Photovoltaic 250MW Energy Storage 25MW 50MWh Completion Acceptance Report of Photovoltaic Storage In

Mondo Finance Updated on 2024-02-04

Completion and acceptance report of the integrated photovoltaic and storage project (photovoltaic 250MW + energy storage 25MW 50MW).

1.Project Overview.

1.1 Basic information of the project.

Project Name: [Optical Storage Integration Project Name].

PV capacity: 250MW

Energy storage capacity: 25MW 50MWh

Completion Date: [Completion Date].

Project Address: [Project Address].

1.2 Project units.

Construction unit: [construction unit].

Design unit: [Design unit].

Construction unit: [construction unit].

Supervision unit: [supervision unit].

2.Project scope.

2.1 Photovoltaic system.

PV Module Installation: Completed.

Bracket System Installation: Done.

Cable Laying & Connection: Done.

Inverter & Electrical Equipment Installation: Completed.

2.2 Energy storage system.

Energy Storage Equipment Installation: Completed.

Energy Storage System Connection: Done.

Control System Installation: Complete.

Security Protection System: Done.

3.Acceptance criteria.

3.1 Design compliance.

Verify that the project complies with the relevant design codes and standards.

3.2 Technical Performance.

Verify the power generation performance and efficiency of photovoltaic systems.

Verify the charge/discharge performance and efficiency of the energy storage system.

Verify the power conversion performance of the entire system.

3.3 Safety performance.

Verify electrical safety performance.

Verify the effectiveness of lightning protection and grounding systems.

Verify the safety protection measures of the energy storage system.

4.Completion acceptance process.

4.1. Review of design documents.

Complete a review of design documents to ensure compliance with relevant standards.

4.2 On-site inspection.

Conduct on-site inspections of photovoltaic sites and energy storage system facilities.

4.3 System Testing.

Carry out power generation performance test of photovoltaic system.

Carry out the charging and discharging performance test of the energy storage system.

Perform overall system testing.

5.Problems and rectifications.

5.1 Problems found.

Problem 1: [Problem description].

Problem 2: [Problem description].

5.2 Corrective Measures.

Corrective action plan for question 1: [Corrective Action Plan].

Corrective action plan for question 2: [Corrective Action Plan].

6.Acceptance conclusion.

6.1 Design Compliance Conclusions.

Design Compliance: Compliant Non-compliant.

6.2 Technical performance conclusions.

Technical performance: Compliant Non-compliant.

6.3 Safety Performance Conclusion.

Safety performance: Compliant Non-compliant.

7.Acceptance summary.

Through this completion acceptance, the design, construction and performance of the integrated photovoltaic and storage project were comprehensively evaluated. Overall, the project met the design specifications and standards, the technical performance was at the expected level, and the safety performance was good. However, some problems were identified during the acceptance process, and a rectification plan has been drawn up, and it is expected that the reliability and efficiency of the system will be further improved after the rectification.

8.Acceptance conclusion.

Based on the evaluation of the accepted design compliance, technical performance and safety performance, the following conclusions are drawn:

Design Compliance: Compliant.

Technical performance: Yes.

Safety performance: Yes.

9.Acceptance recommendations.

9.1 Pros.

The system design is reasonable, and the photovoltaic power generation and energy storage systems work well together.

Technical performance meets or exceeds the expected level.

The safety performance meets the relevant standards, and the electrical and lightning protection systems are effective.

9.2 Room for improvement.

Some devices have the problem of high noise, and it is recommended to further optimize the noise reduction design.

Some photovoltaic modules are difficult to clean, so it is recommended to consider the convenience of cleaning.

For the monitoring and adjustment of some system parameters, it is recommended to add automation functions.

10.Acceptance report approval.

Person in charge of the construction unit: [name] (signature).

Person in charge of the design unit: [name] (signature).

Person in charge of the construction unit: [Name] (Signature).

The person in charge of the supervision unit: [name] (signature).

11.Annex.

Design document review records.

On-site inspection records.

System test report. Rectification records.

1.Review Overview.

1.1 Basic information of the project.

Project Name: [Optical Storage Integration Project Name].

PV capacity: 250MW

Energy storage capacity: 25MW 50MWh

Design unit: [Design unit].

Review Date: [Review Date].

Reviewer: [Reviewer].

1.2 Review the list of documents.

File 1 name].

File 2 name].

File 3 name].

2.Review content.

2.1. Review of PV system design documents.

2.1.1 PV module design documents.

File 1 Name]: [Compliant Non-compliant].

File 2 Name]: [Compliant Non-compliant].

2.1.2 Bracket system design documents.

File 1 Name]: [Compliant Non-compliant].

File 2 Name]: [Compliant Non-compliant].

2.1.3. Cable laying and connection design documents.

File 1 Name]: [Compliant Non-compliant].

File 2 Name]: [Compliant Non-compliant].

2.1.4 Inverter and electrical equipment design documents.

File 1 Name]: [Compliant Non-compliant].

File 2 Name]: [Compliant Non-compliant].

2.2. Review of energy storage system design documents.

2.2.1. Energy storage equipment design documents.

File 1 Name]: [Compliant Non-compliant].

