Articles tagged with "power-generation"
Ontario’s Nuclear Rate Shock Reveals a Deeper Affordability Problem - CleanTechnica
The article discusses Ontario Power Generation’s (OPG) request to the Ontario Energy Board for a significant increase in regulated nuclear payment amounts, particularly a more than 40% jump in 2027. This increase raises the weighted average regulated payment from about $78/MWh in 2026 to roughly $110/MWh in 2027, driven mainly by the nuclear payment amount nearly doubling from $111/MWh to $207/MWh. However, this does not translate to a 40% increase in typical household electricity bills; OPG estimates an increase of about $8 per month (5.6%) on a typical $142 bill. The difference arises because electricity bills include multiple charges beyond generation, such as transmission and distribution, which do not increase at the same rate. The sharp rise in nuclear payment amounts is primarily due to a planned drop in nuclear output in 2027 caused by refurbishment outages at Darlington and conservative assumptions about Pickering’s availability during life extension. Since nuclear plants
energynuclear-energyelectricity-ratesOntario-Power-Generationenergy-affordabilitypower-generationenergy-policyFighting Back: Utilities Challenge Coal Power Plant Emergency
The article discusses the controversy surrounding the U.S. Department of Energy's emergency orders to keep aging coal power plants operational, despite the declining role of coal in U.S. power generation. Since the early 2000s, coal's share has dropped significantly, with natural gas and renewables like wind and solar gaining prominence. By 2023, coal accounted for only 19% of U.S. power generation, while renewables reached 21%, with projections indicating further growth in renewable energy. Utilities have been planning the retirement of old coal plants, including the Craig Unit 1 plant in Colorado, co-owned by Tri-State Generation and Transmission Association and Platte River Power Authority, which was scheduled to retire at the end of 2025. However, just before the planned retirement, the two utilities received an emergency order to keep the coal plant running for an additional 90 days. Both utilities, which are member-owned rural cooperatives, have pushed back, requesting a hearing and relief from the order
energycoal-powerrenewable-energyutilitiespower-generationenergy-policyenergy-emergencyGeneral Fusion set to become first public 'pure-play' fusion company
General Fusion has announced a definitive business combination agreement with Spring Valley Acquisition Corp, positioning itself to become the world’s first publicly traded “pure-play” fusion company with a pro-forma equity value of about $1 billion. This valuation includes $105 million from a committed PIPE (Private Investment in Public Equity) and $230 million from Spring Valley’s trust capital. The capital raised will primarily fund the Lawson Machine 26 (LM26) program, which is currently operational and represents the world’s first large-scale demonstration machine for Magnetized Target Fusion (MTF). Unlike other fusion approaches relying on superconducting magnets or lasers, General Fusion’s MTF technology uses mechanical pistons to compress plasma within a liquid lithium liner, aiming to achieve key fusion milestones such as heating plasma to 100 million degrees Celsius and ultimately meeting the Lawson criterion for net fusion energy production. General Fusion’s approach emphasizes durability and cost-effectiveness by using a liquid metal wall to protect the fusion vessel from neutron damage and capture energy, potentially
energyfusion-energyGeneral-FusionMagnetized-Target-FusionLM26clean-energypower-generationWorld's first commercial pressure geothermal plant secures funding
Sage Geosystems, a leader in pressure geothermal technology, has secured $97 million in Series B funding to develop the world’s first commercial pressure geothermal power plant. This innovative geothermal approach, also called enhanced geothermal energy, targets hot, dry, low-permeability rock formations by injecting water into deep “lung fractures” to extract both heat and subsurface pressure. This dual extraction method can yield up to 50% more energy compared to traditional geothermal systems, while also addressing common challenges such as location specificity, high water usage, and initial costs. Sage claims this technology could unlock 130 times more geothermal potential in the U.S. alone and is designed to be scalable and deployable in diverse locations. The funding round includes significant investment from Ormat Technologies, a major player in geothermal energy, which also recently partnered with Sage. Sage has signed a deal with Meta to supply 150 MW of clean geothermal energy to data centers east of the Rocky Mountains, highlighting the role of this technology in powering
energygeothermal-energyclean-energyenergy-storagerenewable-energypressure-geothermalpower-generationSpacecraft could make power from motion and dust in future: Study
A recent international study highlights Triboelectric Nanogenerators (TENGs) as a promising power solution for future space exploration. TENGs are lightweight devices that convert mechanical energy—such as vibrations, friction, planetary winds, and astronaut movements—into electrical power. Unlike traditional solar panels and batteries, which face significant challenges in space due to weight, temperature extremes, radiation, and limited sunlight, TENGs offer a radiation-hardened, compact, and foldable alternative. Constructed from space-grade materials like PTFE, graphene, and self-healing elastomers, these generators can withstand harsh conditions including Martian atmospheric pressure, high radiation doses (up to 10 kGy), and temperatures exceeding 260°C. Notably, intense UV radiation in space enhances TENG performance by increasing charge density significantly. The study demonstrates TENGs’ versatility in various applications, from powering sensors on parachutes enduring simulated Martian dust impacts to integrating into astronaut suits to generate power and wirelessly
energytriboelectric-nanogeneratorsspace-explorationpower-generationmaterials-sciencewearable-technologyspace-grade-materialsSlovakia, US sign nuclear deal for new 1,200 MWe power reactor
Slovakia and the United States have signed a significant intergovernmental agreement to enhance cooperation in civil nuclear energy, including plans to build a new 1,200 MWe nuclear power reactor at Slovakia’s Bohunice Nuclear Power Plant. This deal, signed by Slovak Prime Minister Robert Fico and U.S. Energy Secretary Chris Wright, is a key part of Slovakia’s long-term energy strategy aimed at strengthening energy security, sustainability, and technological advancement. The agreement covers a broad spectrum of nuclear activities such as reactor technology, supply chains, safety standards, workforce training, and project planning, supporting both Slovakia’s existing nuclear fleet and future large-scale construction. The new reactor, potentially using Westinghouse technology, is expected to be operational by 2040 or 2041 and represents one of the largest infrastructure investments in Slovak history. The U.S. emphasized the strategic and industrial benefits of the project, highlighting its role in bolstering European energy security and supporting American manufacturing and job creation
energynuclear-energySlovakiaUS-Slovakia-cooperationnuclear-reactorenergy-securitypower-generationEPA rules that xAI’s natural gas generators were illegally used
The Environmental Protection Agency (EPA) has ruled that Elon Musk’s AI company, xAI, illegally operated dozens of natural gas turbines to power its Colossus data centers in Tennessee. xAI had claimed that the turbines were used temporarily and thus exempt from regulatory oversight, but the EPA disagreed, issuing a final ruling after more than a year of investigation. The agency found that xAI violated environmental regulations by operating more turbines than permitted and contributing to increased ozone and particulate emissions in an already polluted area. Local communities and legal groups had raised concerns about the environmental impact of the power plants. While xAI operated up to 35 turbines, only 15 were officially permitted, and currently, 12 turbines remain in operation at the site. The EPA’s decision underscores the company’s failure to comply with air quality regulations designed to protect public health and the environment.
