IEC/IEEE 63198-2775:2023 PDF

Overview

IEC/IEEE 63198-2775:2023 sets comprehensive technical guidelines for the integration, control, and management of smart hydroelectric power plants. Developed by the International Electrotechnical Commission (IEC) in collaboration with IEEE, this international standard applies to all hydroelectric power plants except tidal and ocean power plants. It describes the use of latest proven digital equipment and advanced communication models to achieve fully digitalized and intelligent plants.

The standard supports the development and operation of plants equipped with digital sensors, smart actuators, and an Integrated Control and Management Platform (ICAMP). It also addresses cyber security, ensuring that smart hydroelectric power plants are protected against emerging digital threats. The goal is to promote interoperable, efficient, safe, and sustainable hydroelectric power generation using cutting-edge technology.

Key Topics

• System Architecture Details the architecture models, logical levels, zones, and network structures essential for an integrated smart hydroelectric plant and groups of plants. Supports retrofit and new constructions.

• Communication Networks Specifies communication networks optimized for plant-level, unit-level, and process-level interaction using internationally standardized protocols, improving data flow and control accuracy.

• Smart Transducers and Intelligent Electronic Devices (IEDs) Defines technical requirements for smart sensors and IEDs responsible for measurement, control execution, local control, and protection functions.

• Integrated Control and Management Platform (ICAMP) Outlines the platform’s structure for data management, basic services, and intelligent applications that support economic operation, condition-based maintenance, dam safety analyses, and more.

• Cyber Security Emphasizes network structure security, data integrity, device authentication, access control, and comprehensive management of IT infrastructure to safeguard against cyber threats.

• Operation, Maintenance, and Commissioning Provides guidance on systematic commissioning, testing strategies, remote diagnostics, and documentation essential for sustained plant performance.

Applications

IEC/IEEE 63198-2775:2023 is highly relevant for:

• Hydroelectric Plant Operators seeking to modernize existing facilities with digital technologies.
• Engineering and Automation Vendors developing compatible control and monitoring equipment.
• Utility Companies managing groups of hydroelectric plants aiming to optimize performance through integrated control solutions.
• Cyber Security Experts involved in protecting critical infrastructure within hydroelectric power.
• Smart Grid Integrators requiring standards-compliant plants for seamless integration with larger power systems.

By following the standard, stakeholders can achieve:

• Enhanced reliability and efficiency through smart sensor networks and intelligent diagnostics.
• Improved decision-making with advanced data analytics and trend forecasting.
• Standardized communication reducing integration complexity and operational costs.
• Robust security frameworks protecting physical assets and digital operations.
• Scalable and flexible plant architectures suitable for future digital advancements.

Related Standards

IEC/IEEE 63198-2775:2023 complements and interacts with:

• IEC 62351 Series - Security standards for power system information infrastructure addressing data and communication security.
• IEC TC57 Profile Standards - Related to communication networks and systems for power utility automation.
• Other IEC and IEEE standards guiding instrumentation, control equipment, and cyber security best practices in power generation.

This standard integrates harmoniously with these foundational standards to ensure holistic governance for smart hydroelectric power plants.

By adhering to IEC/IEEE 63198-2775:2023, hydroelectric power plants can leverage the latest digital innovations while ensuring secure, efficient, and sustainable operation in line with international best practices. This standard is essential for advancing smart hydro generation and securing the critical infrastructure of tomorrow’s energy landscape.