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PhD in physical chemistry at Technical University Chemnitz - Chemical vapor deposition and insitu process analytic. Experience in high end semiconductor manufacturing processes at Advanced Microelectronic Devices, Globalfoundries and Intel in Germany, Ireland and USA. Since 2016 worked for Research and technology company CTF Solar GmbH in Dresden Germany in the technology development for CdTe thin film PV module manufacturing equipment and processes. Up to now 37 patents and multiple scientific publications.

Dr. Puzant Baliozian is the VDMA PV Equipment Group's project manager since September of this year. He is involved in techno-economic studies for manufacturing capacity of PV along the value chain and represents the interests of European PV equipment manufacturers internationally. The PV Sector Group at VDMA also publishes the yearly international technology roadmap for photovoltaics (ITRPV) showing highly relevant technology projections and trends. Dr. Baliozian studied physics at the American University of Beirut (BSc., 2014) and has a specialization in renewable energy (MSc. 2016) from the university of Freiburg. From 2016 until recently, he worked at Fraunhofer Institute for Solar Energy Systems (ISE) in Freiburg in the field of photovoltaic production technologies where he also did his PhD. He is best known for developing the passivated edge technology for separated industrial solar cell concepts, to boost cell and module efficiencies.

Solar & Energy Storage Executive with 20+ years of Global experience. Extensive functional knowledge with accomplished marketing, financial, business development and technology skills. I'm a seasoned professional with extensive functional knowledge with accomplished marketing, financial, business development and technology skills with a keen understanding of RE market design/fundamentals and business models, and strong in-market commercial and transactional experience who lived in 3 continents.

Long-duration energy storage (LDES) is undoubtedly a key enabler for achieving net-zero. However, despite a wide range of technology providers claiming cost competitiveness and other advantages over lithium-ion batteries, the latter continue to dominate new deployments. So what's holding LDES back? What is needed to enable more widespread adoption? And when will the age of LDES finally arrive?

Hydrogen technology and supply have been gaining strategic importance globally. In a context of climate change, supply chain crisis and war, the yet young technology has been put on top of the agenda of all the big economic zones. Europe's first move has been answered by actions of China and lead to reaction by the USA. The session discusses what policy makers should do and effectively do, how industry adapts and adopts, and how this translates into industrial action.