Powering Communications

Communications

TSi Elecpower operates to produce excellent quality of power conditioning products for the communication industry. Moreover we also provide modified solutions designed to fit effectively any of the communication application or any remote locations.

Solutions for the Communications Industry

The right power conditioning solution for your next project

Backed by thousands of successfully operating PWM AVR’s at cell sites in the harsh environs of African countries for over a decade, with demanding telecom operators & tower companies, TSi Power have mastered the most successful & most reliable AVR technology for cell sites. This legendary technology has now been passed on to their Indian company. That means, TSi Elecpower manufacture AVR technology products are especially suited for powering un-manned cell sites, which demand continuous reliability of operation with minimal maintenance requirements.

Applications

In developing economies of Asian & African countries, where power distribution system is inadequate, the resultant voltage fluctuations & phase unbalances cause cell sites to malfunction. Consequently the sites need to be run on diesel generators which result in high OPEX & falling bottomlines. These sites need a rugged, reliable, no-maintenance power conditioning device.

We manufacture PWM-based automatic voltage regulators (AVR’s) for cell sites located in areas with unstable electricity supply. TSi Elecpower’s manufactured AVR’s can protect equipment and decrease reliance on diesel generators, saving operators money. They are rugged, reliable & maintenance-free.

Products

As part of our commitment to helping our customers find cost-effective solutions for their specific needs, TSi Elecpower manufactures to offers a wide selection of standard as well as customized outdoor and indoor PWM-based automatic voltage regulators (AVR’s), which provide the utmost in reliability.

 

TSi Elecpower’s communications AVR’s are available as single phase, three phase or 3-phase-to-single-phase configurations.

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