energynatural-gasEPA-regulationspower-generationturbinesemissionsdata-centersUS firm plans to resurrect dead nuclear plant with twin SMRs at site
Holtec International has taken a significant step toward deploying two SMR-300 small modular reactors at the Palisades Energy Center in Covert, Michigan, by submitting the first part of a construction permit application to the U.S. Nuclear Regulatory Commission (NRC). The application, which seeks a Limited Work Authorization (LWA), covers preliminary construction activities such as soil compaction, backfilling, and foundation installation for two 340-MWe pressurized water reactors named Pioneer-1 and Pioneer-2. These twin units are planned to be built on the site of the existing Palisades Nuclear Plant and are expected to add about 680 megawatts of carbon-free electricity to the regional grid, with construction targeted for completion in the early 2030s. The project has been bolstered by a $400 million grant from the U.S. Department of Energy. This SMR development is occurring alongside efforts to restart the original 800-MW Palisades reactor, which operated from
energynuclear-energysmall-modular-reactorsSMRpower-generationcarbon-free-energyHoltec-InternationalWorld’s largest stellarator fusion power design gets funding boost
Type One Energy, a fusion startup backed by Bill Gates, has secured $87 million in new funding to advance its stellarator fusion power design, bringing its total venture investment to over $160 million. The company is developing Infinity One, the world’s largest and most advanced stellarator testbed, located at a former fossil plant site in Clinton, Tennessee. This project aims to demonstrate improved manufacturing, construction, and commissioning processes using advanced methods, while verifying key fusion technologies such as modular high-temperature superconducting magnets, plasma performance with a metallic first wall, reduced plasma heat loss, and enhanced exhaust efficiency. Stellarators are highlighted as one of the most promising fusion concepts due to their stable, steady-state operation and predictable plasma performance, which reduces risks associated with commercial fusion power. Type One Energy leverages modern computational physics and high-performance computing to optimize the complex three-dimensional magnetic fields required for stellarator operation. The company is currently raising a $250 million Series B round at a $900 million valuation,
energyfusion-powerstellaratorsuperconducting-magnetsadvanced-manufacturingsustainable-energypower-generationMeta signs deals with three nuclear companies for 6-plus GW of power
Meta has signed three significant agreements to supply its data centers with over 6 gigawatts (GW) of nuclear power, partnering with a mix of established and startup nuclear companies. The deals include purchasing 2.1 GW from Vistra’s existing nuclear plants in Ohio and Pennsylvania, 1.2 GW from Oklo, a small modular reactor (SMR) startup aiming to begin power supply by 2030, and up to 2.8 GW (with additional storage capacity) from TerraPower, a Bill Gates-backed SMR company targeting 2032 for initial power delivery. These agreements are part of Meta’s December 2024 initiative to secure 1 to 4 GW of new generating capacity by the early 2030s, primarily feeding into the PJM grid serving 13 Mid-Atlantic and Midwestern states. Vistra’s deal offers the most immediate and cost-effective power, leveraging existing reactors and planned upgrades, while Oklo and TerraPower represent the emerging SMR
energynuclear-powerdata-centerssmall-modular-reactorsrenewable-energypower-generationenergy-storageWorld-first practical cryogen-free superconducting motor unveiled
US startup Hinetics, part of the POETS center and funded by the US Department of Energy’s ARPA-E, unveiled the world’s first fully integrated, cryogen-free superconducting motor at CES 2026. This motor is a practical proof-of-concept demonstrator developed over three years, designed for aerospace and AI data center applications. Unlike traditional superconducting machines that require bulky external cryogenic systems, Hinetics’ motor features a self-contained design using an onboard cryocooler to maintain low temperatures without external liquid cryogen cooling. The current unit is a scaled-down version of a larger six-megawatt motor under construction, aiming to make superconducting technology commercially viable by reducing costs, particularly of superconducting tape, which has halved in price over the past three years. The motor offers significant advantages for AI data centers and aerospace, including rapid response to transient power demands due to its very low inductance and high efficiency of approximately 99.5 percent. This efficiency
energysuperconducting-motorcryogen-free-technologyelectric-motorpower-generationaerospace-applicationsAI-data-centersChina Built A Supercritical CO₂ Generator. That Doesn’t Mean It Will Last. - CleanTechnica
China has recently commissioned a supercritical carbon dioxide (sCO₂) power generator, named Chaotan One, at a steel plant in Guizhou province. This system is designed to recover industrial waste heat and convert it into electricity, with each unit rated at about 15 MW and combined configurations around 30 MW. The technology claims efficiency improvements of 20% to over 30% compared to conventional steam-based waste heat recovery systems, marking a potentially significant advancement in thermal power generation. The sCO₂ cycle uses carbon dioxide above its critical temperature and pressure, where it exhibits unique properties that allow for more compact and efficient turbomachinery. However, the article urges caution in interpreting this deployment as a definitive breakthrough. While China often pioneers new technologies due to its capacity to experiment and learn through trial and error, many such first-of-a-kind projects do not necessarily prove durable, economically viable, or scalable. The article highlights that China’s limited deployment of other advanced technologies—such as small modular nuclear
energysupercritical-CO2-generatorwaste-heat-recoveryindustrial-energy-efficiencyChina-energy-technologypower-generationclean-energy-innovationMaryland’s Largest Solar Project Launches, On Old Coal Mine - CleanTechnica
Maryland has launched its largest solar power project, the 160-megawatt CPV Backbone Solar facility, located on a reclaimed, decommissioned coal mine in Garrett County. Developed by CPV Renewable Power, part of Competitive Power Ventures, the project features 324,000 solar panels designed to generate enough electricity to power approximately 30,000 homes. This initiative exemplifies a responsible energy transition by repurposing exhausted coal mine land into productive renewable energy infrastructure, contributing to both environmental restoration and local economic growth through increased tax revenue. The project reflects a broader commitment to renewable energy as a logical and necessary alternative to fossil fuels, with a second phase underway to expand the facility to 175 MW. CPV Backbone Solar is part of a larger 4.8-gigawatt project pipeline, highlighting ongoing investments in clean energy. Local officials have praised the project for revitalizing previously mined land, supporting the region’s natural beauty, and addressing growing electricity demand, marking a significant step forward
energysolar-powerrenewable-energysolar-projectenergy-transitionclean-energypower-generationUS' retired nuclear reactors from warships could power AI data centers
A U.S. power company, HGP Intelligent Energy LLC, has proposed repurposing retired nuclear reactors from Navy aircraft carriers and submarines to power AI data centers in Oak Ridge, Tennessee. These naval reactors, originally designed for reliable, long-lasting energy in military vessels, could provide 450-520 megawatts of continuous, carbon-free electricity—enough to power approximately 360,000 homes. The company argues that adapting these reactors offers a cost-effective and faster alternative to building new nuclear plants, with rewiring costs estimated at $1 million to $4 million per megawatt. The plan includes revenue sharing with the government and establishing a decommissioning fund, and is being developed in coordination with the U.S. Department of Energy, potentially relying on federal loan guarantees and private investment. The proposal reflects a broader trend of revisiting nuclear power, alongside renewables, to meet the growing electricity demands of energy-intensive computing, especially AI workloads. However, experts express skepticism due to challenges
energynuclear-powerdata-centersartificial-intelligencerenewable-energycarbon-free-electricitypower-generationLead-cooled nuclear reactors edge closer toward deployment in Europe
French company Newcleo is advancing the deployment of lead-cooled small modular reactors (SMRs) in Europe by submitting its reactor design to Euratom for regulatory review, a process expected to take two years. This submission aligns with new regulations requiring nuclear operators to integrate Euratom safeguards during the design phase. Newcleo aims to have its first nuclear power plant operational in France by 2032. The company has developed a 200 MWe lead-cooled SMR that uses molten lead or lead-bismuth eutectic as a coolant, offering advantages such as operation at atmospheric pressure, high thermal efficiency (around 50%), and passive safety features that enable natural heat removal without pumps or manual intervention. Lead-cooled SMRs are part of a broader shift in nuclear energy toward smaller, modular reactors that can be manufactured centrally and deployed flexibly, reducing costs and scaling output by combining multiple units. Newcleo’s design benefits from the chemical stability, availability, and high boiling point of lead, eliminating the
energynuclear-energysmall-modular-reactorslead-cooled-reactorsNewcleocarbon-emissionspower-generationAlphabet to buy Intersect Power to bypass energy grid bottlenecks
Alphabet, Google's parent company, has agreed to acquire Intersect Power, a developer of data centers and clean energy projects, including taking on the company’s debt. This acquisition aims to help Alphabet expand its power generation capacity to support new data centers without depending on local utilities, which are currently struggling to meet the growing energy demands driven by AI companies. Alphabet had previously held a minority stake in Intersect Power following a strategic funding round led by Google and TPG Rise Climate, targeting $20 billion in total investment by 2030. The deal covers Intersect Power’s future development projects but excludes its existing operations, which will be acquired by other investors and managed separately. Intersect’s upcoming data parks, located near renewable energy sources like wind, solar, and battery storage, are expected to begin operations late next year and be fully completed by 2027. Google will be the primary user of these facilities, though the campuses are designed as industrial parks that can also host other companies’ AI chip operations.
