Latest news with #sustainableEnergy
The Independent
6 days ago
- Business
- The Independent
How AI growth is driving a revolution in powering data centres
AVK-SEG is a Business Reporter client Delivering resilient, sustainable energy and power infrastructure to support the rising energy demands of AI-driven data centres. The rise of AI over the past few years has been a huge boon for businesses everywhere. The flipside, however, is that it places equally significant demands on data centre power management – and data centres are struggling to keep up. According to the CBRE North America Data Center Trends Report H12024: 'Increased demand for high-power computing creates a significant price disparity between new data centres and legacy facilities. Many existing data centres lack the infrastructure to handle these demanding workloads, further limiting their appeal.' With no sign of a let-up in the phenomenal pace of AI infrastructure investment, it is vital for data centre operators to stay competitive by implementing intelligent and sustainable upgrades, such as enhancing power density capabilities, adopting renewable energy solutions and investing in resilient infrastructure for AI and HPC workloads. Future-proofing prime power, efficient backup load-stepping and renewable fuels are key components of this. According to a recent report from IDC, AI data centre capacity is projected to have a compound annual growth rate (CAGR) of 40.5 per cent by 2027. AI data centre energy consumption is forecast to grow at 44.7 per cent, reaching 146.2 Terawatt hours (TWh) by 2027. AI workloads will consume a growing proportion of total data centre electricity use. Given this growth in AI-driven demand, it's not surprising that, in a recent report, CBRE observed a growing price disparity between data centres built or upgraded with the high-density power demands of AI in mind and existing facilities that still lack adequate infrastructure for AI. Densities are rising fast and will continue, reaching as high as 100 kW per rack, possibly higher. As an industry, we need to advise our customers on configuring their power infrastructure to position themselves for AI resilience and sustainability. This is not just a matter of environmental responsibility. It is also a strategic necessity for the long-term viability of the ever-evolving AI industry. Putting prime power in place AI is putting such significant demand on the grid that it's struggling to manage, especially in established connectivity hubs such as Dublin, Frankfurt, Amsterdam, Paris and London. Waiting times for power capacity are sometimes several years long, creating major headaches for operators. This is where smart microgrids step in, bridging the gap between data centre operators and grid requirements. AVK, the largest and fastest-growing supplier of power solutions for data centres and leading organisations in the UK and Europe, is helping build resilience, sustainability, and scalability across critical infrastructure to support our digital future, powered by artificial intelligence – and its recent collaboration with major data centre operators illustrates how an effective and tailored microgrid can transform a facility's operational outlook. This allowed the client to meet its immediate energy demands while aligning with sustainability goals, making the data centre a net energy contributor to the local community with the potential to support national grid infrastructure. Backup: the load-stepping challenge Both existing and new facilities must also pay close attention to their backup solutions, which may not be able to keep up with even small increases in power density. As customers decentralise their uninterruptible power supply (UPS) to increase power densities towards the 50/100 kW level, they need smooth load-stepping, which means the ability to gradually increase the electrical load on a backup power system such as a generator. Smooth load-stepping allows backup power systems to handle growing demand without overloading or causing instability. Understanding your power needs Sustainable, high-density infrastructure can be assembled piece by piece as long as organisations apply principles such as energy efficiency, scalability and resilience at every step and build for the future. Microgrid design, load management and renewable fuels are critical elements to consider as power levels increase to support AI. The market is also evolving rapidly: new solutions are being developed that increasingly rely on AI to optimise their effectiveness, making AI part of the solution as well as the challenge. Perhaps the most essential principle for tackling these issues is understanding power requirements intimately, from prime power and load-stepping to backup fuel choice. The journey towards AI readiness is about more than keeping up with technological advancements, it's about building innovative solutions that are scalable, sustainable and capable of supporting the industry in the long term.
