GTSE at RE+ 26

Theme: “Manufacturing America's Future.” Topics include innovation, precision manufacturing, and the future of manufacturing. The overview lists keynote presentations, technology demonstrations, hands-on learning, and real-world solutions. No session titles or timed program were available.

Full Conference programming includes six tracks of panels and presentations, Monday Deep Dives on affordability, data centers, energy storage, and AI, Main Stage programming, and the RE+ Tech & Innovation Forum. Forum focus areas include solar and storage operations and maintenance, grid stability, tandem solar technologies, AI applications, and long-duration energy storage. Its format includes a keynote, deep-dive presentations, and a closing panel. Show Floor Theater topics include grid edge, industry trends, manufacturing and logistics, installation and operations, global markets, electric drive, fuel cells and batteries, and storage. The program also includes an International Pavilion, Spotlight Country, Start-up Pavilion, and poster sessions. The General Session addresses scaling breakthrough technology into commercial deployment, manufacturing and industrial leadership, energy as a strategic advantage, and the connection between transportation and energy infrastructure.

Southwest Gas will host the roundtable. Participants will discuss collected information and resulting outcomes, with brief presentations from six member companies selected at the June Leaders Selection Conference. Three interactive breakout sessions will address topic-specific questions; possible topics include risk modeling, risk analysis, and integrity resources. Attendance is for Natural Gas Utility Operators Only. Recommended attendees include integrity management and DIMP program leaders, risk management and risk modeling personnel, pipeline safety and compliance professionals, and engineering staff responsible for integrity risk evaluation and mitigation across the utility.

“Collaborative Capital: The Multiplier Effect for Clean Energy” frames a working forum on coordinating investment across public, private, and philanthropic sectors and addressing systemic clean-energy financing challenges. The program combines plenary discussions, facilitated small-group problem solving, and breakouts. Small-group topics include state policy blueprints, low- and moderate-income financial access, tax-credit monetization, the clean-energy capital stack, virtual power plant valuation, local alignment to reduce soft costs, financing data-center growth, solar finance in low-incentive markets, resilience and outage avoidance, first-of-a-kind project financing, turning small projects into investable portfolios, liquidity for CDFIs and green banks, Indigenous and rural capital access, early-stage geothermal exploration, and utility capital for flexible capacity with equitable benefits. Breakouts address how state and local green banks use public seed funding to attract private lenders; philanthropic impact investing and program-related investments; community ownership and retaining wealth locally; philanthropic guarantees and credit enhancements; financing grid modernization, battery storage, and microgrids in disaster-prone regions; and clean-energy finance amid AI-driven growth. The program also includes innovation spotlights. David Crane, CEO of Generate Capital, gives the opening keynote; Amir Kirkwood, CEO of Justice Climate Fund, gives a keynote; and Elizabeth Mahony, Commissioner of the Massachusetts Department of Energy Resources, gives the closing keynote. The forum follows the Chatham House Rule, and solicitation of funding is not permitted.

Full Conference programming includes six tracks of panels and presentations, Monday Deep Dives on affordability, data centers, energy storage, and AI, Main Stage programming, and the RE+ Tech & Innovation Forum. Forum focus areas include solar and storage operations and maintenance, grid stability, tandem solar technologies, AI applications, and long-duration energy storage. Its format includes a keynote, deep-dive presentations, and a closing panel. Show Floor Theater topics include grid edge, industry trends, manufacturing and logistics, installation and operations, global markets, electric drive, fuel cells and batteries, and storage. The program also includes an International Pavilion, Spotlight Country, Start-up Pavilion, and poster sessions. The General Session addresses scaling breakthrough technology into commercial deployment, manufacturing and industrial leadership, energy as a strategic advantage, and the connection between transportation and energy infrastructure.

The program covers utility grid modernization, distribution planning, ADMS and DERMS deployment, distributed energy resource management, advanced metering, battery storage, microgrids, and data-center load growth. Sessions address grid reliability and resilience, wildfire risk, cybersecurity and OT security, AI applications in planning and operations, utility communications, affordability, workforce development, and policy and regulation. Named program items include “How Are Utility CEOs Driving the Age of Acceleration?”, “How Will the Data Center Boom Define the Evolution of the Grid?”, and “US DOE Grid Modernization Investment Framework – An Effective Cost Justification for Building the Grid of the Future.”

An in-person technical conference on land- and sea-based transportation systems, propulsion, mobility, and energy systems. The program covers internal-combustion engines, including off-road, rail, marine, light-duty and heavy-duty systems; fuels, lubricants, carbon management; combustion, emissions control; and powertrain modeling and simulation. Electrification topics include batteries and light-duty EVs, heavy-duty and off-road vehicle electrification, hybrid and alternative powertrains, and rail and marine electrification. A sustainability and policy area addresses lifecycle assessment of transport modes, components, critical automotive materials and minerals, and low-carbon fuels and energy carriers. Additional tracks cover AI and machine learning for engines, powertrains, vehicle systems and thermal management; connected and automated systems, including vehicle safety, cybersecurity, sensing, freight transportation, predictive control and software-defined vehicle architectures. Technical posters provide for work-in-progress, research results and practical case studies across the conference topics.