energyclean-energydata-centerspower-generationrenewable-energybattery-storageAI-infrastructureChaotan One: World's 1st supercritical CO2 power unit starts in China
Chaotan One, the world’s first commercial power generator using supercritical carbon dioxide (sCO2) instead of steam, has commenced operations in China, marking a significant advancement in power generation technology. This innovation breaks from the century-old reliance on steam as the working medium in turbines, offering a major boost in efficiency. Unlike steam, which requires energy-intensive boiling and phase changes, sCO2 operates above its critical temperature and pressure, combining gas-like and liquid-like properties that enable more efficient turbine operation with less energy loss. Located in a steel factory in Liupanshui, Guizhou Province, Chaotan One consists of two 15-megawatt units that convert residual heat from steel production into electricity. The system is expected to increase net electricity generation by 50% and improve overall power generation efficiency to over 85%, while also featuring a simpler design with fewer components compared to traditional steam-cycle plants. This successful deployment demonstrates the feasibility of sCO2 as a working fluid and suggests
energysupercritical-CO2power-generationefficiencythermal-energyclean-energyChina-energy-innovationRadiant Nuclear raises $300M for its semi-sized 1 MW reactor
Radiant Nuclear has raised over $300 million in a new funding round led by Draper Associates and Boost VC, valuing the company at more than $1.8 billion. This latest raise follows a series of substantial investments in nuclear startups, reflecting growing interest driven largely by the increasing electricity demands of AI and data centers. Radiant is developing a 1-megawatt microreactor designed to be transported via semi-truck, cooled by helium, and fueled with TRISO fuel that enhances safety and allows for five months between refueling. The company aims to replace diesel generators at commercial and military sites, offering customers options to purchase units outright or subscribe through power purchase agreements, with the company responsible for reactor removal after its 20-year lifespan. Radiant plans to build a demonstration reactor at Idaho National Lab, targeting testing by summer 2026, aligning with a broader industry goal set by the Trump administration for three reactors to achieve criticality by July 4, 2026. The
energynuclear-energymicroreactorclean-energypower-generationenergy-startupsdata-centersChina adds new reactor to world’s most deployed nuclear fleet
China General Nuclear (CGN) has commenced full-scale civil construction for Unit 6 of the Ningde nuclear power plant in Fujian province, marked by the pouring of the first concrete for the nuclear island on December 16, 2025. This follows the earlier start of construction on Unit 5 in July 2024, with Unit 5 expected to begin commercial operation in 2029 and Unit 6 in 2030. The Ningde site, already hosting four operational CPR-1000 reactors, is now expanding with two new units employing the advanced Hualong One (HPR1000) third-generation pressurized water reactor design. Each Hualong One unit is capable of generating over 10 billion kilowatt-hours annually, sufficient to power about one million people, and incorporates enhanced safety features informed by lessons from past nuclear incidents like Fukushima. The Hualong One technology has seen broad global deployment, with around 41 units in operation and a strong safety record, including
energynuclear-powerHualong-Onenuclear-reactorsclean-energycarbon-emission-reductionpower-generationSouth Korea’s KAERI and Samsung Heavy win approval for floating nuclear reactor design
South Korea’s Samsung Heavy Industries (SHI) and Korea Atomic Energy Research Institute (KAERI) have jointly secured an Approval in Principle (AIP) from the American Bureau of Shipping (ABS) for their conceptual design of a floating small modular reactor (FSMR). This approval, part of the Novel Concept Class Approval process, validates the project’s feasibility and supports regulatory and partnership engagements. The FSMR design is based on a modification of the SMART100, the world’s first small modular reactor (SMR) to receive design approval, adapted for offshore use. SHI focused on integrating the SMRs into a floating platform and developing containment systems, while KAERI modified the SMART100 reactor for maritime applications, enhancing safety and modularity. The FSMR configuration includes two modified SMART100 reactors, each with increased thermal output of 365 MWt and electrical output of 110 MW, designed for a 60-year lifespan and a three-year refueling cycle. Safety enhancements include a passive cooling system that
energynuclear-energysmall-modular-reactorfloating-nuclear-reactorKAERISamsung-Heavy-Industriespower-generationUS firm eyes gigawatts of nuclear power with first Gen IV reactors
Natura Resources, a US-based company, is advancing the deployment of Generation IV nuclear reactors, aiming to launch its first 1-megawatt molten salt reactor (MSR-1) by 2026. This demonstration reactor, which received a Nuclear Regulatory Commission (NRC) construction permit in September 2024, will pave the way for a commercial-scale 100-megawatt MSR-100 unit targeted for deployment between 2029 and 2032. The MSR-100 is designed to be cost-competitive with natural gas and versatile enough to support grid-scale electricity generation as well as industrial applications like produced water desalination. Natura plans to submit two commercial reactor applications to the NRC by the end of 2025 to support these goals. A significant strategic development underpinning Natura’s scaling efforts is its acquisition of Shepherd Power from NOV, coupled with a partnership agreement with NOV to leverage their manufacturing, supply chain, and project management expertise. NOV will also invest in Natura
energynuclear-powerGen-IV-reactorsmolten-salt-reactorsmall-modular-reactorsadvanced-energy-technologypower-generationBoom Supersonic launches 42MW turbine for AI data center power surge
Boom Supersonic, traditionally known for its supersonic passenger aircraft development, has expanded into the energy sector by launching a new 42 MW natural gas turbine called Superpower. This turbine is designed specifically to meet the surging electricity demands of AI data centers, which are increasingly constrained by regional power supply limitations. The Superpower turbine leverages the high-temperature core technology from Boom’s Symphony supersonic engine, enabling it to maintain full power output even in extreme heat (e.g., 110°F) without the need for water cooling—a significant improvement over legacy turbines that lose 20-30% efficiency under such conditions. The company has secured a $1.25 billion order from Crusoe, a major AI data center operator, for 29 Superpower turbines totaling over 1.21 gigawatts of planned power capacity, with deliveries expected to begin in 2027. Boom plans to scale production rapidly, aiming for two gigawatts of annual output initially and targeting four gigawat
energygas-turbineAI-data-centerspower-generationBoom-Supersonicnatural-gasindustrial-turbineThe US Geothermal Industry Is Pushing Into New Territory
The US geothermal industry is gaining momentum as a key player in the country’s clean energy transition, particularly in baseload power generation traditionally dominated by fossil fuels. This shift follows recent federal energy policy changes that protect fossil fuel interests from competition by wind, solar, and utility-scale storage, but leave room for other renewables like geothermal. A notable development is the successful $462 million Series E funding round by US startup Fervo, signaling strong market confidence in geothermal’s potential to provide 24/7 carbon-free power. Fervo’s flagship project, the Cape Station Power Plant in Beaver County, Utah, is set to deliver an initial 100 MW by 2026 and expand to 500 MW by 2028, potentially becoming the world’s largest next-generation geothermal facility. Fervo’s progress is underpinned by advances in drilling technology and support from both government programs and private investors, including Google, Liberty Energy, and global investment firms like B Capital. These innovations are reducing drilling times and improving
