Ulrike Jahn

Utility-scale Solar Power II: Digitalization in PV Power Plants - Enhancing O&M through Digital Twinning, Data and Process Integration

The utility-scale segment is being digitized at a rapid pace. New digital tools make workflows along the PV power plant value chain more cost-effective: from development to operations and maintenance. A key concept in PV digitalization is the so-called digital twin, a digital representation of the physical PV plant that accurately simulates the performance of a solar system. A digital twin enables better failure detection and support of the O&M decision-making process. This session will discuss:

• The role of digitalization and digital twins in the solar power plant sector
• How digitalization can enhance O&M activities
• Need for full integration of data along the value chain of PV power plants
• Benefits, drawbacks and hurdles for digitalization in the utility-scale segment (panel debate)

Utility-scale Solar Power II: Digitalization in PV Power Plants - Enhancing O&M through Digital Twinning, Data and Process Integration

The utility-scale segment is being digitized at a rapid pace. New digital tools make workflows along the PV power plant value chain more cost-effective: from development to operations and maintenance. A key concept in PV digitalization is the so-called digital twin, a digital representation of the physical PV plant that accurately simulates the performance of a solar system. A digital twin enables better failure detection and support of the O&M decision-making process. This session will discuss:

• The role of digitalization and digital twins in the solar power plant sector
• How digitalization can enhance O&M activities
• Need for full integration of data along the value chain of PV power plants
• Benefits, drawbacks and hurdles for digitalization in the utility-scale segment (panel debate)

Utility-scale Solar Power III: Lifecycle & Quality - from Operations to Decommissioning & Re-powering

If designed and maintained well, solar systems can function for several decades. However, every PV power plant's life ends at some point - even if high-quality components have been used, whether because of age, financial feasibility or extreme weather events. The resulting waste streams need to be managed, but also generate a huge potential for repowering solar installations.This session will provide:

• Overview of end-of-life management best practices
• Product quality control from fab to field
• Module reliability & performance
• Repowering solar power plants
• The impact of extreme weather on climate