EcoStruxure™ Power Operation
SCADA software designed for Critical Power Management
Published by
Schneider Electric
EcoStruxure™ Power Operation
Published by
Schneider Electric
Overview
Purpose-built SCADA programming that adapts to your complex electrical network
EcoStruxure™ Power Operation (formerly Power SCADA Operation) is a critical power management system engineered to help facilities like data centers, hospitals, industrials, airports and electro-intensive operations maximize uptime.
As a key element of EcoStruxure Power, Power Operation is a SCADA system uniquely designed for large electrical distribution applications. With rich data integration from connected devices, Power Operation's unique capabilities provide real-time situational awareness and offer a high performance, cyber-resilient solution for your specialized power networks.
Purpose-built SCADA programming that adapts to your complex electrical network
EcoStruxure™ Power Operation (formerly Power SCADA Operation) is a critical power management system engineered to help facilities like data centers, hospitals, industrials, airports and electro-intensive operations maximize uptime.
As a key element of EcoStruxure Power, Power Operation is a SCADA system uniquely designed for large electrical distribution applications. With rich data integration from connected devices, Power Operation's unique capabilities provide real-time situational awareness and offer a high performance, cyber-resilient solution for your specialized power networks.
Benefits
Reduce risk of electric firesVia Continuous Thermal Monitoring avoid electrical fires by detecting and alarming on abnormal temperature rise in electrical distribution equipment.
Protect occupants and minimize equipment riskVia Active Arc Flash Protection minimize the costs resulting from arc flash damages that include downtime, repair time, interruption of processes and equipment.
Avoid downtimeQuickly understand the state of the entire electrical system with a real-time, digital representation of your electrical one-line. Determine which parts of your electrical network are energized and from what sources.
Control and automate power systemsPrevent downtime, increase electrical system reliability and protect assets with self-healing MV loop architectures and by connecting MV relays, LV breakers and power meters to Power Monitoring & Control Software.
Restore normal operations quicklyVia Power Events Analysis help determine root cause and re-establish normal operations quickly and safely when the unexpected occurs.
High resolution, high accuracy event sequence record to find origins of fault
Cross system event correlation to help reconstruct sequence of events
Speed the diagnosis of power incidents by automatically creating a visual timeline of the incident showing related events, waveforms, and trends.
Reduce risk of electric firesVia Continuous Thermal Monitoring avoid electrical fires by detecting and alarming on abnormal temperature rise in electrical distribution equipment.
Protect occupants and minimize equipment riskVia Active Arc Flash Protection minimize the costs resulting from arc flash damages that include downtime, repair time, interruption of processes and equipment.
Avoid downtimeQuickly understand the state of the entire electrical system with a real-time, digital representation of your electrical one-line. Determine which parts of your electrical network are energized and from what sources.
Control and automate power systemsPrevent downtime, increase electrical system reliability and protect assets with self-healing MV loop architectures and by connecting MV relays, LV breakers and power meters to Power Monitoring & Control Software.
Restore normal operations quicklyVia Power Events Analysis help determine root cause and re-establish normal operations quickly and safely when the unexpected occurs.
High resolution, high accuracy event sequence record to find origins of fault
Cross system event correlation to help reconstruct sequence of events
Speed the diagnosis of power incidents by automatically creating a visual timeline of the incident showing related events, waveforms, and trends.
High resolution, high accuracy event sequence record to find origins of fault Cross system event correlation to help reconstruct sequence of events Speed the diagnosis of power incidents by automatically creating a visual timeline of the incident showing related events, waveforms, and trends.
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