The energy transition is reshaping power systems around the world. As countries electrify and rapidly expand renewable generation, they face a common challenge: delivering a system that is sustainable, affordable and secure. Achieving all three will require not only more clean energy, but also more integrated grids.

Interconnectors provide a solution that addresses all three energy transition pre-requisites and will play a key role in the emerging landscape. They connect markets, regions and countries, allowing power to flow from where it is generated to where it is needed. This reduces curtailment, supports renewable penetration, improves system flexibility and strengthens energy security. It also lowers costs by making better use of existing assets and creating more efficient electricity markets.

Grids are also evolving. What were once primarily point-to-point links are becoming networks that connect multiple countries, offshore wind farms and renewable energy hubs. These next-generation projects can unlock large-scale renewable resources while creating a more resilient and interconnected power system.

While the value of interconnectors is clear, a lot more can be done to promote their deployment – for instance, efficient permitting processes, regulatory facilitation, cross-border coordination, and appropriate financing and market models. This discussion will explore the constraints and bottlenecks as well as the enablers and catalysts that can help accelerate the development of next-generation interconnections.

Moderator:

• Dr. Doug Arent, Senior Fellow, WRI
  
  

Speakers and panelists: 

• Doreen Harris, CEO & President, NYSERDA 
• Vasiliki Klonari, Director of Energy System Integration, WindEurope
• Niklas Persson, CEO BU Grid Integration, Hitachi Energy