Description of the project scope and specific commissioning objectives. Review of all engineering documents and technical specifications required for commissioning.
Assembly and installation of photovoltaic modules and associated infrastructure. Checking and preliminary testing of all components to ensure they comply with technical specifications.
Detail of commissioning steps, including performance and safety tests. Monitoring and recording all activities, ensuring that standards and procedures are being followed.
Identification and resolution of any technical issues found during testing. Necessary adjustments to optimize system performance.
Preparation of detailed reports documenting the commissioning process and results. System performance assessment to ensure that all customer requirements and expectations have been met.
Formalization of the completion of commissioning and transfer of operation to the customer. Training of operators and maintenance to ensure efficient management of the system.
Presentation of the project, highlighting its location and installed solar energy generation capacity.
Survey of project needs, including technical feasibility study and detailed planning of commissioning stages. Selection and preparation of necessary equipment and tools.
Description of the main technical steps, including the installation of solar panels, electrical connections and support infrastructure. Functioning and safety tests, highlighting the protocols followed and standards met.
Continuous monitoring of operations to identify and correct any deviations or technical problems. Operational adjustments necessary to ensure maximum system efficiency.
Compilation of performance data, validating commissioning success based on established criteria. Preparation of a final commissioning report, including all steps carried out, results obtained and compliance verified.
Signing of documents for completion and transfer of system operation to the customer. Training sessions for customer teams, ensuring proper operation and maintenance of the installed system.
Initial configuration of the relay according to technical specifications and desired protection parameters. Preparation of the current injection case, configuring it to simulate the specified electrical conditions.
Injection of test currents into the relay to verify responses to configured parameters, including overcurrents and fault conditions. Monitoring and adjustment of relay actuation values to ensure accurate and quick response in cases of abnormalities.
Evaluation of test results to identify the need for adjustments to the relay parameters. Performing fine adjustments to optimize relay performance and reliability.
Complete documentation of all tests performed, including settings, measured values and adjustments made. Preparation of a final report validating the correct parameterization and functioning of the relay.
