enPowerManager · Power Plant Controller and hybrid generation control
Coordinate renewable and hybrid generation at the plant and grid interface.
enPowerManager is a dedicated Power Plant Controller for renewable and hybrid plants, coordinating source controllers, plant objectives and traceable control actions.
What it solves
Hybrid plants must coordinate different generation technologies, storage and grid-facing objectives without losing plant-level responsibility, command traceability or a defined fallback mode.
Plant-level control
Coordinate qualified plant objectives and the point-of-connection control model.
Hybrid source coordination
Support project architectures combining wind, solar, biomass, hydro and storage where engineered and validated.
Master and slave roles
Operate as a PPC master or slave according to the approved plant control architecture.
Setpoint and export logic
Apply approved active-power, export-limitation, curtailment and ramp strategies after engineering verification.
Reactive and voltage objectives
Support qualified reactive-power and voltage control responsibilities where the project interface requires them.
Traceable operation
Record setpoints, source responses, operating mode, events and control evidence for review.
How it works
A traceable path from signal to operational action.
Define responsibility
Confirm source devices, grid interface, control owner, fallback and communication boundaries.
Acquire state
Read plant measurements, source availability, storage state, meters and point-of-connection context.
Calculate objective
Evaluate the approved plant target and source-priority/control strategy.
Execute
Send authorized commands through the engineered interface and capture confirmation or exception.
Prove
Expose command, response and event evidence to EnergyPortal for central operations and reporting.
Use cases
Built around the operating context.
The right product configuration depends on equipment, data quality, control responsibility, operating policy and the evidence required by the project.
- Wind + solar hybrid plants
- Solar + storage
- Wind + storage
- Hydro + solar
- Biomass + solar
- Master/slave hybrid control architectures
Integration model
Connect the systems you already operate.
Governance and boundaries
PPC behaviour is project-engineered. Protocol roles, setpoint authority, fallback, interlocks, acceptance tests and grid-code responsibilities must be confirmed for each plant; enPowerManager does not automatically certify grid compliance.
Architecture and evidence
Make the operating model visible.
Product relationship
Defined responsibilities, connected operations.
enPowerManager owns the qualified plant-control responsibility. EnergyPortal provides central supervision and reporting, while Scadify can provide field acquisition and execution infrastructure.
FAQ
Questions engineers and operators ask first.
Can enPowerManager control hybrid plants?
Yes, it is designed for engineered hybrid architectures such as wind and solar, solar and storage, and other approved combinations including biomass or hydro.
Can it operate as master or slave?
Yes. The control role is selected according to the approved plant and grid-interface architecture.
Does it guarantee grid-code compliance?
No. Control functions, tests and grid-code responsibilities are project-specific and require engineering and acceptance evidence.
Next step