CMMT single phase capacitors are the result of continual innovation and technological development of materials and production cycles, featuring extra low losses, high reliability and they are applicable to various needs.
They are mainly used in making:
► three phase banks for power factor correction;
► filters for harmonics;
► protection against overvoltage;
► loss reduction.
The capacitors can be made with all the terminals insulated or with a terminal connected to the container.
CTMT three-phase capacitors are the result of continual innovation and technological development of materials and production cycles, featuring extra low losses, high reliability and they are applicable to various needs.
They are mainly used in making:
► power factor correction of motors;
► transformers power factor correction;
► loss reduction.
The capacitors can be made with all the terminals insulated or with a terminal connected to the container.
The range of BMT type capacitor banks offers various solutions for power factor correction thanks to the many usage possibilities:
► small and high powers;
► working voltages greater than 24 kV obtained with overlapping frame structures;
► indoor and outdoor installations;
► constructions on fully open structures (IP00 rating) or in special boxes (for powers up to 14.4 MVAr at 24 kV also with degree of protection IP54);
► different levels of insulation;
► operation under harsh working and environmental conditions;
► making filters for harmonics;
► special user requirements.
These capacitor banks are composed of a number of single-phase capacitors that are assembled and interconnected in order to obtain greater power, the connection being normally DELTA with insulated neutral.
BMT type capacitors banks offer several advantages:
► easy installation operations thanks to the complete line of accessories offered;
► optimization of the installation thanks to the options fitted for connections to the various systems;
► simplification of the transport and handling operations thanks to the construction in compact and versatile structures;
► easy maintenance operations;
► different possibilities of making the frames, including hot galvanized steel or stainless-steel frames (for corrosive environments).
The MVCELL are high technology equipment usable to compensate the reactive power of grids. They are essential to improve the performance, saving energy. The single stage is typically used to compensate a single load, such as a motor.
► Rated voltage up to 24 kV (single stage)
► Rated power up to 4 MVAr (single stage)
► Higher powers (> 4 MVAr) can be achieved by placing several stages in parallel. Multiple stages are typically used to compensate an electric system, with many loads.