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Products

ModuPower Switching Mode Power Supply for Precipitators

The ModuPower is a modular, switched mode power supply for ESPs. 

Benefits

  • Improved efficiency up to 95% over traditional T/R sets
  • Reduced fine particulate penetration
  • Enhanced fine particulate capture
  • Modular design matches the need of any ESP configuration
  • Can help your exisiting ESP meet current and future fine particulate standards

Features

  • Switching Mode Power Supply for Maximum Power and Efficiency
  • Liquid Cooling for Superior Reliability
  • Modular design for redundancy
  • Voltages from 46 to 120kV
  • Power - almost unlimited by adding 30kW modules

 

SMPS (Switched Mode Power Supply) Technology

SMPS are the most efficient way to energize ESPs, due to their small output ripple, extremely fast spark recovery and superior energy efficiency. Until now, however, most SMPS solutions used proprietary technology and have been subject to reliability problems. The largest problem with existing technology has been with cooling of the SMPS.  Air cooling methods of other SMPS's has been problematic.

The ModuPower SMPS on the other hand, uses technology based on 30 years of experience in industrial air pollution control. Their modular, liquid cooled solution makes SMPS practical for the low MTBF requirements of power and industrial plants. Just as liquid cooling of standard T/R sets is used to protect and extend the life of components, the ModuPower liquid cooling provides the same advantages, but with an SMPS design.

In addition, the 'modular' part of the ModuPower offers built in redundancy by limiting the effect of single mode failures, unlike traditional T/R sets or SMPS supplies. By designing in a little extra capacity, you can 'ride through' a single mode failure till the next outage without a derate.

Operational Results

A recent installation of a 120kV/3000mA version of the ModuPower to replace a single 111kV/1000mA T/R set resulted in an increase of PM .2-2.0 collection of more than 95%

 For more information, visit Applied Plasma Physics.



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