GRID CODE TESTING

At Grid Code Engineering, we provide on-site services for conducting grid code testing required by the electrical system operator. We perform these tests for conventional and renewable generation plants anywhere in the world.

We have state-of-the-art equipment and extensive field experience to ensure accurate and reliable testing.

Do you need to validate the behavior of your power plant according to the existing grid code?

GRID CODE TESTING

At Grid Code Engineering, we provide on-site services for conducting grid code testing required by the electrical system operator. We perform these tests for conventional and renewable generation plants anywhere in the world.

We have state-of-the-art equipment and extensive field experience to ensure accurate and reliable testing.

Do you need to validate the behavior of your power plant according to the existing grid code?

GRID CODE TESTING SERVICES

GRID CODE TESTING SERVICES

On-site Grid Code Testing
Conventional and Renewable Power Plants

On-site power plant grid code testing is a comprehensive process that aims to assess and validate the compliance of a power generation facility with the grid code requirements established by the grid operator. This testing is conducted directly at the power plant location and involves various procedures and measurements to ensure seamless integration and reliable operation within the electrical grid. This is crucial for demonstrating compliance with the grid code requirements and ensuring the reliable and efficient operation of power generation facilities. By conducting these tests, potential issues can be identified and addressed, enhancing the plant’s integration with the electrical grid and contributing to overall grid stability and performance.

Here is a description of the key elements involved in on-site power plant grid code testing:

On-site Grid Code Testing

On-site power plant grid code testing is a comprehensive process that aims to assess and validate the compliance of a power generation facility with the grid code requirements established by the grid operator.

Here is a description of the key elements involved in on-site power plant grid code testing:

Compliance
Assessment

The testing process begins with a thorough assessment of the power plant’s compliance with the grid code requirements. This involves reviewing the specific grid code regulations applicable to the region and evaluating the plant’s design, equipment, and control systems to identify any deviations or areas of non-compliance.

Measurement and Data Acquisition

Precise measurements of voltages, currents, frequencies, and other relevant parameters are taken using advanced monitoring and measurement equipment. Data acquisition systems are employed to record and analyze the measurements, capturing the behavior of the power plant under different operating conditions.

Performance
Testing

Various performance tests are conducted to evaluate the power plant’s response to grid events and dynamic operating conditions. These tests may include assessing the plant’s voltage and frequency response, fault ride-through capability, power quality, and protective device coordination.
Testing in partnership with Turbo Efficiency.

Fault Simulation and Analysis

Fault scenarios are simulated to assess the power plant’s behavior and performance during grid faults. This involves inducing fault conditions and analyzing the plant’s response to ensure it can ride through the disturbances and continue stable operation.

System Stability
Analysis

The stability of the power plant within the larger electrical grid is evaluated through detailed analysis and simulation of system dynamics. This includes assessing stability margins, transient response, and overall grid stability contributions.

Compliance Reporting

Upon completion of the on-site testing, a comprehensive report is generated. This report summarizes the testing procedures, presents the measurement data, and provides an assessment of the power plant’s compliance with the grid code requirements. It may also include recommendations for any necessary corrective actions or optimizations to ensure full compliance.

Upon completion of the on-site testing, a comprehensive report is generated. This report summarizes the testing procedures, presents the measurement data, and provides an assessment of the power plant’s compliance with the grid code requirements.

Grid Code Testing for Power Generation Plants

Grid Code Testing for Power Generation Plants

Grid Code Testing is a critical process for power generation plants to ensure compliance with the requirements and regulations set by grid operators. These tests are designed to verify the seamless integration of the power plant with the electrical grid and to ensure its reliable and efficient operation.

Key aspects of grid code testing for power generation plants:

  • Voltage and Frequency Response.
  • Fault Ride-Through Capability.
  • Power Quality.
  • Protection Coordination.
  • Compliance Reporting.

Grid Code Testing is a critical process for power generation plants to ensure compliance with the requirements and regulations set by grid operators.

Key aspects of grid code testing for power generation plants:

  • Voltage and Frequency Response.
  • Fault Ride-Through Capability.
  • Power Quality.
  • Protection Coordination.
  • Compliance Reporting.

Do you need to demonstrate the behavior of your power plant to the grid operator?