Yahoo
29-05-2025
- Business
- Yahoo
Baker Hughes to Supply NovaLT™ Gas Turbines for Frontier Infrastructure's U.S. Data Center Project, Delivering 270 MW of Reliable Power
Baker Hughes will supply 16 NovaLT™ gas turbines for data center projects in the U.S. Award builds on the collaboration announced in March 2025 between Baker Hughes and Frontier HOUSTON and LONDON, May 29, 2025 (GLOBE NEWSWIRE) -- Baker Hughes (NASDAQ: BKR), an energy technology company, announced Wednesday an award from Frontier Infrastructure Holdings ('Frontier'), a Tailwater Capital LLC portfolio company, for 16 NovaLT™ gas turbines to power its data center projects in Wyoming and Texas, delivering up to 270 megawatts (MW) of efficient, reliable power. As part of the award, Baker Hughes is supplying Frontier its NovaLT™ gas turbine technology and associated equipment, including gears and Brush Power Generation four-pole generators, to power dedicated energy islands at Frontier's behind-the-meter (BTM) power generation sites. The order builds on a March 2025 agreement between the two companies to accelerate large-scale carbon capture and storage ('CCS') and power solutions in the U.S., including the Sweetwater Carbon Storage Hub in Wyoming. "This award underscores our commitment to advancing sustainable energy development through reliable and efficient power solutions that cater to the diverse needs of the industry,' said Ganesh Ramaswamy, executive vice president of Industrial & Energy Technology at Baker Hughes. 'Leveraging our comprehensive range of integrated power solutions for Frontier's U.S. data center projects demonstrates innovative, scalable and lower-carbon technologies helping to meet the growing demand for power." The NovaLT™ gas turbine is a multi-fuel solution that can start-up and run on different fuels, including natural gas, various blends of natural gas and hydrogen, and 100% hydrogen, providing customers with the flexibility to adapt and meet their specific reliable and sustainable power requirements. With a comprehensive portfolio of diverse, reliable and clean power solutions, including hydrogen-ready turbines, geothermal, and cogeneration, Baker Hughes provides market-ready, efficient and flexible solutions for data center hyperscalers, project developers, packagers and end users. About Baker HughesBaker Hughes (NASDAQ: BKR) is an energy technology company that provides solutions to energy and industrial customers worldwide. Built on a century of experience and conducting business in over 120 countries, our innovative technologies and services are taking energy forward – making it safer, cleaner and more efficient for people and the planet. Visit us at For more information, please contact: Media RelationsChiara Toniato+39 Investor RelationsChase Mulvehill +1 in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
Yahoo
26-05-2025
- Business
- Yahoo
Trina Storage Earns Sixth Consecutive BloombergNEF Tier 1 Ranking in Q2 2025
Demonstrating Global Leadership with Integrated Capabilities and Bankable Solutions SHANGHAI, May 26, 2025 /PRNewswire/ -- Trina Storage has been named as the Global Tier 1 Energy Storage Manufacturer in BloombergNEF (BNEF)'s Energy Storage Tier 1 List for Q2 2025. This marks the sixth consecutive quarter that Trina Storage has achieved this prestigious recognition, underscoring its industry-leading energy storage system integration capabilities, global delivery excellence, and financial resilience. The BNEF Tier 1 List is widely regarded as one of the most authoritative and influential rankings in the energy storage sector. Its rigorous assessment criteria serve as an important reference for many financial institutions in commercial credit. Trina Storage's sustained presence on the list highlights its competitive edge in the dynamic energy storage market and reaffirms its positive contributions to the energy transition as a global leader. Trina Storage, a business unit of Trinasolar, is committed to becoming a global leader in energy solutions. Through long-term innovation and commitment, Trina Storage continues to make significant achievements in energy storage solutions worldwide. In February 2025, Trina Storage, in collaboration with partners, announced the successful grid connection of the Tiln Farm Solar& Storage Project in the UK. This landmark project is playing a crucial role in propelling the UK's transition to sustainable energy. In April 2025, Trina Storage marked another breakthrough with offering a 371 MWh battery storage system in Houston, demonstrating its growing integrated capabilities in North America. According to Trinasolar's 2024 Annual Report, Trina Storage's battery cabinets and systems have been deployed across six major global markets, with cumulative shipments reaching 10 GWh—including over 2 GWh in Europe. With its expanding global delivery capacity, Trina Storage is expected to double the shipment in 2025, reaching 8-10 GWh annually. While making continuous achievements in the