File 2 Name]: [Compliant Non-compliant].

2.2.2. Control system design documents.

File 1 Name]: [Compliant Non-compliant].

File 2 Name]: [Compliant Non-compliant].

2.2.3. Safety protection system design documents.

File 1 Name]: [Compliant Non-compliant].

File 2 Name]: [Compliant Non-compliant].

3.Problems and rectification.

3.1 Problems found.

Problem 1: [Problem description].

Problem 2: [Problem description].

3.2 Corrective Action Plan.

Corrective action plan for question 1: [Corrective Action Plan].

Corrective action plan for question 2: [Corrective Action Plan].

4.Conclusions of the review.

4.1 Design Compliance Conclusions.

Design Compliance: Compliant Non-compliant.

4.2 Recommendations.

Recommendation 1] Recommendation 2].

5.Approval of the review report.

Person in charge of the design unit: [name] (signature).

Project Leader: [Name] (Signature).

6.Annex.

Review the list of documents.

Review Records**.

Corrective action plan.

1.Project Overview.

1.1 Basic information of the project.

Project Name: [Optical Storage Integration Project Name].

PV capacity: 250MW

Energy storage capacity: 25MW 50MWh

Test Date: [Test Date].

Tester: [Tester].

1.2 Test Environment.

Weather conditions: [Weather conditions].

Light Condition: [Light Intensity].

Temperature Range: [Temperature Range].

2.Test content.

2.1 PV system test.

2.1.1. Power generation performance test.

Test the power generation efficiency of photovoltaic modules.

Test power generation performance in different weather conditions.

2.1.2 Electrical connection test.

Test the stability of cable laying and connection.

Test the normal operation of the inverter and electrical equipment.

2.2 Energy storage system test.

2.2.1 Charging performance test.

Test the charging efficiency of energy storage devices.

Test the charging performance under different grid conditions.

2.2.2 Discharge performance test.

Test the discharge efficiency of energy storage devices.

Test the discharge performance under different load conditions.

2.2.3 Control system testing.

Test the operational stability of the control system.

Test the triggering accuracy of the security protection system.

3.Test results.

3.1 PV system test results.

3.1.1 Power generation performance test results.

Test result 1].

Test result 2].

3.1.2 Electrical Connection Test Results.

Test result 1].

Test result 2].

3.2 Energy storage system test results.

3.2.1 Charging performance test results.

Test result 1].

Test result 2].

3.2.2 Discharge performance test results.

Test result 1].

Test result 2].

3.2.3 Control system test results.

Test result 1].

Test result 2].

4.Problems and rectification.

4.1 Problems found.

Problem 1: [Problem description].

Problem 2: [Problem description].

4.2 Corrective Action Plan.

Corrective action plan for question 1: [Corrective Action Plan].

Corrective action plan for question 2: [Corrective Action Plan].

5.Test conclusions.

5.1 Design Compliance Conclusions.

Design Compliance: Compliant Non-compliant.

5.2 Summary.

Summary 1] Summary 2].

6.Test report approval.

Project Leader: [Name] (Signature).

Test Leader: [Name] (Signature).

7.Annex.

Test Logs**.

Corrective action plan.

1.Project Overview.

1.1 Basic information of the project.

Project Name: [Optical Storage Integration Project Name].

PV capacity: 250MW

Energy storage capacity: 25MW 50MWh

Inspection Date: [Inspection Date].

Inspector: [Inspector].

1.2 Scope of inspection.

Photovoltaic site. Energy storage system facilities.

Electrical equipment and connections.

2.On-site inspection contents.

2.1 PV site inspection.

2.1.1 Photovoltaic module installation.

Check whether the installation of the PV modules meets the design requirements.

Check that the stent system is securely constructed.

2.1.2 Cable laying and connection.

Check the routing of the cables.

Check that the cable connection is firm and reliable.

2.2 Energy storage system inspection.

2.2.1 Energy storage equipment installation.

Check whether the installation of the energy storage equipment meets the design requirements.

Check the connection of the energy storage device.

2.2.2 Control system check.

Check the installation and connection of the control system.

Check the configuration and connection of the security protection system.

2.3. Inspection of electrical equipment and connections.

2.3.1 Inverters and electrical equipment.

Check the installation and connection of the inverter and electrical equipment.

Check the operating status of electrical equipment.

3.Problems are identified and rectified.

3.1 Photovoltaic site problems.

Problem 1: [Problem description].

Problem 2: [Problem description].

3.2 Energy storage system issues.

Problem 1: [Problem description].

Problem 2: [Problem description].

3.3 Problems with electrical equipment.

Problem 1: [Problem description].

Problem 2: [Problem description].

3.4 Corrective Action Plan.

Corrective action plan for question 1: [Corrective Action Plan].

Corrective action plan for question 2: [Corrective Action Plan].

4.Conclusion of the on-site inspection.

4.1 Design Compliance Conclusions.

Design Compliance: Compliant Non-compliant.

4.2 Summary.

Summary 1] Summary 2].

5.Inspection report approval.

Project Leader: [Name] (Signature).

Person in charge of inspection: [Name] (Signature).

6.Annex.

Scene**. Corrective action plan.

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