The article discusses the increasing energy consumption of data centers and the potential impact on global electricity supply, highlighting the shift towards distributed, resilient, and high-density power systems, with a focus on compact fusion power as a strategic solution. Challenges of achieving fusion on Earth through magnetic confinement systems like Tokamaks and Stellarators are explored, emphasizing the importance of building fusion power systems small, fast, and locally to address the growing energy demands of the digital economy. Advances in compact fusion technology are leading to transformative potential in the field of fusion energy, with smaller, denser, and more controllable reactors being developed to meet the global demand for clean and reliable power. Compact fusion efforts aim to bridge the gap between big science and fast tech, making fusion energy an everyday utility and bringing the power of the stars within reach.
Author: Utilitydive
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Why regional manufacturing will power the next clean economy
The section discusses the importance of manufacturing in the clean energy transition, highlighting how regions like New York, Pittsburgh, and Los Angeles are leading the way in integrating industry and climate goals. New York's success in creating a foundation for climate manufacturing through initiatives like Industrial Action Plans and incentives for advanced industries demonstrates the potential for aligning industrial infrastructure, policy, and programs to drive the clean energy transition and economic growth. Similarly, Los Angeles is working towards becoming a durable climate manufacturing hub through coordinated programs and the development of a "Climate Manufacturing Compact" to align stakeholders around climate action and industrial growth. The Great Lakes corridor is also transitioning to become the nation's "Battery Belt," but faces challenges that can be addressed through a cohesive regional strategy with shared metrics and investments in climate manufacturing ecosystems. By working together, government, industry, and investors can create a "Climate Manufacturing Commons" where ideas, talent, and production flow across borders, proving that rebuilding industry and addressing climate change are interconnected projects of national renewal.
https://www.utilitydive.com/news/regional-manufacturing-clean-economy/808016/
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Pilot Co. expands electric semi-truck charging plans
Pilot Company has partnered with Tesla to build electric semi-truck charging stations along interstates 5 and 10, targeting about 20 locations initially with plans to expand to charge heavy-duty vehicles from other manufacturers in the future. The stations will use Tesla's V4 cabinets to deliver up to 1.2 megawatts of power at each stall, allowing trucks to recharge for most of their 500-mile range in around half an hour. Construction is set to begin in the first half of the year, with the first locations expected to open this summer. Other travel center companies, like TravelCenters of America, are also exploring electric truck charging options.
https://www.utilitydive.com/news/pilot-co-expands-electric-semi-truck-charging-plans/810813/
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Lessons from launching New Jersey’s largest utility-led EV program
PSE&G's Clean Energy Future Electric Vehicle Program in New Jersey has successfully expanded EV-charging infrastructure, incentivized customers to go electric, and strengthened grid reliability to support the state's clean energy goals. The program's evolution and growth have required flexibility, creativity, and collaboration to meet challenges and scale the team. Key lessons learned include setting achievable goals, investing in people, building bridges between teams, persevering through setbacks, and celebrating progress. By serving as a model for successful electrification efforts, the program demonstrates the potential impact utilities can have in addressing climate change through electrification initiatives.
https://www.utilitydive.com/news/lessons-new-jersey-utility-ev-program-PSEG/806472/
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Massachusetts can make ‘bottom-up’ distribution reforms for a better grid
Massachusetts is making strides in modernizing its electric grid and regulatory systems to meet decarbonization mandates and better serve customers. The state is exploring the DSO model to integrate distributed energy resources like solar, storage, heat pumps, and EVs, creating a more flexible and democratized energy system. The Grid Modernization Advisory Council is providing transparency and stakeholder input on utility planning, focusing on community needs and bottom-up planning. Stakeholders are advocating for a customer-driven, flexible grid, with the DSO model being recommended to enable grid edge flexibility and advance energy justice. Massachusetts utilities are recognizing the importance of a more flexible grid and modernized regulation, with the DSO structure seen as crucial in delivering an affordable, equitable, and efficient energy transition.
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America’s new power barons: Who will rule the AI-grade megawatt megasector?
The article discusses the shift towards using a combination of nuclear, natural gas, and solar energy to power data centers in the U.S. as demand for electricity from AI and data centers is expected to triple by 2030. The Department of Energy is scaling back wind and solar grant programs, favoring natural gas as a reliable energy source for these facilities. Developers are reviving natural gas projects and pairing them with solar and storage to meet the demand for reliable and clean energy. The article also highlights the practical obstacles facing the energy transition, such as transmission bottlenecks and permitting delays, emphasizing the importance of delivering firm, scalable, low-carbon power. Private capital is seen as a catalyst for building micro-grids at hyperscale, with a focus on hybrid-power models combining gas, renewables, and storage, as companies aim to master the integration of different energy sources to become the new power leaders in the AI age.