energygeothermal-energyrenewable-energyclean-powerenergy-storagedrilling-technologypower-generationBoom Supersonic raises $300M to build natural gas turbines for Crusoe data centers
Boom Supersonic, an aircraft startup known for developing supersonic jets, announced it will begin selling a version of its turbine engine, called Superpower, as stationary power plants. Its first customer is data center startup Crusoe, which has agreed to purchase 29 of Boom’s 42-megawatt turbines for $1.25 billion to generate 1.21 gigawatts of power for its data centers. Boom plans to start delivering these turbines in 2027 and will provide turbines, generators, control systems, and preventative maintenance, while Crusoe is responsible for pollution controls, electrical connections, and other infrastructure. The company raised $300 million in funding led by Darsana Capital Partners to commercialize the Superpower turbine, with profits earmarked to support development of Boom’s supersonic aircraft, Overture. The Superpower turbine shares 80% of its parts with Boom’s airborne engine, Symphony, and targets 39% efficiency, comparable to competitors’ simple cycle
energynatural-gas-turbinesdata-centerspower-generationcombined-cycle-turbinesturbine-efficiencystationary-power-plantsEnergy department hands out $800M in grants for small nuclear reactors
The U.S. Department of Energy, under the Trump administration, has awarded $800 million in grants to two nuclear companies, the Tennessee Valley Authority (TVA) and Holtec, to develop small modular reactors (SMRs) based on established nuclear fission technology. TVA plans to build a single 300-megawatt reactor from GE Vernova Hitachi in Tennessee, while Holtec will construct two 300-megawatt reactors in Michigan. These projects aim to address the growing electricity demand driven in part by expanding AI technologies. The reactors are Generation III+ designs, which are advanced versions of long-standing nuclear reactor models. By scaling these designs down to small modular sizes, the initiative hopes to reduce costs through mass production of parts and increased efficiency as construction teams gain experience. However, as of now, no small modular reactors are operational, according to the World Nuclear Association, indicating that these projects are still in developmental stages.
energynuclear-energysmall-modular-reactorsDepartment-of-Energynuclear-fissionclean-energypower-generationWorld's largest private energy grid opts for hybrid cooling system
Fermi America has partnered with Hungarian power-cooling specialist MVM EGI to develop advanced hybrid cooling systems for its planned 11 GW energy campus and data center in Amarillo, Texas. The collaboration, formalized through a non-binding Memorandum of Understanding signed on December 1, will focus initially on engineering and feasibility studies for indirect hybrid cooling towers designed to support up to 6 GW of natural gas generation and four AP1000 nuclear reactors. These 450-foot towers will employ a hybrid dry-wet cooling approach that combines air cooling with closed-loop water circulation to significantly reduce evaporative water loss, with additional plans to explore recycled water and solar-covered retention ponds to enhance water conservation. Project Matador, situated on Texas Tech University land, aims to become one of the world’s largest data center campuses, spanning 18 million square feet and integrating multiple energy sources including natural gas, solar, wind, and nuclear power. The project has secured key energy agreements, such as a pipeline connection with Energy
energyhybrid-cooling-systemwater-conservationpower-generationdata-center-energynatural-gasnuclear-reactorsAmmonia could power ships, industries with 70% more efficient tech
Amogy, a company founded by four MIT alumni, has developed a novel catalyst that can split ammonia into hydrogen and nitrogen with up to 70% greater efficiency than current technologies. Unlike traditional ammonia combustion, Amogy’s system converts ammonia directly to power without burning it, thereby avoiding harmful nitrous oxide emissions. This technology is scalable and designed to power large-scale applications such as ships, trucks, maritime shipping, power generation, construction, and mining, leveraging ammonia’s higher power density compared to renewables and batteries. The company has secured a manufacturing contract with Samsung Heavy Industries and plans to deploy a 1-megawatt ammonia-to-power pilot project in Pohang, South Korea, in 2026, with ambitions to scale up to 40 megawatts by 2028 or 2029. Amogy’s innovation centers on new catalyst materials that operate efficiently at lower temperatures, enabling smaller, more cost-effective systems that do not require combustion or produce CO2. The technology has been demonstrated
energyammonia-fuelcatalyst-technologyhydrogen-productionfuel-cellsmaritime-shippingpower-generationZimbabwe–Zambia Energy Projects Summit (ZimZam 2025) Is A Chance for Stakeholders To Take Action As Energy Crisis In Both Nations Persists. - CleanTechnica
The Zimbabwe–Zambia Energy Projects Summit (ZimZam 2025), held from November 26 to 28, 2025, in Livingstone, Zambia, serves as a critical platform for policymakers, investors, and energy developers to address the ongoing energy crisis in both countries. This second edition follows the inaugural summit held in Victoria Falls, Zimbabwe, and is supported by key regional bodies such as the African Union (AU) and the Southern African Development Community (SADC), alongside major sponsors including Copperbelt Energy Corporation (CEC), Petrodex, ZESCO, and Standard Bank. The summit aims to foster sustainable investment, regional cooperation, and tangible initiatives to unlock new energy generation capacity amid worsening power shortages. Both Zimbabwe and Zambia continue to face severe electricity rationing, with Zimbabwe experiencing daily outages lasting up to 17 hours, forcing many homes and businesses to rely on costly diesel generators or increasingly on solar and battery storage solutions. Zambia’s situation is reportedly more dire, with some customers
energyenergy-crisisrenewable-energysolar-powerbattery-storagepower-generationenergy-summitUS’ fast fission reactor Aurora to use Siemens’ steam turbines to produce clean power
Oklo, a US-based small modular reactor (SMR) designer, has signed a binding contract with Siemens Energy to supply a power conversion system for its Aurora powerhouse, one of the world’s first commercial-scale fast fission SMR projects. Siemens Energy will begin engineering and early procurement of key steam-cycle components, including the SST-600 steam turbine and SGen-100A generator, which are critical for converting Aurora’s high-temperature nuclear heat into clean electricity. The SST-600 turbine is a compact, flexible unit suitable for power generation and mechanical drive applications, while the SGen-100A generator offers high-efficiency, air-cooled design supporting industrial power needs. Construction of the Aurora reactor began in September 2025 at Idaho National Laboratory (INL), with operations expected to start in 2027. The reactor is designed to produce up to 75 megawatts electrical (MWe) of clean power and create about 80 permanent jobs. Aurora’s design features a fast neutron
energysmall-modular-reactorSiemens-Energysteam-turbineclean-powernuclear-energypower-generationHyundai joins US’ 11 gigawatt nuclear reactor project in Texas
Hyundai Engineering & Construction (Hyundai E&C) has signed a basic design contract with U.S.-based Fermi America to develop four large AP1000 nuclear reactors as part of the Texas HyperGrid project, an 11-gigawatt integrated energy complex near Amarillo, Texas. This project aims to create the world’s largest private energy and AI campus, combining nuclear, gas, solar, and battery systems to power a massive hyperscale AI data center. The total energy capacity includes 4 GW from large nuclear reactors, 2 GW from small modular reactors, 4 GW from gas combined cycle plants, and 1 GW from solar and battery storage, supporting a secure, self-sufficient energy infrastructure independent of public grids. Hyundai E&C’s role involves front-end engineering design (FEED) and basic design tasks such as site layout planning, cooling system reviews, and budget preparation, while detailed design of core reactor and turbine equipment will follow pending U.S. Nuclear Regulatory Commission approvals