Do you need to demonstrate the behavior of your power plant to the grid operator?

LIST OF COMMON GRID CODE TESTS

LIST OF
GRID CODE TESTS

It’s important to note that specific grid code tests for power plants may vary depending on the country, region, and the type of power plant (e.g., thermal, nuclear, renewable). Additionally, these tests may be subject to local grid code requirements and regulations.

Here is a list of grid code tests typically performed for power plants:

It’s important to note that specific grid code tests for power plants may vary depending on the country, region, and the type of power plant (e.g., thermal, nuclear, renewable).

Here is a list of grid code tests typically performed for power plants:

Voltage and Frequency Response Test

Evaluates the plant’s ability to respond to changes in voltage and frequency according to grid code requirements.

Fault
Ride-Through
Test

Verifies the plant’s capability to withstand and ride through grid faults while maintaining power generation.

Power
Quality
Test

 Assesses compliance with power quality standards, including harmonic distortion, flicker, and reactive power control.

Protection Coordination Test

Checks the coordination and performance of protective devices, such as relays and circuit breakers, to ensure proper operation during abnormal events.

Transient Response Test

Simulates transient events like voltage fluctuations or power outages to evaluate the plant’s ability to maintain stability and continuity of operation.

Interconnection Test

Ensures compliance with requirements for connecting the plant to the grid, including synchronization and impedance matching.

POWER PLANT MODELING

Modelación en PSSE® y EMTP®

By leveraging PSSE and EMTP in grid code compliance for power plants, our team can comprehensively assess compliance with grid code regulations, considering both steady-state and transient aspects.

These tools assist in evaluating the power plant’s behavior, ensuring seamless integration with the electrical grid, and reliable operation in accordance with grid code standards. We create these models for the as-design conditions as well for the adjusting the as-design model to the current conditions based on the grid code testing results.

POWER PLANT MODELING

Modelación en PSSE® y EMTP®

By leveraging PSSE and EMTP in grid code compliance for power plants, our team can comprehensively assess compliance with grid code regulations, considering both steady-state and transient aspects.

We create these models for the as-design conditions as well for the current conditions based on the grid code testing results.

WE TAKE CARE OF ALL THE TESTING PROGRAM

SIGNAL WIRING

A very important part is the identification of the variables to be measured and their preparation to be measured by high-resolution equipment.

TESTING EQUIPMENT

To visualize voltage and frequency changes in the power plant, high-resolution measurement instrumentation is required. We have the necessary equipment to conduct parallel testing on multiple units simultaneously.

ON-SITE TESTING EXECUTION

On-site grid code execution involves the implementation of grid code requirements and regulations directly at the power plant location. This comprehensive process includes conducting a series of tests and assessments to verify compliance with the grid code.

PROCEDURES & REPORTS

We support our clients in the creation of procedures and reports for the tests required by the electrical grid operator. Our experienced team works closely with clients to develop tailored procedures that align with the specific grid code requirements.

CALIBRATION CERTIFICATES

All instrumentation used during the tests is certified by an external calibration laboratory. We prioritize the accuracy and reliability of our measurements by ensuring that our equipment undergoes regular calibration performed by accredited laboratories.

WE TAKE CARE OF ALL THE TESTING PROGRAM

SIGNAL WIRING

A very important part is the identification of the variables to be measured and their preparation to be measured by high-resolution equipment.

TESTING EQUIPMENT

To visualize voltage and frequency changes in the power plant, high-resolution measurement instrumentation is required. We have the necessary equipment to conduct parallel testing on multiple units simultaneously.

ON-SITE TESTING EXECUTION

On-site grid code execution involves the implementation of grid code requirements and regulations directly at the power plant location. This comprehensive process includes conducting a series of tests and assessments to verify compliance with the grid code.

PROCEDURES & REPORTS

We support our clients in the creation of procedures and reports for the tests required by the electrical grid operator. Our experienced team works closely with clients to develop tailored procedures that align with the specific grid code requirements.

CALIBRATION CERTIFICATES

All instrumentation used during the tests is certified by an external calibration laboratory. We prioritize the accuracy and reliability of our measurements by ensuring that our equipment undergoes regular calibration performed by accredited laboratories.