On grid complex hybrid power plant (generator, BESS, renewable, grid)

In this application, one or more generators are combined with a photovoltaic system and battery storage, while being connected to a main electrical grid. This hybrid system uses solar energy to generate electricity, with additional support provided by generators, batteries or mains as required.
The association with the main electrical grid maximizes energy efficiency and ensures a continuous supply. Captured solar energy is used first, and when solar production is insufficient, an intelligent management system determines the most appropriate source to compensate for the deficit, whether batteries, generators or the main grid.
This configuration offers a flexible and reliable energy solution, suitable for a variety of installations. It reduces dependence on traditional energy sources, optimizes energy costs and contributes to a reduction in carbon emissions, while ensuring a smooth transition between different energy sources according to needs and available conditions.

Key features

Diesel or gas engine control

Start and stop
Preheating and cooling management
Mechanical parameters display
Mechanical protections
Communication J1939 for electronic engines
Catalyst regeneration control and management

Energy management system

Circuit breaker control
Malfunction alarms
Synchronization of voltage, frequency, phase and control phase sequences
Active and reactive load control
Dead busbar management with static paralleling option
Load shedding
Electrical protections
Power reserve management

Mains management

Mains failure detection
Backup source management in off grid mode
Mains circuit breaker control
Malfunction alarms
Mains electrical protections

Inverter management for renewable energy sources (photovoltaic or wind power)

Modbus TCP or RTU communication with the inverter for acquisition, control and protections
Direct measurement of AC voltage and current via dedicated inputs
Inverter can be controlled via digital and analog outputs

BESS management with generators

Modbus TCP or RTU communication with inverter and BMS for acquisition, control and protections
Charging and discharging current management with grid forming or grid following
Starting generators on low SOC
Reactive power management

Optional i4Gen HMI

Color touchscreen
WIFI, LAN and Modbus TCP communications
Sending emails on events
Remote display and control of all variables via a secure application

Related products

GENSYS COMPACT PRIME

The GENSYS COMPACT PRIME is designed for advanced management of multiple generators in power plants, while offering interoperability with other types of energy sources for more complex systems.

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MASTER COMPACT 1B

The MASTER COMPACT 1B is designed to manage a mains incomer with a single circuit breaker. It allows advanced interoperability with various energy sources, such as generators, inverters or other mains incomers.

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HYBRID COMPACT

The HYBRID COMPACT is designed to efficiently manage photovoltaic or wind inverters, while ensuring optimum integration with other energy sources and management systems.

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BAT COMPACT

The BAT COMPACT is designed to manage battery inverters efficiently, ensuring optimum use of available energy resources while integrating into multi-source systems.

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