1. The future-proofing of electrical grids relies on collaboration and integration.
2. Grid development faces challenges with permitting red tape.
3. Public acceptance, communication, and political leadership are crucial for energy transition and system reliability.
The World Energy Congress held in Rotterdam focused on future-proofing electrical grids through collaboration and integration. Key players in the global grids sector emphasized the need for greater collaboration and integration of technologies to address the shortcomings and unrealized potential of electricity grids. Sonya Twohig of ENTSO-E stressed the importance of integrated planning and visibility of plans to stakeholders. Manon van Beek of TenneT advocated for an interconnected on-and-offshore grid in Europe, emphasizing the need for collaboration to achieve this vision. Stefan Kapferer of 50Hertz highlighted the roadblocks to grid development, including permitting red tape and supply chain issues.
The panelists discussed the challenges of permitting procedures, public acceptance, and political leadership in ensuring grid reliability and achieving decarbonization targets. Carsten Brügger of ZTT Group emphasized the importance of public acceptance and effective communication in energy transitions. Bruno Meyer of GO 15 stressed the need for system reliability and greater consumer engagement. Priyantha Wijayatunga of the Asian Development Bank provided an Asian perspective on the neglect of transmission infrastructure in certain parts of the world. Collaboration, integration, and public engagement were identified as key factors in future-proofing electrical grids globally.