Proactive management of power resources: The continuous capture of all events enables users to develop trend lines and algorithms to maintain real-time illustrations of infrastructure performance and improve reliability, while automated alerting sends alarms to power managers before problems occur.

Energy expenditure reductions: Load profile can be generated to track daily, weekly and seasonal variations in energy consumption, while critical loads can be metered and sub-metered to evaluate consumption and reduce energy costs.

Capital investment planning: Trends established by real-time data assist in the planning and implementation of capital investments for building and equipment upgrades. After implementation, the monitors help ensure that new systems operate as designed.

Quality control: As a key contributor to increasingly sensitive manufacturing processes, power quality must be confirmed for a number of regulatory agencies, internal quality control programs, industry-specific quality requirements and international standards organizations.

Troubleshooting: Power monitoring instrumentation has been designed to help identify the nature and severity of power quality problems to prevent them from recurring. Automated software pinpoints the location, magnitude and duration of events to quickly remedy harmful situations.