easily melt metal samples for spectrometric analysis. Easy to handle,

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Smart Upgrade

Smart Upgrade More efficiency, faster cycle times, less waste – all this is guaranteed by the Smart Upgrade, with which you upgrade quality assurance for

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Recooling systems

Cooling water Recooler Consistent quality throughout your production The quality of your products, cost-efficient heating and ease of use are factors that we focus on

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MU R series

SeriesMU R Medium frequency converters 20 kHz–100 kHz The MU R10 and MU R15 are our medium frequency generators for frequencies up to 100 kHz.

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MU series

series MU Medium frequency converters 25 kW–250 kW // 4 kHz–50 kHz Which induction generator is the right one always depends on what your requirements

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Inductors

Individual inductors We create highly precise induction processes Every workpiece is unique – in its shape and in its requirements. For this reason, a special

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HU S series

HU Sseries High-frequency converters 25 kW–250 kW // 50 kHz–600 kHz When it comes to higher outputs of up to 250 kW, our high-frequency converters

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HU series

HU series High-frequency converter HU 2i 2 kW // 0.25–1.0 MHzHU 5000+ 5 kW // 0.25 – 1.0 MHz Our HU high-frequency converters 2000+ and

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Sinus series

Sinus series High-frequency converters 5 kW–25 kW // 50 kHz–2,000 kHz Targeted, reliable and with a high degree of efficiency, the high-frequency generators of the

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HU 3i

HU 3i Induction IoT, intuitive handling, IP54 – the three i’s of the HU 3i high-frequency generator significantly increase the success of your production. With

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Seit 1950 wurden von Himmelwerk 19.000 Hochfrequenz- und Mittelfrequenzgeneratoren in alle Welt verschickt.
Wie viel CO₂ sparen sie eigentlich pro Jahr ein? Eine Rechnung.

Annahme 1: 25 % der Generatoren sind noch in Betrieb.

Annahme 2: Sie haben im Durchschnitt eine Leistung von 6 kW und damit eine Leistungsaufnahme von 7 kW.

Annahme 3: Die Generatoren sind 8 Stunden/Tag und 5 Tage/Woche in Betrieb.

Annahme 4: Induktive Erwärmung spart bis zu 40 % Energie ein im Vergleich zu konventionellen Methoden. Gehen wir mal von 30 % aus.

Bei diesen Annahmen sieht die Rechnung so aus:

Täglicher Energieverbrauch: 8 h x 7 kW = 56 kW

Energieersparnis am Tag: 56 kWh / 0,7 = 80 kWh; 80 – 56 = 24 kWh

Gesamtersparnis am Tag: 24 kWh x 4.750 Generatoren = 114.000 kWh

Gesamtersparnis pro Jahr: 220 Arbeitstage x 114.000 kWh = 25.080.000 kWh

Umrechnungsfaktor kWh/CO₂: 1 kWh ≈ CO₂-Äquivalenzwert von 0,485 kg Strom (Quelle: Umweltbundesamt, Climate Change 15/2022)

CO₂-Einsparung pro Jahr: 25.080.000 kWh x 0,485 kg = 12.163.800 kg