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A new podcast episode is published every Thursday. Browse the complete list of episodes.

In this session, we will cover solar lighting, starting with its basics and significance in today's energy landscape. We'll explore technological advancements that enhance efficiency, durability, and performance, and discuss the design and integration of systems in various environments. Real-world applications and case studies will be reviewed, along with a cost and economic analysis to evaluate the financial viability and long-term benefits of solar lighting versus traditional systems. Additionally, we'll highlight the environmental and social impacts, including carbon footprint reduction and community benefits.

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.

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?

The continuous improvement of network development plans and flexibility strategies is crucial for addressing the challenges of grid congestion and ensuring effective capacity management. Innovative deployment strategies and business models promote the seamless integration of storage systems, which in turn enhances grid stability and optimizes energy management system costs. At the same time we look in this session at the dynamic landscape of large, grid-connected storage that requires careful consideration of integration timelines to ensure sustainable and future-proof energy utilization.