The opening session reviews the current landscape for bankable module supply to Europe during 2023, including module suppliers that are being routinely short-listed for high-volume deliveries and the metrics that are being applied today when module buying decisions are being processed.
This session explores what the new 100-GW-scale European PV market looks like, from a module supply and supplier standpoint. Which companies are leading shipment volumes, which are seeing strong growth and uptick by domestic EPCs, and how can we expect module supply to Europe evolve going into 2024 and beyond?
Utility-scale PV solar farms in Europe are increasingly being supplied with new n-type modules. This session will explain what the key changes are in terms of n-type module operation and performance, in addition to the testing and qualification of these new products before installation, during installation and once operational.
Module testing protocol in Europe is currently being improved to bring this into alignment with the more detailed testing currently undertaken in other global regions, in particular in the US. This session will look at how modules are being tested and qualified in Europe today at origin and destination. Hear from established module suppliers that have a track-record in meeting these requirements with field-data to support the testing protocols in place and companies providing testing services.
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During the past decade, European utility-scale solar farms have relied almost exclusively on module supply from China and Southeast Asia. Changes however regarding new policies and directives being implemented by the EU and from institutional ESG buying criteria are now accelerating the use of domestic EU-produced modules. This session will examine where this new domestic module supply will come from, the materials supply-chains being used to decouple from China, and how these new products are being tested and qualified prior to site delivery and installation.
Having a sustainable supply-chain for new module production facilities within Europe is set to become a critical part of low-carbon manufacturing and creating a bill-of-materials that is not overdependent on traditional Asian channels. This session will explore some of the most promising solutions here for the next wave of new module assembly factories that will comply with legislation likely to be in place across the EU by 2025.
Heterojunction and back-contact modules were previously used for rooftop applications, but the rapid growth in manufacturing capacity and cost reductions is now making these technologies serious options for utility-scale deployment. This session will explain how heterojunction and back-contact modules differ from other silicon-based modules; where volume supply to Europe is coming from and how product quality and reliability can be assessed.
Join us at Casa Carmen Passeig de Gracia for an evening of drinks and Mediterranean food. There will be coaches at the Novotel Barcelona City for a 7pm pick up and leaving Casa Carmen at 9.30pm to return to the hotel.
Since TOPCon modules were introduced to the industry a few years ago, product performance and reliability has been improving rapidly and going into 2024, this technology is set to dominate new European utility-scale projects. This session will include a deep dive into state-of-the-art TOPCon modules specifically for 2024 deployment and how these sites can benefit from learnings on site build and reliability accumulated from the first ‘wave’ of n-type utility-scale solar farms built across Europe and elsewhere during 2022 and 2023.
This special panel discussion will look in detail at TOPCon utility-scale deployment in Europe, hearing perspectives across module supply, build design and site yields.
Utility solar farm design and optimization is now more complex and challenging, with larger module formats, bifaciality, n-type technology and energy storage systems. This panel discussion will hear from a range of developers, EPCs, O&Ms and asset owners on how to best adapt to changing component specifications, and how site capex and cost-of-capital is playing a key role today in site build-out and expected return-on-investment.
The European market has routinely been one of the first globally to implement the latest module technologies at the utility-scale level and this trend has continued rapidly in 2023. This session will examine how module technologies are expected to evolve over the next 3 years, the suppliers that will be first-to-market, what impact this will have on site development, and how the new technologies can be evaluated and de-risked prior to site build and operations.
De-risking supplier, product, design and operation of large-scale solar farms in Europe using the latest n-type module designs has become one of the most closely-examined features of large-scale globally in the past few years, now being increasingly impacted by extreme weather conditions and one-off incidents.
Establishing meaningful bankability metrics to allow accurate benchmarking of module suppliers is currently top of the agenda for buyers and independent engineers in Europe. With a changing political landscape impacting corporate buying and a range of new suppliers entering the European stage, knowing how to compare companies and products going forward will be key to purchasing departments and suppliers alike. This session will explore the leading criteria that will guide European module supply bankability in coming years, creating a framework for all key stakeholders to conform to.