A project-specific plant-control responsibility model
Evidence level: engineering record.
Publication-safe result
Power generation
Coordinated control for a hybrid wind and solar power plant
See how enPowerManager supports plant-level control, setpoint management, and coordinated operation in a utility-scale wind and solar hybrid power project.
Customer or project: Utility-scale hybrid wind and solar power plant
Discuss Your Project
Operational challenge
- Multiple generation sources share one grid interface and operating objective.
- Plant-level commands, source states and response evidence need one control responsibility model.
- Fallback and event traceability must be defined before live testing.
Enlogy scope
- Plant-level PPC and setpoint coordination
- Wind and solar source interfaces subject to project qualification
- Active/reactive power, voltage, power-factor and ramp objectives where engineered
- Events, commands, operating states and evidence records
Data and operating context
- Plant and point-of-connection measurements
- Source availability and operating state
- Setpoints, commands, alarms and event history
- Maintenance and operating context
Workflow
- Define the operating boundary and evidence requirements
- Connect approved system and operational data
- Make exceptions, events and responsibilities visible
- Coordinate action through the agreed workflow
- Review evidence and communicate only approved results
What the deployment demonstrates
Operational evidence with the customer boundary intact.
Traceable setpoints, events and operating states
Evidence level: engineering record.
A coordinated foundation for hybrid plant testing and operation
Evidence level: engineering record.
Products used
Relevant solutions
Industry and delivery context
Technical resources
Related result and methodology pages
Project discussion