energynuclear-energyrenewable-energybattery-storageAI-data-centersmall-modular-reactorspower-generationNew Report Finds Efforts to Slow Climate Change Are Working—Just Not Fast Enough
The recent report released by a coalition of climate organizations assesses progress made since the Paris Agreement was signed 10 years ago, aiming to limit global warming to 1.5 degrees Celsius above preindustrial levels. While there has been notable advancement—such as the increasing affordability and reliability of renewable energy and improvements in electric vehicles—overall progress remains insufficient and uneven. The report evaluates 45 indicators across various sectors, finding that none are fully on track to meet climate goals. Six indicators show some progress but not fast enough, nearly 30 are significantly lagging, and five are worsening, including critical areas like coal use and emissions. A major concern highlighted is the global reliance on coal, which despite a slight decrease in its share of electricity generation in 2024, reached record-high total use due to rising electricity demand, particularly in China and India. Experts emphasize that to meet climate targets, coal phaseout efforts must accelerate dramatically—requiring the shutdown of hundreds of coal plants annually and cancellation of new coal
energyclimate-changecoal-phaseoutrenewable-energycarbon-emissionspower-generationdecarbonizationData centers repurpose old jet engines to meet AI’s power demand
Data centers facing soaring energy demands from the rapid expansion of artificial intelligence infrastructure are encountering significant delays in accessing grid power and new gas turbines. With lead times for new turbines from major manufacturers like GE, Vernova, and Siemens Energy extending from three to eight years, data center developers are turning to repurposed aircraft engines—specifically aeroderivative gas turbines derived from retired jet engines—as a practical interim solution. These refurbished engines, such as the CF6-80C2 cores used in GE’s LM6000 turbines, offer a faster, more flexible power source capable of generating up to 48 megawatts each, sufficient for small-to-medium data centers or tens of thousands of households. Missouri-based ProEnergy exemplifies this approach by overhauling used jet engine cores into natural gas turbines branded as PE6000 units. The company has sold 21 such units, providing over 1 gigawatt of bridging power for data center projects expected to rely on these turbines for five to seven
energydata-centersjet-enginesgas-turbinespower-generationaeroderivative-turbinesAI-energy-demandUS' new power generation system patented, uses energy fluctuations
Researchers from the Southwest Research Institute (SwRI) and 8 Rivers have patented a cost-effective power generation system that leverages fluctuations in energy demand by using liquid oxygen storage (LOX) to enhance power plant efficiency and reduce costs. The system modifies the Allam-Fetvedt Cycle, a power cycle that combusts fuel with an oxygen and carbon dioxide mixture to enable complete carbon capture and minimal greenhouse gas emissions. By generating oxygen during off-peak hours when electricity prices are low, storing it in liquid form, and using it later during peak demand, the system boosts plant output while lowering operating costs. SwRI conducted a techno-economic analysis modeling plant performance and hourly costs over a year, confirming the system’s profitability amid increasing electricity price volatility driven by rising renewable energy penetration. As renewable energy sources like wind and solar increase to 30% or more of the grid, energy storage becomes critical to managing fluctuations. The patented LOX storage offers a large-scale energy storage solution by producing liquid oxygen when
energypower-generationenergy-storageliquid-oxygenAllam-Fetvedt-Cyclecarbon-capturerenewable-energyUS' first liquid-fueled Gen IV nuclear reactor set for 2026 deployment
US-based Natura Resources is set to deploy the first Generation IV liquid-fueled molten salt reactor (LF-MSR) in the United States by 2026, marking a significant milestone in advanced nuclear energy. The company’s 1-megawatt MSR-1 system, located at Abilene Christian University (ACU), received a construction permit from the Nuclear Regulatory Commission (NRC) in September 2024. Natura Resources has secured key milestones including the NRC license, a completed reactor facility, fuel commitments from the Department of Energy (DOE), and strong support from Texas, positioning it as the frontrunner in Gen IV reactor deployment. The DOE’s Idaho National Lab also projects Natura’s MSR-1 as the first Gen IV reactor deployment in the US. The LF-MSR design uses molten salt as both fuel and coolant, operating at high temperatures and low pressure, which enhances safety and efficiency compared to conventional solid-fuel reactors. This technology can recycle waste fuel, produce
energynuclear-reactorGen-IV-reactormolten-salt-reactoradvanced-energy-technologypower-generationclean-energyTDK Ventures Invests In Rodatherm Energy, A Geothermal Company - CleanTechnica
TDK Ventures, Inc. has invested $38 million in Rodatherm Energy Corporation, a geothermal power-generation company focused on the Great Basin region in the Western U.S. Rodatherm is developing a novel advanced geothermal system (AGS) that differs from existing technologies by using a fully cased and pressurized design, a unique working fluid, modular wells, and a direct-drive turbine. This system aims to overcome the thermodynamic and economic limitations of current AGS approaches. The investment will support Rodatherm’s efforts to build its first commercial-scale geothermal power plant, targeted to produce 100 MW of electricity, with a pilot project expected by the end of 2026—an ambitious timeline for the geothermal sector. Geothermal energy, while less visible than solar or wind, holds significant potential to provide reliable, firm power that can complement intermittent renewables. The U.S. Geological Survey estimates that advanced geothermal technology could generate up to 520,000 MWe, enough to power every U.S
energygeothermal-energyrenewable-energyclean-energyenergy-investmentenergy-technologypower-generationChina's BEST fusion reactor moves closer to power generation goal
China's Burning Plasma Experimental Superconducting Tokamak (BEST) fusion reactor has reached a significant construction milestone with the installation of the Dewar base, a massive vacuum-insulated vessel critical for maintaining the cryogenic temperatures needed by the reactor’s superconducting magnets. Weighing over 400 tonnes and measuring 18 meters in diameter, the Dewar base is the largest vacuum component ever produced in China’s fusion research field. This installation lays the foundation for assembling the reactor’s core systems and is essential for confining plasma heated to over 100 million degrees Celsius, a key step toward achieving the project’s goal of generating electricity from fusion by 2030, initially aiming to power a light bulb. This progress places China’s BEST reactor among the leading global fusion projects, which aim not only to sustain fusion plasma but also to convert fusion energy into practical electricity generation. The development occurs alongside international efforts such as the ITER project in France, where superconducting wire testing and advanced diagnostic tools are advancing fusion research
energynuclear-fusionsuperconducting-magnetsfusion-reactorpower-generationcryogenicsplasma-confinement704-MW Offshore Wind Project Back On Track As Judge Slams Trump Admin - CleanTechnica
