SOLUTIONS FOR GRID CODE COMPLIANCE.

EXPERIENCE, QUALITY AND SERVICE

Grid Code Engineering offers comprehensive services to power plants, ensuring their compliance with the technical requirements for interconnection to the transmission grid.

Our dedicated team is available 24/7, ready to provide support anywhere in the world. With our expertise and global reach, we assist power plants in meeting the necessary standards for seamless integration with the transmission grid, enabling a reliable and efficient operation.

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SOLUTIONS FOR GRID CODE COMPLIANCE.

EXPERIENCE, QUALITY AND SERVICE

Grid Code Engineering provides services to meet the technical requirements for interconnection to the transmission grid.

GRID CODE COMPLIANCE SERVICES

Technical Requirements

Grid Code Testing covers various aspects of power plant operation. It includes; fault ride-through capability, power quality, protection coordination, system stability, voltage and frequency response. These tests are conducted to verify the power plant’s ability to maintain grid stability providing reliable power supply and meet the requirements outlined in the grid code.

The purpose of grid code testing is to ensure that power plants integrate seamlessly with the electrical grid and operate in compliance with the established regulations. By undergoing grid code testing power plants demonstrate their reliability, adherence to standards, ability to contribute to the stable and efficient operation of the overall power system.

Grid code testing covers various aspects of power plant operation, including voltage and frequency response, fault ride-through capability, power quality, protection coordination, and system stability. These tests are conducted to verify the power plant’s ability to maintain grid stability, provide reliable power supply, and meet the requirements outlined in the grid code.

POWER
PLANTS

POWER
PLANTS

Conventional and Renewable

Experience and Flexibility

All our services are aimed at complying with the grid code and its requirements for a reliable and safe electrical installations.

GRID CODE COMPLIANCE

Grid Code Engineering specializes in providing compliance services for power plants. Our comprehensive services ensure that power plants meet the technical requirements and regulations set by grid operators. We offer a range of solutions tailored to the specific needs of each power plant. Including electrical studies, equipment testing, system analysis and compliance reporting.

Our team of experts have extensive knowledge of grid codes and regulations worldwide, allowing us to assist power plants in achieving and maintaining grid code compliance. With our services, power plants can ensure a reliable operation, optimal performance and seamless integration with the electrical grid.

Grid Code Engineering specializes in providing grid code compliance services for power plants. Our comprehensive services ensure that power plants meet the technical requirements and regulations set by grid operators.

Interconnection Requirements

Interconnection Requirements

Interconnection requirements for power plants outline the technical specifications and guidelines for connecting the power plant to the electrical grid. These requirements ensure the safe and reliable integration of the power plant with the existing transmission as well as the distribution of the infrastructure. Here is a description of key aspects typically covered by interconnection requirements:

Synchronization

The interconnection requirements specify the procedures and criteria for synchronizing the power plant’s output with the grid’s voltage and frequency. This ensures that the power plant can operate in parallel with the grid without causing disturbances or instability.

Grid Connection Standards

The requirements define the technical standards and specifications that the power plant must meet to connect to the grid. This includes parameters such as voltage levels, frequency range, power factor and other electrical characteristics.

Protection and Safety

Interconnection requirements address the protection and safety measures necessary to protect both the power plant and the grid. This involves specifying the types and settings of protective devices, such as relays and circuit breakers, to detect and isolate faults and ensure system stability.

Communication and Control

The requirements outline the communication and control protocols that enable effective coordination between the power plant and the grid operator. This includes data exchange, monitoring and control systems to facilitate grid management and response to grid events.

Grid Code Compliance

Interconnection requirements often incorporate elements of the grid code that the power plant must adhere to. This guarantees that the regulations are being followed related to voltage and frequency response, power quality, fault ride-through and other grid performance parameters.

ELECTRICAL STUDIES

Electrical studies play a crucial role in grid code testing for power plants. These studies involve detailed analysis and simulations to assess the power plant’s performance.

ON-SITE POWER PLANT SERVICES

ON-SITE POWER PLANT SERVICES

Grid Code Engineering offers comprehensive grid code testing services for power plants. Our services are designed to ensure compliance with the grid code requirements set by grid operators. We provide the following grid code testing services:

Grid Code Compliance Assessment

Testing Plan Development

Measurement and Data Collection

Performance Testing

Compliance Reporting

Continuous Monitoring and Support

Our grid code testing services help power plant operators to maintain a strong partnership with grid operators.

COORDINATION OF TECHNICAL AND ADMINISTRATIVE REQUIREMENTS

COORDINATION OF TECHNICAL AND ADMINISTRATIVE REQUIREMENTS

During the process of evaluating the technical requirements of the network code for generation plants, there are many entities and departments involved in the process. Both on the side of the authority and on the side of the plants help coordinate the technical and administrative requirements of the process.

MATHEMATICAL MODELS
PSS®E & EMTP

MATHEMATICAL MODELS
PSS®E & EMTP

Our company creates power system models in PSSE & EMTP to assess compliance with grid code requirements. It encompasses the representation of power plants, transmission lines, transformers, loads, and other system components, as well as the implementation of control and protection systems. PSSE & EMTP modeling provides valuable insights into power system behavior and helps power plant operators understand their compliance status. It facilitates the identification of potential issues, aids in system planning, and supports decision-making for grid code compliance enhancements.