https://www.utilitydive.com/news/ai-data-center-power-novus/805494/
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The next-gen retail energy mix: Aligning supply portfolios with customer expectations
The U.S. power sector is undergoing a transformation with a shift towards cleaner, more distributed generation and rising demand driven by electrification and digital infrastructure. Retail energy providers (REPs) are facing a dual challenge of managing a next-generation supply portfolio while ensuring it resonates with customers. Wind and solar have overtaken coal in the national generation mix, signaling a systemic shift towards renewables. The growing demand for electricity driven by data centers, electrification, and digital consumption is reshaping the way REPs think about procurement and risk. The future of the retail electricity market will be shaped by decentralization, digitization, and decarbonization, requiring REPs to evolve into services and market orchestration providers. Retail energy providers must adopt a diversified approach to their supply portfolios to integrate renewable energy sources, dispatchable resources, storage, and demand response capacity. This is necessary to hedge against volatility and meet consumer demand for clean energy and sustainability. Customer-centricity, transparency, and personalization are becoming increasingly important in the retail energy market, with different generational segments having varying priorities. The next-generation retail energy mix requires alignment and diversification on both the supply and customer sides to ensure reliability, cost stability, and customer satisfaction. The article discusses the importance of retail energy providers (REPs) adapting to the changing energy landscape by integrating grid-edge resources, prioritizing flexibility in supply portfolios, segmenting offerings based on customer values, and investing in digital infrastructure. It emphasizes the need for REPs to treat supply and customer engagement as an integrated strategy, prioritize transparency, and engage in regulatory and market design conversations. The energy transition towards renewable penetration, demand growth, DER integration, and evolving customer expectations is redefining deregulated retail energy markets. REPs that successfully orchestrate portfolios reflecting modern supply realities and customer values will position themselves as trusted partners in the energy systems of tomorrow.
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Programmatic alignment is key to scaling residential battery demand response
Residential battery storage paired with demand response programs is becoming a key strategy for utilities to manage peak demand and maintain reliability during extreme weather events. U.S. residential battery installations saw a significant increase in 2025, with major utilities expanding programs to defer grid upgrades and strengthen resilience. Coordinated marketing and simple enrollment pathways are key to scaling residential Distributed Energy Resources (DER) participation, as shown by research from Lawrence Berkeley National Lab and ACEEE. Risk-sharing models, where utilities guarantee minimum payments to OEMs and technology providers, can help shift the financial risk of enrollment. To scale battery programs, it is important to treat battery demand response as a market development opportunity rather than just a technology deployment problem. Unified action, streamlined interconnection, interoperable standards, and risk-sharing business models are needed to align utilities, OEMs, and customers around shared value for successful scaling.
https://www.utilitydive.com/news/residential-battery-demand-response/805594/
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Rooftop solar is booming, but not in the communities that need it most
Solar adoption in the U.S. has been rapidly growing, with 84% of new electricity generation capacity coming from solar and storage in 2024. State governments are implementing programs to lower barriers to entry for solar technology, such as tax credits and rebates, while community solar is being used to increase access for low-income households. There is nearly 14 GW of untapped potential on commercial rooftops that can power various facilities without requiring additional land use permits. By combining data analysis with community engagement, solar development can be made faster, equitable, and strategic, turning existing infrastructure into renewable energy assets that benefit a range of communities. The key to achieving a cleaner future lies in merging innovation with inclusion, aligning policy, technology, and trust to make solar work for everyone.
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Using scenario modeling to address uncertainty in the clean energy transition
The biggest roadblock to the energy transition is uncertainty, not technology or finance. Traditional forecasting tools are no longer sufficient in the dynamic energy sector. Scenario modeling is crucial for exploring different future outcomes and making strategic decisions. It helps identify blind spots, biases, and dealbreakers in investments. Scenario models reveal what might happen and how we can respond, moving us from forecasts to foresight in the energy transition. Scenario modeling and forecasting are essential tools for governments, utilities, and investors to plan for the clean energy transition. By using these models, stakeholders can simulate different scenarios to identify optimal strategies for integrating renewable projects, managing demand, and ensuring reliability. While these models have limitations, they provide a framework for aligning stakeholders and shaping a just and equitable future. The focus is on asking better questions and exploring multiple futures before committing to one, rather than chasing correct answers. Ultimately, foresight and scenario planning empower communities to take ownership of their future and drive a clean, fair, and equitable transition. The key to addressing climate change is to shift from autopilot mode to collective, proactive action. This involves shaping a clean, fair, and equitable transition towards sustainable solutions. By working together and taking deliberate steps, we can make a positive impact on the environment. It is essential to focus on implementing climate solutions to combat the challenges we face.
https://www.utilitydive.com/news/scenario-modeling-clean-energy-transition/805749/