global market, Trina Storage has also drawn significant attention with its outstanding energy solutions. During the Intersolar 2025, Trina Storage revealed the Elementa 3 platform in Germany, featuring large-capacity battery cells. The solution redefines energy storage market with enhanced safety, higher returns, and adaptable configurations for diverse scenarios. Leveraging localized service capabilities worldwide, Trina Storage delivers flexible, high-value solutions that foster industry advancement while maximizing investment returns for customers. Looking ahead, Trina Storage remains committed to developing more efficient, reliable, and intelligent energy storage solutions, empowering global clients to accelerate the renewable energy transition and achieve sustainable growth. View original content to download multimedia: SOURCE Trina Solar Energy Development Pte. Ltd. Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
Associated Press
23-05-2025
- Automotive
- Associated Press
Elektros Unveils Groundbreaking Lithium Breakthrough in Sierra Leone - Powering the Future with Rare-Earth Excellence
SUNNY ISLES BEACH, FL / ACCESS Newswire / May 23, 2025 / Elektros Inc. (OTC PINK:ELEK), a distinguished pioneer in the realm of sustainable energy and advanced electric mobility, is proud to unveil a landmark progression within its esteemed Sierra Leone lithium initiative. This endeavor, emblematic of the Company's long-term vision and strategic foresight, heralds a new chapter of innovation and influence in the global energy renaissance. Having diligently secured vital permits and regulatory endorsements, Elektros embarks upon the preliminary development phase of its Southern Sierra Leone mining enclave. This meticulously planned operation underscores the Company's unwavering dedication to regulatory compliance, environmental stewardship, and operational excellence. Concurrently, Elektros has orchestrated an advanced logistics framework, ensuring seamless transportation and optimal distribution of lithium aggregates. 'Our unwavering mission to lead the charge in lithium innovation is deeply rooted in our commitment to excellence and progress,' proclaimed Shlomo Bleier, CEO of Elektros. 'This initiative not only affirms our presence on the world stage but also exemplifies our capacity to elevate shareholder value while supporting the indispensable transition to a decarbonized, electrified future.' As the global transition to electric vehicles intensifies, the demand for lithium has reached historic levels. Lithium is not just a metal-it is the irreplaceable heartbeat of the battery revolution. Every electric vehicle, from Tesla's trailblazing sedans to the luxury fleets of BMW, Mercedes-Benz, and Lexus, depends on lithium-ion batteries to power their vision of a cleaner, smarter tomorrow. Visionaries like Elon Musk, the founder and CEO of Tesla, have publicly underscored lithium's critical role in securing the future of electric mobility. Musk's relentless global pursuit of new lithium deposits speaks volumes about the metal's rarity and strategic significance. His leadership has catapulted lithium from an obscure commodity into a cornerstone of industrial innovation. As Tesla accelerates production across its Gigafactories, the world watches with urgency as supply chains scramble to keep pace with insatiable demand. Elektros, with its strategically aligned initiatives, now stands at the forefront of this seismic shift. Its presence in Sierra Leone is not merely an operational expansion-it is a declaration of purpose, a testament to resilience, and a symbol of 21st-century industrial leadership. Cautionary Language Concerning Forward-Looking Statements This release contains 'forward-looking statements' that include information relating to future events and future financial and operating performance. The words 'may,' 'would,' 'will,' 'expect,' 'estimate,' 'can,' 'believe,' 'potential,' and similar expressions are intended to identify forward-looking statements. Forward-looking statements are not guarantees of future performance or results and involve risks and uncertainties. For more details, please refer to the Company's SEC filings at Elektros, Inc. undertakes no obligation to update any forward-looking statements. Contact: Elektros, Inc. IR and Media Inquiries Email: [email protected] SOURCE: Elektros, Inc. press release
Sustainability Times
12-05-2025
- Science
- Sustainability Times
'Scientists Turn Trash Into Treasure': US Researchers Revolutionize Biofuels by Transforming Corn Waste into Affordable Sugar for Future Energy Needs
