The turnkey solution for intelligent plant control

Power Plant Manager

Manage energy and digitalize power plants

The Power Plant Manager is the complete solution for the energy management of PV and hybrid power plants in the megawatt range. Thanks to software platform ennexOS, it safeguards the intelligent networking of various energy sources. In doing so, it not only monitors and controls grid-compliant energy generation, but also enables the digitalization of power plants and participation in the energy market of the future.

This means that PV systems with and without battery-storage systems in on-grid and off-grid systems are ideally equipped for the requirements of the virtual power plants of tomorrow.

Save on generator and diesel costs

Central interface for data overview and analysis: Sunny Portal

Easy monitoring and control of large-scale PV power plants

Remote access: reduced service costs and increased security

Full digital overview at all times

With the Power Plant Manager, you are already optimally equipped for the energy market of tomorrow. The Power Plant Manager ensures that your power plant runs efficiently and also helps stabilize the utility grid. As a turnkey solution, it is available with other system components such as the SMA Hybrid Controller. You can see all your data at a glance anytime with the free Sunny Portal monitoring platform.

The system in detail

This is how the Power Plant Manager can be used to manage and monitor the energy flows in your power plant.

Analyzes and manages all energy flows:
Records all relevant data and performs parameterization
Visualizes all important system data in Sunny Portal
Greater security thanks to updates, including via remote access
Enables grid services

Analyzes and manages all energy flows:
- Records all relevant data and performs parameterization
- Visualizes all important system data in Sunny Portal
- Greater security thanks to updates, including via remote access
- Enables grid services

The Power Plant Manager is the central system of the power plant and intelligently manages all energy flows.

The Power Plant Manager is the central system of the power plant and intelligently manages all energy flows.

Manages the renewable power plant:
Controls generation power
Optimizes energy flows
Controls active and reactive power as necessary
Supports voltage and frequency control

Manages the renewable power plant:
- Controls generation power
- Optimizes energy flows
- Controls active and reactive power as necessary
- Supports voltage and frequency control

Controls the battery system:
Compensates for load peaks
Shifts energy
Supports AC- and DC-coupled battery systems
Controls state of charge and symmetry

Controls the battery system:
- Compensates for load peaks
- Shifts energy
- Supports AC- and DC-coupled battery systems
- Controls state of charge and symmetry

Enables the following grid services:
Voltage and frequency control
Ramp rate control
Primary control reserve
Black start and synchronization

Enables the following grid services:
- Voltage and frequency control
- Ramp rate control
- Primary control reserve
- Black start and synchronization

Controls microgrids:
Enables 100% renewable energy supply
Keeps reserve power available
Establishes grid-forming operation including black start in the event of utility grid failure
Secures a backup power supply

Controls microgrids:
- Enables 100% renewable energy supply
- Keeps reserve power available
- Establishes grid-forming operation including black start in the event of utility grid failure
- Secures a backup power supply

Manages and controls energy flows from various producers in a way that the power plant can feed in energy efficiently and securely, and stabilize grids.

Manages and controls energy flows from various producers in a way that the power plant can feed in energy efficiently and securely, and stabilize grids.

The Power Plant Manager offers new selling options for energy:

Stable utility grids and optimal energy selling

Black start

Starting the power plant without a functioning grid to restore the electricity supply after a grid failure.

Synchronizing local grids

Synchronization of the local utility grid (microgrid) with the public utility grid, for example, after a black start.

Providing primary operating reserve

The primary operating reserve is provided via the battery-storage system at the point of interconnection.

Saving diesel costs

The hybrid grid is supported by voltage-supplying battery inverters and saves fuel.

Automatic active power reduction

Reduction in active power in the event of overfrequency according to grid code specifications.

Customized adaptation

Setpoints of the grid operator, for example, for reactive power or the displacement power factor are implemented as needed.

Constant reactive power

Constant reactive power or a displacement power factor can be made available on a permanent basis or by request.

Dynamic control

Dynamically specified values for reactive power or a displacement power factor are managed at the point of interconnection.

Uninterrupted availability

Greater power plant availability by means of fail-safe operation
No losses through grid disconnection (e.g., by grid operators) if there is an incident with the system controller
Smooth switchover of farm control in the event of a grid incident or failure
Reliable implementation of setpoints and adherence to connection conditions
No loss of control and information in the event of a fault
Avoidance of unnecessary service work

The redundancy function of the Power Plant Manager

The redundancy function of the Power Plant Manager (PPM) provides extra protection to power plant operation. Two identical PPMs (featuring integrated hybrid controllers) are installed with license activation to create a redundancy function. The devices monitor each other’s operation simultaneously, with one PPM in active control mode and the other in redundant standby mode.

If there are problems with the active controller, the redundant controller automatically and smoothly takes control of the power plant in an instant.This is followed by an automatic reboot attempt to restore the redundant operating state of the PPM. If this does not work due to a physical defect, for example, a corresponding service message is generated, which lets the PV system manager know of any defective components.

A superimposed SCADA system communicates in tandem with both PPMs, which enables the operating state of the redundant PPM system to be monitored in real time.

The SMA Redundancy Connector can be connected to a redundant PPM system to link and process digital input and output signals. This ensures the safe connection of electrical signals and allows for automatic switchover to the active control system.

Service digital optimiert

The Power Plant Manager efficiently reduces maintenance costs through digital management. The simultaneous adjustment of parameters on several devices saves time during commissioning and maintenance. Software updates are carried out remotely and increase security at the power plant.

Manage parameters digitally
Save on service time and costs
Central interface for your O&M service provider

Bordesholm, a town is disconnected from the utility grid

The town of Bordesholm is equipped with an SMA storage system. It is the first town in Germany that can be completely disconnected from the utility grid and supply itself entirely with renewable energy. In addition to a grid formation function, SMA battery inverters are equipped with a black start function, which can be used to restart the entire electricity supply after a power outage. The Power Plant Manager ensures optimal control of energy flows.

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Power Plant Manager

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