Grid-compliant control and intelligent collaborative control for complex energy assets.
EnOS™ PPC is designed to address challenges in renewable power plant operation, combining advanced automation with grid-friendly strategies to enhance performance, compliance, and profitability.
Ensure seamless integration with the grid by adhering to stringent grid codes and regulatory standards. Facilitate real-time data exchange, enabling compliance with voltage, frequency, and power factor requirements. This capability enhances grid stability and supports bidirectional communication for efficient power dispatch and fault management.
Allow operators to execute pre-programmed setpoints or schedules without real-time feedback. Ideal for scenarios with predictable conditions, such as scheduled power output based on weather forecasts or market commitments. Offer flexibility for manual overrides and strategic planning, ensuring baseline operational efficiency.
Utilize continuous feedback from grid and power measurements, dynamically adjust generation assets (e.g., wind turbines, solar inverters) to maintain optimal performance. By responding to real-time fluctuations in demand or environmental factors, enhance grid reliability, minimizes curtailment, and maximizes energy yield.
Rapidly modulates power output to counteract grid frequency deviations, critical in balancing supply and demand. By automatically increasing or decreasing generation within milliseconds, stabilize grid frequency during disturbances, ensuring compliance with ancillary service requirements and enhancing system resilience.
Regulate voltage by managing reactive power flow through inverters, capacitors, or reactors. It proactively adjusts to grid conditions, preventing overvoltage or undervoltage scenarios. Improves power quality, reduces equipment stress, and ensures compliance with grid operator specifications.
Integrates with Static Synchronous Compensators (STATCOMs) to provide dynamic reactive power support. By stabilizing voltage fluctuations and mitigating harmonics, enhance grid reliability during sudden load changes or renewable intermittency.
Orchestrate hybrid systems (e.g., solar PV, wind, battery storage) to optimize energy generation, storage, and grid injection. Intelligently balance diverse resources, prioritizing cost-efficiency and reliability. Enable smooth transitions between energy sources, ensuring uninterrupted supply and maximizing ROI for hybrid projects.
with EnOS™ PPC
Read more on how EnOS™ SCADA & PPC predicts energy demand, automates grid interactions, and ensures compliance with evolving regulations.
EnOS™ PPC is here to help
Parameterised Control
Simplify plant operations with an integrated user interface.
Reliable Grid Code Compliance
Support both national and international grid codes worldwide.
Real-time Awareness of Operations
Quickly view the incidences, descriptions and real time values of each device.
Real-time Closed-loop Control
Boost operational performance with greater efficiency, reliability, and flexibility—anticipate issues and optimise resources with ease.
that caters to your specific needs
Aggregates data from multiple sources for remote/centralized monitoring and control.
Unified monitoring and control for wind, solar, BESS and hybrid plants.
Energy management of individual energy devices, such as PV inverters, wind turbines, or energy storage subsystems.
Holistic plant-level control for both single or hybrid plants, interfacing with the grid and energy markets.
Wind
Solar
BESS
Substation
STATCOM
Diesel
Loads
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