Transformers are essential in power systems because they enable efficient transmission and distribution of electricity over long distances. By stepping voltage up, they reduce current and I²R losses in lines, making high voltage transmission economical. Later they step voltage down to safe levels for distribution and end use. Without transformers, generation, transmission and utilization would all have to occur at similar voltage, which is impractical. They also allow interconnection of grids with different voltage levels, support voltage regulation and provide isolation for safety and fault control.

Surges arise from switching, lightning, ferroresonance, or load rejection, stressing insulation and causing partial discharge.

Same category: medium-voltage distribution, metering, and feeder supply for utilities and municipalities.

Methods include layer, helical, disc, and continuous windings, selected for current rating, cooling, mechanical strength, and short-circuit withstand.

Many wind turbine gearboxes are located atop tall towers with nacelle height exceeding 80-100 m. The ability to pump oil to heights up to 105 m at 5 bar pressure enables the CMM-G to serve turbines of various sizes and manufacturer designs without additional boosting equipment, making it suitable across onshore and offshore fleets.

Yes – the filters (adsorbent cartridges) in the CMM-260C continuous drying unit can be reused after regeneration, they do not have to be thrown away after a single use. In the standard setup, the zeolite adsorbent that captures moisture can be reactivated using a dedicated zeolite regeneration unit (such as the BRPS/BRZ system), and then re-loaded into the CMM-260C. Alternatively, if regeneration is not done on-site, the cartridges can be dismantled and replaced with new ones and the spent sorbent returned for later reactivation. So you have two practical workflows: periodic zeolite regeneration and reuse, which saves operating costs and reduces waste, cartridge replacement with new sorbent, followed by off-line regeneration of the spent material. Both approaches are supported by GlobeCore’s product ecosystem.

Yes – TOR-5’s interface already supports multiple languages, including French in the official web app and product pages. GlobeCore’s online system offers localized UI options such as FR (French), ES, PT, DE, and others alongside English in its web interface. So if your current view is in English, you or your administrator should be able to switch to French in the settings or language selection menu of the web application without needing a separate version

Engineers calculate peak and continuous kVA demand, adjust for power factor, harmonics, and duty cycle, then apply safety margins for load growth and emergency ratings.

During operation, load-dependent copper losses increase with the square of current, while core losses remain nearly constant at rated voltage. Harmonics, unbalanced loading, and high ambient temperatures can exacerbate losses. Stray losses in clamping structures, shields, and tank walls become significant in large units. OLTC transitions may introduce additional resistance and heating. Adequate maintenance and correct tap settings help keep losses close to design values and reduce unnecessary energy waste.

Replacement input filters FE-27 (5 ?m) are available for CMM-10 systems. We’ll confirm compatibility and provide the best price with delivery options.