The 704-megawatt Revolution Wind offshore project off Rhode Island, developed by Danish company Ørsted, has resumed after a federal judge ruled against the Trump administration’s stop-work order. The project, which had nearly completed foundation installation and turbine placement, was halted by former Interior Secretary Doug Burgum citing vague national security concerns despite extensive prior reviews under multiple administrations confirming its safety and compliance. Ørsted successfully sued to overturn the halt, highlighting that the project supports hundreds of jobs and aligns with the Energy Department’s goals for increased power generation capacity. The article criticizes the Trump administration’s broader stance on offshore wind, noting that it blocked new leases and used legal and administrative measures to impede approved projects and related infrastructure upgrades. This opposition contrasts with the Biden administration’s support, under which 11 new offshore wind farms have entered the pipeline. The Energy Department’s recent initiative to boost power generation notably excludes wind and solar, favoring traditional “reliable” energy sources like coal, natural gas,
energyoffshore-windrenewable-energywind-powerenergy-policyclean-energypower-generationTrump Promised Abundant Energy But Has Only Delivered Deficits - CleanTechnica
The article critiques the Trump administration’s energy policies, highlighting a gap between promises of abundant, affordable energy and the reality of growing deficits and reliance on fossil fuels. While Energy Secretary Chris Wright praised the administration’s approach during a visit to Europe, European leaders prioritize renewable energy to achieve energy independence and aggressively reduce greenhouse gas emissions by 55% by 2030 and reach net-zero by 2050. The U.S. approach, labeled by Wright as “climate ideology,” contrasts sharply with Europe’s forward-looking stance. Despite efforts by the Trump administration to undermine climate science—such as disbanding a controversial research group and promoting climate skepticism—renewable energy use in the U.S. has grown significantly, reaching nearly 25% of power generation by June, driven largely by investments made before Trump’s presidency. The article also points out that many of Trump’s economic and energy promises, including halving energy prices and reducing gasoline costs below $2 per gallon, have not materialized. Instead,
energyrenewable-energyclimate-changefossil-fuelspower-generationclean-energyenergy-policy110 MW: China rolls out giant gas turbine to power 3.6 million homes
China has introduced its first domestically developed 110-megawatt heavy-duty gas turbine, the Taihang 110 (AGT-110), marking a significant advancement in the country’s industrial capabilities. Developed by the Aero Engine Corporation of China (AECC), this turbine features multi-fuel capability, operating on oil, natural gas, and medium-to-low calorific gases, and is designed for combined heat and power generation, natural-gas peaking plants, and combined-cycle power stations. The AGT-110 boasts rapid start-up, high combined-cycle thermal efficiency, and low maintenance needs. It can integrate with renewable energy sources like wind, solar, and hydropower, and is expected to reduce carbon emissions by over 1 million tons annually compared to similar-capacity thermal units. The turbine’s output can supply electricity to between 10,000 and 15,000 households daily. The development of the Taihang 110 represents a major industrial milestone for China, demonstrating breakthroughs in turbine
energygas-turbinecombined-cycle-powercarbon-emissions-reductionhydrogen-fueladvanced-materialspower-generationWind Energy Spurned In US, Welcomed In the Balkans
The article contrasts the divergent trajectories of wind energy development in the United States and the Balkans, particularly Bosnia and Herzegovina (BiH). While the U.S. under President Donald Trump has actively curtailed wind energy growth—resulting in job losses and a focus on fossil fuels—China is expanding its renewable energy footprint in Eastern Europe. A notable example is POWERCHINA’s 84-megawatt Ivovik wind farm in BiH, which began trial operations in January and represents the largest renewable energy project in the country to date. Alongside the Ulog hydropower project, these initiatives mark China’s first renewable energy ventures in BiH and symbolize a strategic effort to align Chinese and European technical standards while strengthening bilateral cooperation on climate and energy transition. The Ivovik wind farm, though modest in capacity by global standards, is expected to generate 259 million kilowatt-hours annually and reduce carbon dioxide emissions by approximately 240,000 tons per year. These projects underscore China
energywind-energyrenewable-energyclean-energyChinaBalkanspower-generationWorld’s first thermoelectric rubber band turns body heat into power
Chinese researchers at Peking University have developed the world’s first thermoelectric rubber band capable of converting body heat into electricity. Unlike previous thermoelectric materials that were flexible but not elastic, this new material combines high elasticity with efficient thermoelectric conversion. By exploiting the temperature difference between the human body (around 37°C) and ambient air (20–30°C), the rubber band can continuously generate power. The innovation stems from blending semiconducting polymers with elastic rubber and engineering a nanofibre network that allows the material to stretch over 850% of its original length while maintaining conductivity and recovering its shape, similar to natural rubber. This breakthrough opens up diverse applications beyond just powering wearable devices like smartwatches without bulky batteries or frequent charging. Potential uses include remote communications equipment powered by heat from fires, integration into clothing to charge phones and regulate temperature, and medical devices such as lightweight cardiovascular monitors that draw power directly from body heat. The research, published in the journal Nature, represents significant
energythermoelectric-materialswearable-technologyflexible-electronicselastic-materialsbody-heat-energypower-generationChina's Hualong One becomes world's most deployed 3rd-gen reactor design
China’s Hualong One nuclear reactor has become the world’s most deployed third-generation reactor design, with 41 units currently in operation globally. Entirely domestically produced, each unit can generate approximately 10 billion kilowatt-hours of clean energy annually, sufficient to power about one million people in a moderately developed country. The reactor, also known as the HPR1000 for export, is a pressurized water reactor (PWR) that incorporates advanced safety features and efficiency improvements learned from previous generations, including lessons from the Fukushima disaster. Seven units are already grid-connected, with Pakistan being the first overseas customer and Argentina also among the partners. Over 20 additional countries have signed cooperation agreements to deploy the technology. The Hualong One reactors contribute significantly to carbon emissions reduction, avoiding around 8 million tonnes of CO₂ per year per unit. The Karachi units in Pakistan have collectively generated about 48 billion kWh and prevented approximately 39 million tonnes of CO₂ emissions. The first unit was
energynuclear-energyHualong-Oneclean-energynuclear-reactorpower-generationChina-energy-technologyChina to flight-test world’s first megawatt-level 'windmill' airship
China is preparing to flight-test the world’s first megawatt-level airborne wind turbine system, the S1500, developed by Beijing SAWES Energy Technology Company in collaboration with Tsinghua University and the Aerospace Information Research Institute of the Chinese Academy of Sciences. The S1500 is an airship-like floating turbine designed to harness high-speed, steady winds at an altitude of 1,500 meters (4,921 feet), where wind speeds are roughly three times faster than at conventional wind turbine heights of 200 meters. With a power generation capacity of 1 megawatt—equivalent to a traditional 100-meter wind turbine—the system uses helium for buoyancy and incorporates 12 carbon fiber micro-generators within its duct, weighing less than one tonne in total. Electricity generated in the sky is transmitted to the ground via cable. This project builds on SAWES’s previous achievements with smaller airborne turbines: the S500, which reached 500 meters altitude producing over 50 kW
energywind-energyairborne-turbinerenewable-energyfloating-wind-turbinepower-generationChina-energy-technologyWhat Is the Magnetic Constant and Why Does It Matter?
