EcoStruxure™ Process Expert - Power Control Library
EcoStruxure™ Process Expert Power Control Library
Published by
Schneider Electric
EcoStruxure™ Process Expert - Power Control Library
Published by
Schneider Electric
Overview
EcoStruxure™ Process Expert - Power Control Library
The Power Control library helps in:
Building graphical one-line diagrams of the electrical system and equipment as connected in the power network.
Configuring priorities, nominal ratings for every load on the network.
Continuous power balance calculations between generation & load.
Interlocking function for circuit breakers on the network. Simulation of different power scenarios during testing & commissioning.
EcoStruxure™ Process Expert - Power Control Library
The Power Control library helps in:
Building graphical one-line diagrams of the electrical system and equipment as connected in the power network.
Configuring priorities, nominal ratings for every load on the network.
Continuous power balance calculations between generation & load.
Interlocking function for circuit breakers on the network. Simulation of different power scenarios during testing & commissioning.
Benefits
Power monitoringComponents to build one-line diagram of the electrical system
Connections between components of the electrical system
Each equipment uniquely identified
Ratings of equipment
Energy awareness Maximum (nominal) power a source is capable of providing
Generation that can be picked up within reasonable time after the loss of connected generation
The maximum (nominal) power that every load can draw
Criticality of every load connected
Priority of loads to re-connect with in a criticality group
Power controlContinuous power balance calculations that enable decisions
Perform automatic load shedding
Re-connecting the disconnected loads when power source is restored
Interlocking between loads to control load shedding
SimulationSupports simulation for efficient design power management systems
Supports testing & commissioning
Evaluate impact of power loss or overload scenarios during operation by simulation
Power monitoringComponents to build one-line diagram of the electrical system
Connections between components of the electrical system
Each equipment uniquely identified
Ratings of equipment
Energy awareness Maximum (nominal) power a source is capable of providing
Generation that can be picked up within reasonable time after the loss of connected generation
The maximum (nominal) power that every load can draw
Criticality of every load connected
Priority of loads to re-connect with in a criticality group
Power controlContinuous power balance calculations that enable decisions
Perform automatic load shedding
Re-connecting the disconnected loads when power source is restored
Interlocking between loads to control load shedding
SimulationSupports simulation for efficient design power management systems
Supports testing & commissioning
Evaluate impact of power loss or overload scenarios during operation by simulation
Product Attributes
Design Tools
Domain
Design Tools
Domain
Get Resources and Start FREE Trials
Easy Product Activation with Your Account
Products Saved to Personal Digital Library
Register Now
Already have an account?
Log In