G-PPC

Power Plant Controller (PPC) Software and Hardware
The Power Plant Controller (PPC) is a critical component for the efficient and reliable management of energy production, especially in solar energy (PV) and wind energy hybrid plants. By integrating different renewable energy sources and energy storage systems, the PPC provides a grid-compatible, flexible, and stable energy flow. This facilitates the grid integration of hybrid energy plants and optimizes energy production.

Given that each country’s grid requirements and operating conditions are different, developing PPC software and hardware domestically in line with country specific needs is of great importance. As Grid Kod, the G-PPC software and hardware we have developed have been designed with the correct parameters and have completed comprehensive testing. This ensures that investors derive maximum benefit from PV and wind hybrid plants and participate effectively in energy markets.

Key Features of G-PPC Software and Hardware:

• Flexibility to Work with Different Energy Producers: G-PPC offers flexible energy management by integrating PV inverters, wind turbines, and energy storage systems from various manufacturers.
• Integration of Hybrid Energy Sources: Enables the management of different sources such as solar, wind, hydroelectric, and biogas on a single platform.
• Adaptability to Voltage Levels and Grid Regulations: Can operate at different voltage levels and fully comply with grid code and regulations.
• Active and Reactive Power Control: Provides frequency and voltage regulation by managing active and reactive power according to the grid’s needs.
• Flexibility According to Application Type: Supports operations like load balancing, demand-side management, and peak shaving.
• Bidirectional Communication with Energy Sources and the Grid: Facilitates real-time data exchange through advanced communication protocols and integrates with grid operators.
• Real-Time Data Collection and Monitoring: Instantly monitors and manages system performance, energy production, and grid status.
• Energy Production Forecasting and Optimization: Predicts energy production and consumption using big data analytics and artificial intelligence algorithms, optimizing production planning.
• Data Security: Protects system and data integrity with cybersecurity measures and prevents unauthorized access.
• Facility Monitoring and Reporting: Monitors facility performance with user-friendly interfaces, offering alarm management and detailed reporting.
• Energy Management with AI-Based Decision Algorithms: Optimizes energy flow and production strategies with AI-supported decision mechanisms.
• Security and Risk Management System Controls: Minimizes operational risks and works integrated with security systems and emergency procedures.
• Service and Predictive Maintenance: Ensures continuous and efficient system operation with proactive maintenance strategies and remote monitoring, reducing downtime.