The article explains the concept of the magnetic constant (μ0), also known as the permeability of free space, and its fundamental role in electromagnetism. It highlights the interdependence of three key physical constants: the speed of light (c), the magnetic constant (μ0), and the electric constant (ε0). Since these constants are related, physicists define the speed of light exactly and then measure μ0 to calculate ε0, illustrating how measurement systems rely on defined units and relationships. The magnetic constant appears in equations like the Biot-Savart law, which describes how magnetic fields (B) are generated by moving electric charges or currents, with μ0 quantifying the strength of this relationship. The article further discusses practical implications of μ0, emphasizing that electric currents generate magnetic fields, which underpin technologies such as electromagnets, speakers, and electric motors. It also explains electromagnetic induction, where changing magnetic fields induce electric currents, a principle central to power generation. To measure μ
energyelectromagnetismmagnetic-constantelectric-currentmotorspower-generationelectromagnetsAalo Atomics raises $100M to build a microreactor and data center together
Aalo Atomics, a nuclear startup inspired by a Department of Energy small modular reactor design called Marvel, has raised $100 million in a Series B funding round led by Valor Equity Partners and several other investors. The company plans to activate its first microreactor by summer 2026, aiming to challenge the nuclear industry’s typical long development timelines by leveraging economies of scale. Its flagship product, the Aalo Pod, will combine five Aalo-1 reactors to generate 50 megawatts of electricity through a single turbine. Additionally, the startup intends to build an experimental data center adjacent to its prototype reactor, though this aspect appears more promotional than a breakthrough innovation. Aalo Atomics targets delivering electricity at a competitive rate of three cents per kilowatt-hour, comparable to new natural gas and solar power plants, although no specific timeline has been set for achieving this price point. The company’s aggressive schedule and cost goals reflect broader trends in advanced nuclear startups seeking to modernize and scale nuclear power efficiently
energynuclear-energymicroreactordata-centerclean-energysmall-modular-reactorpower-generationRolls-Royce advances for modular nuclear reactors to power 3 million homes
Rolls-Royce SMR has been selected to build the UK’s first fleet of Small Modular Reactors (SMRs), aiming to install up to 3 gigawatts (GW) of nuclear power capacity using its 470 MWe reactor design. Each SMR unit is designed to generate 470 megawatts of low-carbon energy, enough to power over a million homes for at least 60 years, with the entire project expected to power around 3 million homes. The reactors are pressurized water reactors with a projected operational life of at least six decades. This initiative represents the first new nuclear power station design and build in the UK in over a generation, offering a modular, factory-built approach to simplify construction, reduce costs, and avoid delays common in traditional nuclear projects. The modular design involves building 90% of each SMR unit in factory conditions before transporting them for final assembly, necessitating a robust and geographically diverse supply chain. Rolls-Royce SMR has signed a
energynuclear-powersmall-modular-reactorsRolls-Royceclean-energypower-generationmodular-constructionCanada’s nuclear plant to add mighty turbine to power 300,000 homes
The GE Vernova Hitachi Nuclear Energy BWRX-300 small modular reactor (SMR) project at Ontario Power Generation’s Darlington Nuclear Generating Station in Canada will feature a key turbine island supplied by Arabelle Solutions, part of the EDF Group. Arabelle is providing the SMR’s nuclear steam turbine, the TOPAIR generator, and an associated heat exchanger. The turbine generator shaftline will be 34 meters long and include a high-pressure module and two low-pressure modules to enhance cycle efficiency. The air-cooled TOPAIR generator is rated up to 370 MVA for the Canadian 60 Hz grid. This equipment is specifically engineered to operate under the BWRX-300’s steam conditions, optimizing plant efficiency and maximizing electrical output. The BWRX-300 reactor is a compact, 300 MWe boiling water reactor designed for efficient and safe operation, including passive cooling for at least seven days without power or operator intervention. It offers a refueling cycle of 12 to
energynuclear-energysmall-modular-reactorturbine-generatorpower-generationclean-energyDarlington-SMRFrance’s Increase in Nuclear & Hydropower in 2024 Led to More Electricity Exports - CleanTechnica
In 2024, France significantly increased its electricity exports by 48%, rising from 70 TWh in 2023 to 103 TWh, with the largest export growth to Belgium and Germany, as well as increased exports to Spain, Switzerland, the UK, and Italy. This surge was driven primarily by a rise in nuclear and hydropower generation, while wind and natural gas-fired generation declined. Overall electricity generation in France increased by 45 TWh, while domestic consumption remained stable, leading to a 50% reduction in gross electricity imports. Notably, Spain shifted from being a net electricity exporter to a net importer from France. Nuclear power remains France’s dominant electricity source, accounting for the largest share of total production in 2024. Nuclear generation rose from 320 TWh in 2023 to 361 TWh in 2024, despite no increase in installed capacity until a new reactor was added in December 2024. This increase was attributed to EDF addressing
energynuclear-powerhydropowerelectricity-exportsrenewable-energyFrance-energy-policypower-generationAmogy raises $80M to power ships and data centers with ammonia
Brooklyn-based startup Amogy has raised an additional $23 million in funding, bringing its total to $80 million and increasing its valuation to $700 million. The funding round was led by Korea Development Bank and KDB Silicon Valley LLC, with participation from other investors. Amogy focuses on ammonia-to-power technology and targets Asian markets such as Japan, South Korea, and Singapore, where demand for alternative power generation methods is growing due to limited solar, wind, geothermal, and nuclear options. The company aims to provide a clean energy solution by fully replacing fossil fuels with ammonia as a fuel source. Ammonia, commonly used in fertilizers, serves as a hydrogen carrier that is easier to transport than hydrogen itself. While some Asian countries and shipping companies currently burn ammonia mixed with fossil fuels to reduce carbon emissions, this approach does not achieve full decarbonization. Amogy’s technology cracks hydrogen atoms from ammonia and uses them in fuel cells to generate electricity and water vapor without combustion, thus eliminating NOx
energyammonia-fuelclean-energyhydrogen-carrierpower-generationdecarbonizationclimate-techWest Virginia To Host A 335 Megawatt Wind Farm
The article discusses the development of a new 335-megawatt wind farm in West Virginia, a state historically dominated by coal mining, particularly mountaintop removal mining—a practice that has caused significant environmental damage. Despite President Trump’s vocal opposition to wind turbines, citing concerns about natural landscapes and the reliability of wind and solar energy, wind power projects in West Virginia have been steadily advancing. Since 2002, the state has established eight utility-scale wind farms totaling 856 megawatts, demonstrating a growing renewable energy presence even within a coal-centric economy. A notable trend in West Virginia’s wind industry is the repowering of older wind farms to improve efficiency and capacity. For example, Clearway Energy Group upgraded the Pinnacle Wind Farm, increasing its capacity by 16% without adding more turbines. More significantly, Clearway has entered a power purchase agreement with Microsoft to repower the Mount Storm wind farm in Grant County, aiming to enhance its output with American-made turbines from Vestas. This
energywind-farmrenewable-energyWest-Virginiapower-generationclean-energywind-turbinesWill We Increase Coal Production To Make America Great Again? - CleanTechnica
The article argues that despite former President Donald Trump’s promises to revive the coal industry, his policies have not and likely will not lead to a meaningful increase in coal production or coal mining jobs. During Trump’s first term, about 20% of coal mining jobs were lost, and many coal companies went bankrupt, causing the Dow Jones Coal Index to cease operations. Although Trump publicly supported coal, his administration’s promotion of fracking and natural gas created stiff competition for coal, undermining the industry’s recovery. Furthermore, the coal industry currently faces significant structural challenges, including no new coal power plants planned or under construction, and a shrinking domestic market as coal-burning capacity is expected to decline by 12-13% between 2025 and 2028. The article also highlights that coal exports, which had helped the industry recover somewhat after Trump’s first term, are now hindered by tariffs and trade tensions, limiting international demand for U.S. coal. Meanwhile, renewable energy sources like wind and solar