The program covers corporate sustainability strategy across finance and the business case, communications, organizational change, data and disclosure, AI tools, decarbonization, supply chains, nature, and circular systems. Its Energy and Water programs add sessions on corporate energy procurement, grid flexibility, and water stewardship. Listed sessions address battery storage and flexible power; clean-energy procurement amid uncertainty; hourly energy matching; building decarbonization; corporate AI’s carbon costs; critical-material sourcing and material recovery for supply-chain resilience; circularity’s business case; Scope 3 supplier engagement; water risk and corporate balance sheets; AI and water stewardship; and collective action on the Colorado River. Other sessions cover regenerative agriculture, nature finance, sustainability disclosure, and communicating sustainability to policymakers and markets. The event also lists a keynote, tutorials, breakouts, workshops, and an Advanced Perspectives Program.

The program covers power-generation operations, grid reliability and security, project development, and changing electricity demand. Keynote sessions address supply, demand and the next build cycle; securing the grid amid AI-related threats; and reliability, readiness and the performance gap. Technical sessions include gas-turbine fleet performance and upgrade potential; advanced reactors and TRISO fuel; carbon-capture integration; battery storage and capacity-market accreditation; data-center power demand and flexibility; long-duration storage; nuclear digital modernization; renewable integration; and power-project delivery. Additional program areas include CHP, cybersecurity, grid planning, emissions, and operations and asset reliability.

The program brings together energy, industrial transformation, and advanced manufacturing, with cross-cutting themes of workforce development, standards, finance, AI and digital transformation, policy, and resilience planning. Roundtables, workshops, and demos are designed to address tradeoffs involving affordability, risk, standardization, and deployment speed. Program tracks include Powering Growth, with sample sessions on data-center power and cooling, new nuclear deployment, solar cost reduction, and scaling geothermal; Industry Reimagined, covering industrial heat electrification, next-generation steel, and EPC project-delivery costs and risks; Next-Gen Manufacturing, addressing hardware investment and bankability, additive manufacturing, and sustainability tradeoffs in product design; and Future Workforce, on nuclear workforce readiness, apprenticeships, and aligning training programs with real projects. Additional sessions are in development in areas including energy storage, fusion, industrial efficiency, critical minerals, and sustainability tradeoffs. The listed sessions are samples and subject to change.

The program examines Texas power policy, market design, infrastructure development, project investment, and operations. Shared plenary sessions address the 90th Legislative Session and SB 6, PUCT rulemaking, ERCOT’s Batch Zero large-load interconnection process, load growth, data-center power supply, 765-kV transmission, siting and permitting, and local engagement. Headline speakers include State Representative Todd Hunter of the Texas House of Representatives (District 32) and Commissioner Courtney Hjaltman of the Public Utility Commission of Texas. Day Two has concurrent ERCOT Market Reforms and Investment & Asset Optimization tracks. Topics include resource adequacy, transmission cost allocation beyond 4CP, data-center development, battery state-of-charge rules, cybersecurity and energy security, renewable project strategy, dispatchable generation, electricity affordability, demand response, distributed energy resources and ADER, and inverter-based resource ride-through requirements. Other sessions examine battery project economics, powered-land siting factors such as water and cooling, and strategies for optimizing assets in changing market conditions. The closing plenaries cover advanced nuclear, geothermal and other low-emission dispatchable generation; project finance amid tax-credit, FEOC/PFE, procurement, interest-rate, EPC-cost and tariff risks; and energy-asset M&A and deal trends.

An intensive workshop on projected electricity demand and expanding the supply of natural resources used to generate power. Topics include natural gas, geothermal development and repurposing oil and gas assets; hydrogen, uranium, lithium and critical minerals; and water, environmental, storage, site-selection and regulatory considerations. Program discussions cover grid shortfalls and raw materials for electricity generation, solutions for increasing electricity supply, geothermal, and technology including ORC, sensors and small nuclear reactors. Other sessions address AI prompts for grid and behind-the-meter planning; lithium direct lithium extraction (DLE) and hydrogen technologies; regulatory and legislative factors affecting geothermal, critical minerals, low-carbon energy, grids and data centers; and mining and oil-and-gas intersections, including near-surface imaging and copper for electricity transmission. The program also includes an AI prompt clinic focused on water, the environment, science and regulations.

The symposium examines oil, gas, and LNG markets; AI-driven power demand; tariffs and the gas supply chain; critical minerals in the energy supply chain; geothermal opportunities; and changing global energy trade flows. The program includes a panel on the 2027 energy economy outlook, a session on gas-fired generation and AI data centers, and sessions on LNG and tariffs, critical minerals, geothermal, and energy trade.