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SGB-SMIT GmbH Ohmstraße 10 93055 Regensburg, Germany http://sgb-trafo.de/
Contact Mr Tobias Knipfer +49 941 78416422
Company logo of SGB-SMIT GmbH

SGB massively reduces no-load losses - thanks to exclusively used core material

(PresseBox) (Regensburg, )
Since SGB Regensburg started series prodcution of oil distribution transformers after its foundation in 1947, the basic functional principle of the transformers from Regensburg has not changed.

In contrast, the group member can look back on a whole series of innovations and improvements in transformer design and technical implementation.

In the case of cast resin transformers, for example, this includes the SGB Safe System for the protection of people and the environment, the SGB Jet System cooling system or a layer winding used exclusively by SGB. In addition, over the decades, SGB transformers have been continuously optimised in those areas to which our customers attach particular importance, namely
  • Climate resistance
  • Environmental protection
  • Lifetime
  • Service-friendliness
  • Transformer dimensions
  • Economy
Now SGB Regensburg has achieved a breakthrough in the last two points that has been noted throughout the industry: The SGB-SMIT Group has gained unique access to the top grade in the electrical steel sector and can now offer electrical steel of grade M070-23P, a core material with very special properties, on a broad scale in the cast resin sector. In contrast to conventionally used steel grades, which for example have a loss value of 1.2 W/kg at 1.7 T and 50 Hz, this value is only slightly more than half as high, namely 0.7 W/kg at 1.7 T and 50 Hz. Even the previous standard grades in the 0.23 mm thickness range generally provide a loss value of at least 0.8 W/kg.

By using this top grade, we can keep no-load losses by a further 10% lower than all other conventional electrical steel available on the world market without negatively affecting productivity.

For the customers of SGB Regensburg this results in two significant advantages:
  • For the same size, a transformer produced with this material has significantly lower no-load loss values and thus achieves increased efficiency.
  • Conversely, for a given loss target, transformers can be produced with a smaller size and less weight, since comparatively less core material is required to achieve the target values.
Depending on which factor is important for the customer, SGB Regensburg can thus act even more flexibly and customer-oriented in the transformer design thanks to the new development (M070-23P).

SGB Regensburg is currently producing a transformer with a rated output of 1,750 KVA and no-load losses of only 1,500 W. For comparison: At this output, the ECO design guideline stipulates a maximum of 2,350 W according to stage I and a maximum of 2,115 W according to stage II. Even the Eco 2 losses, which will not apply until July 2021, are thus undercut by around 30%.

SGB-SMIT GmbH

SGB -SMIT Group at a Glance

SGB -SMIT Group is one of the leading manufacturers of power transformers.

The products are needed wherever electrical energy is generated, transported or used, such as in power plants, wind farms, solar power systems, power grids, industrial enterprises and transport such as trains or ships.

The company, headquartered in Regensburg, produces in 13 plants in 10 countries: Germany, the Netherlands, Malaysia, USA, Romania, India, China, the Czech Republic, South Africa and France.

With 3,600 employees the group manufactures large transformers, medium power transformers, small power transformers, cast resin and oil distribution transformers, controllable shunt reactors and phase shifters as well as Lahmeyer-Compact substations.

Transformer range: 30 kVA up to 1,200 MVA, voltages up to 765 kV.

The SGB-SMIT Group distributes its products through sales offices and agents in more than 50 countries.

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The publisher indicated in each case (see company info by clicking on image/title or company info in the right-hand column) is solely responsible for the stories above, the event or job offer shown and for the image and audio material displayed. As a rule, the publisher is also the author of the texts and the attached image, audio and information material. The use of information published here is generally free of charge for personal information and editorial processing. Please clarify any copyright issues with the stated publisher before further use. In case of publication, please send a specimen copy to service@pressebox.de.