Description
Workshop Outline: Solar Industry Standards (IEC) – 2 Hours
Objective:
To provide participants with a clear understanding of key IEC standards in the solar industry, including design, manufacturing, installation, and operation & maintenance (O&M). The workshop will focus on how these standards ensure system safety, reliability, and performance compliance.
1. Introduction to IEC Standards for Solar PV (15 min)
- Welcome & Instructor Introduction
- Participant Introductions & Expectations
- Why IEC Standards Matter in Solar PV
- Ensuring safety, reliability, and performance
- Compliance with international regulations
- Avoiding risks associated with non-compliance
2. Key IEC Standards for Solar PV Systems (30 min)
a) Solar PV Modules & Components
- IEC 61215 – Performance & Reliability Testing for Crystalline Silicon & Thin-Film Modules
- IEC 61730 – PV Module Safety Qualification
- IEC 62852 – Connectors for PV Systems
- IEC 62930 – Solar Cables
b) Inverters & Power Conversion Equipment
- IEC 62109 – Safety of Power Converters for PV Systems
- IEC 61683 – Efficiency Measurement of Inverters
c) System Design & Installation
- IEC 60364-7-712 – Electrical Installations for PV Systems
- IEC 62548 – PV Array Installation Best Practices
3. IEC Standards for Operation & Maintenance (O&M) (30 min)
- IEC 62446-1 – PV System Documentation, Commissioning, & Inspection
- IEC 62446-2 – O&M for Grid-Connected PV Systems
- IEC 61724 – PV System Performance Monitoring & Analytics
- IEC 63049 – Guidelines for Preventive & Corrective Maintenance
O&M Best Practices According to IEC Standards
- Periodic Inspection & Performance Assessment
- Preventive vs. Corrective Maintenance
- Common Failures & Troubleshooting Based on IEC Guidelines
4. Compliance, Testing & Certification Process (20 min)
- Understanding the IEC Certification Process
- Role of Third-Party Certification Bodies (TÜV, UL, CE, etc.)
- How to Verify Compliance in Procurement & Project Development
- Common Non-Compliance Issues & Risks
5. Case Studies & Practical Application (15 min)
- Reviewing IEC Test Reports & Certification Labels
- Comparing IEC-Compliant vs. Non-Compliant Components
- Real-World Examples of IEC Compliance in Large-Scale Solar Projects
6. Q&A and Wrap-up (10 min)
- Open Discussion & Participant Questions
- Summary of Key Takeaways
- Future Trends in IEC Standards for Solar PV & O&M
Outcomes
Introduction to IEC Standards for Solar PV (15 min)
- Welcome & Instructor Introduction
- Participant Introductions & Expectations
- Why IEC Standards Matter in Solar PV
- Ensuring safety, reliability, and performance
- Compliance with international regulations
- Avoiding risks associated with non-compliance
2. Key IEC Standards for Solar PV Systems (30 min)
a) Solar PV Modules & Components
- IEC 61215 – Performance & Reliability Testing for Crystalline Silicon & Thin-Film Modules
- IEC 61730 – PV Module Safety Qualification
- IEC 62852 – Connectors for PV Systems
- IEC 62930 – Solar Cables
b) Inverters & Power Conversion Equipment
- IEC 62109 – Safety of Power Converters for PV Systems
- IEC 61683 – Efficiency Measurement of Inverters
c) System Design & Installation
- IEC 60364-7-712 – Electrical Installations for PV Systems
- IEC 62548 – PV Array Installation Best Practices
3. IEC Standards for Operation & Maintenance (O&M) (30 min)
- IEC 62446-1 – PV System Documentation, Commissioning, & Inspection
- IEC 62446-2 – O&M for Grid-Connected PV Systems
Meet Your Instructor
Azza Alkhalilah
مهندسة عزة