Decode how leaders are turning ambitious pipelines into bankable projects amid surging AI power demand. Cut through the noise to see which projects are winning capital and why speed and execution now beat ambition. Master the new rules of bankability to get your projects to the front of the funding queue.
Unpack Avangrid's multi-gigawatt renewable buildout and how it's powering America's surging data center demand. Reveal the company's recent solar successes and major PPAs with tech giants like Meta and Amazon. Explore Avangrid's $20 billion grid investment strategy and future projects set to come online.
Discover how leading energy players are reinventing execution to deliver under accelerating AI demand and system-wide pressure. Track where capital is really flowing across generation, grids, and emerging technologies. Zero in on how execution discipline, capital strategy, and cross-sector coordination are unlocking energy delivery at pace.
Unpack how supply chain constraints and material shortages are reshaping project timelines and cost estimates in 2026. Examine the growing labor crisis and how companies are tackling workforce gaps. Address the critical grid bottleneck: interconnection delays, transmission constraints, and what it really takes to secure reliable grid access.
Explore how dealmaking, joint ventures, and strategic partnerships are accelerating to unlock scale, diversify portfolios, and secure competitive advantage. Gain insight into how utilities, developers, and investors are using M&A to access pipelines, talent, and grid capacity faster. Zero in on what separates successful deals from stalled ones.
Explore how leading developers and utilities are adapting execution strategies to manage geopolitical shocks, supply chain risks, and rising delivery challenges. Assess the real-world impact of evolving policy, permitting, and interconnection bottlenecks. Identify actionable approaches to safeguard project value and maintain capital confidence.
Assess early FOAK cost and construction data to determine whether advanced reactors can meet promised timelines. Compare co-location and grid injection strategies. Identify the regulatory and performance milestones required to transition from pilot projects to scalable, investment-ready nuclear assets.
Debate where risk should sit across the project lifecycle and how allocation impacts project economics and investor appetite. Assess whether financing models reduce exposure or shift risk elsewhere. Debate whether governments should lead FOAK investment or focus on de-risking to crowd in private capital.
Assess how utilities evaluate larger reactors, SMRs, and microreactors based on grid needs, capital constraints, timelines, and use cases. Compare the trade-offs between large reactors and SMRs. Examine real-world utility decisions and how regulation, financing, and delivery confidence shape technology selection.
Gain a clear, cross-sector view of how the US energy system must evolve to meet AI-driven demand. Understand where leaders are prioritizing investment across scalable transmission, interconnection models, gas generation, and capital structures. Connect the dots across infrastructure, policy, and capital to enable speed-to-power.
Get ahead of evolving queue reform and interconnection policies and understand how they will reshape grid access priorities for large loads. Analyze how power is being prioritized between new generation, data centers, and traditional loads. Replicate successful models of collaboration between grid operators, utilities, and hyperscalers.
Understand how AI-driven load growth is disrupting traditional grid planning assumptions and the consequences on resource adequacy and resilience. Assess the stability implications of IBRs. Anticipate regulatory and interconnection implications, aligning investment strategies with NERC's recommendations.
The New Grid Edge: How VPPs, Flexible Load & Emerging Technologies Are Reshaping the U.S. Power System
Explore how Virtual Power Plants, flexible load, battery storage, and distributed energy resources are transforming grid operations, planning, and resilience. Evaluate real-world deployments of VPPs, microgrids, and behind-the-meter solutions. Identify the technologies and business models that will have the greatest impact on the future U.S. grid.
Assess how developers and investors are assessing FID readiness amid regulatory volatility and shifting federal policy signals. Examine which project attributes drive competitiveness. Explore how macro risks are reshaping timelines, capital discipline, and the U.S. LNG project pipeline for 2026–2027.
Uncover pre-conditions for deal certainty with tariff exposure models. Avoid stranded CAPEX by hearing directly from project developers sequencing projects to avoid electrical equipment and supply crunch cost overruns. Find out how established supply chain relationships give structural advantages over new entrants.
Understand the key geothermal breakthroughs and how oilfield drilling expertise is accelerating scalable, always-on clean power deployment. Assess where emerging advanced energy clean baseload options can support data centers today. Compare near-term execution versus long-term scale across nuclear and geothermal power.
Gain clarity on how geopolitical uncertainty is impacting PPA structures, speed-to-power decisions, and long-term sustainability commitments. Explore the latest in demand and practical innovation behind off-grid and behind-the-meter solutions. Understand what mix of power and storage technologies are being rapidly deployed to meet unprecedented demand.
Strengthen interconnection throughput by applying AI precisely at the queue stages where study automation yields the greatest time compression. Deliver near-term utility ROI by concentrating AI deployment on forecasting, outage response, and IT/OT convergence. Equip senior leaders to draw a clear line between AI-addressable grid challenges and the capital investment, permitting reform, and workforce development required to physically expand grid capacity.