energycoal-productionrenewable-energywind-powersolar-powerenergy-policypower-generationChina unveils world’s largest hydropower turbine with 500-MW output
China has unveiled the world’s first 500-megawatt (MW) impulse hydropower turbine, developed by Harbin Electric Machinery Company after four years of research and testing. The turbine, measuring about 20 feet (6.23 meters) in diameter and weighing 88 tons, is constructed from martensitic steel known for its strength and corrosion resistance. Designed for the Datang Zala Hydropower Station in Tibet’s Yuqu River basin, the turbine features 21 water ladles and is optimized for the site’s high vertical drop of 671 meters, enabling efficient conversion of water flow kinetic energy into mechanical energy. The advanced design boosts the turbine’s efficiency from 91% to 92.6%, which translates into an additional 190,000 kilowatt-hours of electricity generated daily per unit. The Datang Zala Hydropower Station will install two such turbines, achieving a combined capacity of 1 million kilowatts (1 gigawatt). Once operational,
energyhydropowerturbinerenewable-energypower-generationmartensitic-steelChinaEV Charging, Coming Soon To A Parking Lot Near You
The article discusses recent developments in the U.S. electric vehicle (EV) charging infrastructure amid political uncertainty surrounding the federal $7,500 EV tax credit, which was at risk of elimination under President Trump’s tax bill in mid-2023. Despite the potential setback for EV sales due to the tax credit’s removal, momentum in the EV charging sector remains strong. A notable advancement is the partnership between Georgia-based IUC, specializing in charging-as-a-service (CaaS), and Colorado-based Redaptive, an energy-as-a-service (EaaS) provider. This collaboration aims to address EV charging bottlenecks, particularly in challenging venues like multi-unit rental housing and large parking facilities, by offering turnkey solutions that require no upfront costs for property owners. Under a five-year agreement with real estate giant CBRE, IUC and Redaptive plan to deploy EV chargers at large-scale parking sites with 500 or more spaces, combining IUC’s CaaS platform with CBRE’s site management
energyelectric-vehiclesEV-chargingcharging-as-a-serviceenergy-efficiencysmart-meteringpower-generationEvery fusion startup that has raised over $100M
The article highlights the recent surge in investment and technological progress in private fusion energy startups, which are moving fusion power closer to commercial viability. Fusion, long considered perpetually decades away, is now gaining momentum due to advances in computing power, AI, and high-temperature superconducting magnets, enabling more sophisticated reactor designs and control systems. A key milestone was achieved in late 2022 when a U.S. Department of Energy lab produced a controlled fusion reaction reaching scientific breakeven, confirming the underlying science. This progress has energized startups to pursue commercially relevant fusion power plants that could disrupt massive energy markets. Several fusion startups have raised over $100 million, with three notable companies leading the charge. Commonwealth Fusion Systems (CFS), backed by investors like Bill Gates and Breakthrough Energy Ventures, has raised $2 billion and is developing the Sparc tokamak reactor in Massachusetts, aiming for a commercial-scale plant called Arc in the early 2030s. TAE Technologies, founded in 1998 and supported
energyfusion-powernuclear-fusionsuperconducting-magnetsfusion-startupsclean-energypower-generationState vs. Local Control Over Energy Siting Sparks Debate In Pennsylvania - CleanTechnica
The article discusses the longstanding controversy over who should control the siting of new electrical generating facilities, focusing on recent debates in Pennsylvania. Historically, energy siting decisions have been contentious due to the trade-offs between proximity to demand centers and local community impacts, especially with thermal plants and now renewable projects like solar farms and wind turbines. Local communities, particularly in rural areas, often oppose such developments due to concerns about aesthetics and quality of life, fueling political tensions between rural and urban interests. In Pennsylvania, lawmakers are considering establishing a state-level board called the Reliable Energy Siting and Electric Transition Board (RESET) to centralize authority over energy siting decisions, replacing the current patchwork of local regulations. Proponents argue that localities lack the expertise to handle complex, costly energy projects and that local opposition causes delays and increased costs. However, opponents fear the board could favor thermal generation projects, increasing carbon and methane emissions contrary to climate goals. Clean energy advocates emphasize the need to streamline approvals for renewable projects,
energyenergy-sitingrenewable-energypower-generationenergy-policysolar-farmswind-turbinesBladeless wind turbines get upgrade with new design for quiet power
Researchers at the University of Glasgow have advanced the design of bladeless wind turbines (BWTs) through computer simulations that identify the most efficient configurations for future models. Unlike conventional turbines that use rotating blades, BWTs harness vortex-induced vibrations (VIV) by oscillating a tall, slender mast in the wind. This novel approach offers several advantages: BWTs are quieter, occupy less space, require less maintenance due to their simpler structure, and pose less risk to birds, which often collide with fast-spinning blades of traditional turbines. The study pinpointed an optimal design featuring an 80-centimeter tall mast with a 65-centimeter diameter, capable of safely generating up to 460 watts of power—significantly outperforming current prototypes that produce around 100 watts. This design balances power output with structural integrity, ensuring safety in wind speeds ranging from 20 to 70 miles per hour. The researchers suggest that their methodology could enable scaling BWTs to produce 1 kil
energywind-turbinesbladeless-technologyrenewable-energypower-generationvortex-induced-vibrationsustainable-energyRolls-Royce to power 3 million UK homes with 1.5 GW nuclear reactors
Rolls-Royce has been selected by the UK government and the state-owned Great British Energy – Nuclear as the preferred bidder to develop the country’s first fleet of Small Modular Reactors (SMRs). The project aims to generate 1.5 gigawatts (GW) of electricity, enough to power approximately 3 million homes. Unlike traditional nuclear plants built entirely on-site, these SMRs will be factory-manufactured in modules and then assembled at the final location, a method intended to reduce construction costs, complexity, and delays. Each Rolls-Royce SMR will produce 470 megawatts, with the technology expected to begin generating power by 2032 at the earliest. This initiative is part of a broader UK nuclear strategy that includes a £14.2 billion investment in the large Sizewell C power station and a £2.5 billion commitment to the SMR program during the current Spending Review period. The government highlights that SMRs are smaller, quicker to build,
energynuclear-powersmall-modular-reactorsRolls-Royceclean-energyUK-energy-strategypower-generationYou’re In A New Paradigm! Behave Like It! - CleanTechnica
energyrenewable-energybatteriesclimate-changeelectricitypower-generationgrid-managementUkraine plans a small nuclear reactor in Chernobyl exclusion zone
nuclear-energysmall-modular-reactorsChernobylenergy-needsUkrainepower-generationradiation-managementUS scientists harvest electrical energy from human movement
energytriboelectric-generatorenergy-harvestingwearable-biosensorsmechanical-energypower-generationsensorsUS’ laser-powered nuclear fusion achieves new net-positive energy records: Report
energynuclear-fusionlaser-technologypower-generationinertial-confinementenergy-yieldcontrolled-fusionThe Nuclear Company raises $51M to develop massive reactor sites
energynuclear-powerreactorselectricitydata-centerspower-generationrenewable-energyThe Nuclear Company raises $46M to develop massive reactor sites
energynuclear-powerreactorselectricitydata-centerspower-generationrenewable-energyTrên 300 cây xanh được trồng thêm tại Nhà máy Nhiệt điện Vĩnh Tân 2
energyrenewable-energyenvironmental-sustainabilityclimate-changepower-generationtree-plantingVinh-Tan-2EVNGENCO1 thăm và tặng quà người lao động Công ty Nhiệt điện Quảng Ninh
energyelectricity-productionrenewable-energypower-generationenergy-securityworkforce-motivationtechnological-innovationLò phản ứng Trung Quốc lập kỷ lục hoạt động lâu nhất
energynuclear-energyCANDU-reactorcarbon-emissions-reductionpower-generationrenewable-energyenergy-efficiencyEVNGENCO1 triển khai đồng bộ nhiều giải pháp đảm bảo điện mùa khô năm 2025
energyelectricityrenewable-energypower-generationenergy-securityenergy-managementtechnological-innovationGoogle inks deal to develop 1.8 GW of advanced nuclear power
energynuclear-poweradvanced-reactorsdata-centersrenewable-energysmall-modular-reactorspower-generationEVNGENCO1 bứt phá từ phát triển khoa học đổi mới sáng tạo và chuyển đổi số
energyinnovationtechnologydigital-transformationpower-generationscientific-developmentefficiencyCông ty Nhiệt điện Duyên Hải Một thập kỷ đóng góp cho an ninh năng lượng quốc gia
energypower-generationenergy-securityrenewable-energyeconomic-developmentenergy-management