The smarter E Webinar Archive becomes part of The smarter E Digital

The European Commission estimates that network operators will need to invest at least 170 billion euros in network digitalization and intelligence by 2030. Disruptive AI and GenAI technologies, digital twins and 5G are transforming society and redesigning our ecosystems at an exponential and unstoppable rate. This session will feature a critical discussion on the future of European innovation and industry, focusing on the implementation of these emerging technologies and their role in shaping the next phase of industrial transformation. Experts from various sectors will explore key topics such as the challenges and opportunities in network investment, the transformative effects of digitalization and AI, and collaborative approaches to addressing implementation challenges.

This session will investigate innovative strategies and collaborative approaches between energy-intensive industries and utilities enhancing cost-efficiency and energy security. It will explore strategies for industries to regain their competitive edge through electrification and discuss collaborative efforts between industries and utilities to shape supportive regulations. Drawing on the Draghi report on EU competitiveness, this session will outline how innovative electrification strategies can help future-proof Europe's industrial sector. Attendees will gain actionable strategies to reduce energy bills, strengthen industrial productivity, and meet environmental targets, all while maintaining a competitive edge in a rapidly evolving global market.

A fully renewable energy system requires more than just expanding generation capacity - it demands intelligence, flexibility and seamless integration across the electricity, heat, and mobility sectors. The Conference Opening sets the stage for a high-level dialogue on how digitalization, storage solutions and sector coupling can ensure a reliable 24/7 renewable energy supply. Experts will discuss regulatory advancements, innovative business models and cross-industry as well as cross-sector synergies that pave the way forward. What has already been achieved - and what critical steps must follow to turn ambitious goals into reality?

Battery storage systems consist of three main components: battery (including BMS), conversion unit (inverter), and controller (EMS). The EMS was used to simply calculate target values for the inverter, based on power meter readings, and to monitor inverters and battery's functionality. Today, it also controls or optimizes other devices in a local energy system, such as EV chargers and heat pumps. Modern EMSs optimize assets for multiple use cases (e.g., solar self-consumption, grid usage, dynamic tariffs). Learn more about the latest trends, including the use of AI in energy management systems for battery storage.

It's like choosing a partner for life—appearances can be deceiving, and risks may only surface later. Selecting a BESS is more than just a technical decision; it requires long-term quality and risk management for manufacturers and operators. This session explores key challenges beyond initial performance. The Presentations will highlight real-world case studies on BMS limitations, insurance perspectives on risk mitigation, and the evolving role of manufacturers in ensuring safety and sustainability. Attendees will gain insights into BESS risk management, enabling them to optimize system performance and ensure regulatory alignment.