Open Design of Networked Power Quality Monitoring Systems

Abstract

Permanent continuous power quality monitoring is beginning to be recognized as an important aid for managing power quality. Preventive maintenance can only be initiated if such monitoring is available to detect the minor disturbances that may precede major disruptions. This paper establishes the need to encourage interoperability between power quality instruments from different vendors. It discusses the frequent problem of incompatibility between equipment that results from the inherent inflexibilities in existing designs. A new approach has been proposed to enhance interoperability through the use of open systems in their design. It is demonstrated that it is possible to achieve such open design using existing software and networking technologies. The benefits and disadvantages to both the end-users and the equipment manufacturers are also being discussed.