IN A NUTSHELL 🌽 Scientists developed a method to extract fermentable sugar from corn stover , turning waste into a valuable resource. , turning waste into a valuable resource. 🔬 The process uses mild chemicals to soften plant fibers, making sugar extraction more efficient and cost-effective. to soften plant fibers, making sugar extraction more efficient and cost-effective. 💰 Byproducts from the process can be used or sold, making the sugar competitively priced at 28 cents per pound. 🌱 The innovation could lower biofuel production costs, aiding the transition to sustainable energy solutions. In a groundbreaking development, scientists have devised a method to extract fermentable sugar from corn stover, an agricultural waste product that is typically left unused or tilled back into the soil. This innovation, spearheaded by researchers at Washington State University, employs a novel chemical pretreatment process that is both mild and cost-effective. By transforming corn stalks, husks, and leaves into a valuable resource, the team is paving the way for more sustainable and economically viable biofuel production. This could mark a significant stride in the quest for renewable energy sources. Corn Stover: A Treasure Trove of Potential Every year, after the corn harvest, fields across the U.S. are littered with residual plant material known as corn stover. Comprising stalks, husks, and leaves, this biomass is abundant but often underutilized. Traditionally, it is either left to decompose in fields or reincorporated into the soil. However, scientists have long recognized its potential as a source of renewable energy. The challenge has been finding a cost-effective way to convert this tough plant material into usable biofuels, primarily due to the presence of cellulose and lignin in plant cell walls. Researchers at Washington State University may have unlocked this potential with their innovative pretreatment process. By using a combination of potassium hydroxide and ammonium sulfite, they have managed to soften the fibrous structure of corn stover. This allows enzymes to break down the material into fermentable sugars more easily. Importantly, the method eliminates the need for expensive chemical recovery steps, making it both efficient and scalable. 'China Unleashes Power on Wheels': This 2MW Mobile Battery Truck Can Instantly Supply Electricity to 400 Homes With Jaw-Dropping Efficiency Turning Waste Into a Profitable Resource This new method holds significant economic promise. By utilizing or selling byproducts generated during the process, the resulting sugar can be marketed at a competitive price of just 28 cents per pound. This makes it comparable to imported sugar prices, significantly enhancing the economic feasibility of biofuel production. According to the lead researcher, Bin Yang, this process not only produces high-quality fermentable sugar but also generates fertilizer, which can replenish soil nutrients, eliminating waste streams entirely. This dual benefit of producing valuable resources and reducing waste positions the new technology as a potential game-changer in the biofuel industry. As Yang puts it, inexpensive sugar is the key to commercial success for new technologies that harness renewable biomass. Moon Power Becomes Reality as These Islands Harness Lunar Energy to Produce Electricity and Challenge the Global Energy Order Why Biofuels Are Important Biofuels derived from plant materials are crucial to the global transition toward low-carbon energy. Unlike fossil fuels, which release ancient carbon into the atmosphere, biofuels recycle carbon already in circulation. This makes them a more sustainable energy source. Despite their promise, high production costs have hampered the widespread adoption of biofuels like cellulosic ethanol, a clean alternative to gasoline. Innovations like the one developed by Yang's team could lower these costs, facilitating the integration of biofuels into transportation and industrial systems. By transforming agricultural waste into a profitable and sustainable resource, this technology may accelerate the move toward greener energy solutions. 'Toyota's Game-Changer Revealed': New Engine Runs Without Gasoline or Electricity, Set to Revolutionize the Entire Automotive Industry Pilot Phase Next for Energy-Efficient Breakthrough The study was a collaborative effort involving several prestigious institutions, including the National Renewable Energy Laboratory (NREL) and the University of Connecticut. Funded by the U.S. Department of Energy's Bioenergy Technologies Office, the project is set to advance to the pilot phase. According to Xiaowen Chen, a scientist at NREL, this next step will involve scaling the pretreatment technology to assess its viability on a larger scale. If successful, the technology could play a pivotal role in building a sustainable energy future by extracting value from what is currently considered waste. The findings from this research were published in the July 2025 issue of Bioresource Technology, highlighting the potential for this groundbreaking innovation to transform the biofuel industry. As we continue to seek sustainable energy solutions, the ability to convert waste into valuable resources may redefine our approach to renewable energy. How will these advancements shape the future of energy consumption and production? Did you like it? 4.7/5 (20)
