From COP30 Commitments to Capital Flows
COP30 signaled renewed multilateral commitment, but commitments don't build projects—capital does. This roundtable convenes diplomatic and trade representatives to discuss what actually changes in the 12–24 months ahead: which policy signals are durable enough to underwrite investment, where capital is flowing, and how New England's climate technology sector can deepen trade and partnership ties with international markets. The conversation moves past summit rhetoric to focus on implementation mechanics: how countries are translating NDCs into procurement pipelines, what financing structures are unlocking deployment, and where bilateral partnerships can accelerate technology transfer and market access.
Speakers
More Information
Related Sessions
How AI Can Accelerate the Energy Transition
As climate pressures, aging assets, and urbanization strain global inf…As climate pressures, aging assets, and urbanization strain global infrastructure, artificial intelligence is emerging as a strategic tool to build more resilient, efficient, and adaptive systems. In the power sector, decades of investment in sensors…As climate pressures, aging assets, and urbanization strain global infrastructure, artificial intelligence is emerging as a strategic tool to build more resilient, efficient, and adaptive systems. In the power sector, decades of investment in sensors, communications, and software have created a wealth of data—but most remains siloed or underused. As cloud capabilities scale, compute costs fall, and digital programs mature, AI is becoming a true i…As climate pressures, aging assets, and urbanization strain global infrastructure, artificial intelligence is emerging as a strategic tool to build more resilient, efficient, and adaptive systems. In the power sector, decades of investment in sensors, communications, and software have created a wealth of data—but most remains siloed or underused. As cloud capabilities scale, compute costs fall, and digital programs mature, AI is becoming a true inflection point for utilities and energy leaders alike.Show MoreClick the title to see all detailsShow More
Decarbonizing the Built Environment: Materials, Energy and Innovation at Scale
As the climate crisis reshapes how we live and build, the built enviro…As the climate crisis reshapes how we live and build, the built environment sits at the crossroads of innovation and responsibility. This panel brings together leaders in sustainable materials, advanced manufacturing, clean energy, and building scien…As the climate crisis reshapes how we live and build, the built environment sits at the crossroads of innovation and responsibility. This panel brings together leaders in sustainable materials, advanced manufacturing, clean energy, and building science to explore how we can radically cut carbon from our cities—end to end. From next-generation low-carbon construction systems and circular supply chains to electrified infrastructure and data-driven …As the climate crisis reshapes how we live and build, the built environment sits at the crossroads of innovation and responsibility. This panel brings together leaders in sustainable materials, advanced manufacturing, clean energy, and building science to explore how we can radically cut carbon from our cities—end to end. From next-generation low-carbon construction systems and circular supply chains to electrified infrastructure and data-driven design, these innovators are redefining what resilient, climate-positive environments can look like. Together, they'll discuss the pathways to scale, the barriers that remain, and the collaborations needed to accelerate a truly integrated low-carbon future.Show MoreClick the title to see all detailsShow More
Building the Digital Backbone: Engineering the Grid for the Age of AI Data Centers
The rise of AI and hyperscale computing is placing unprecedented deman…The rise of AI and hyperscale computing is placing unprecedented demands on the power grid—demands that no single layer of the energy system can meet alone. This session brings together leaders from transmission technology, utility investors, hypersc…The rise of AI and hyperscale computing is placing unprecedented demands on the power grid—demands that no single layer of the energy system can meet alone. This session brings together leaders from transmission technology, utility investors, hyperscale infrastructure, and hardware innovators to examine how new transmission capacity, grid modernization investment, and smarter interconnections must work together to deliver power at the scale moder…The rise of AI and hyperscale computing is placing unprecedented demands on the power grid—demands that no single layer of the energy system can meet alone. This session brings together leaders from transmission technology, utility investors, hyperscale infrastructure, and hardware innovators to examine how new transmission capacity, grid modernization investment, and smarter interconnections must work together to deliver power at the scale modern data centers require. Panelists will address the engineering realities of moving more power through constrained corridors, investment opportunities to help utilities manage load growth, the reliability requirements of hyperscalers and how innovation and AI are already unlocking capacity.Show MoreClick the title to see all detailsShow More
