Latest news with #thermalstorage
Associated Press
2 days ago
- Business
- Associated Press
VIEWPOINT: Big Tech Just Saved Nuclear -Now It Needs Thermal Storage to Work
This is the second installment in Brenmiller Energy's 'Viewpoint' Series, which explores the infrastructure, innovation, and storage technologies needed to build a resilient, low-carbon energy future. TEL AVIV, ISRAEL / ACCESS Newswire / June 9, 2025 / The recent announcement that Meta signed a 20-year power purchase agreement to purchase roughly 1.1 gigawatts of energy from Constellation's Clinton Clean Energy Center in Illinois, the entire output from the site's one nuclear reactor, is being celebrated as a nuclear renaissance milestone. We see it as a catalyst. The deal not only saved a vital zero-emissions plant from potential closure but also signaled a new era of private-sector alignment with long-term energy planning. It also confirmed something we at Brenmiller Energy have been saying for years: clean energy generation alone is not enough. In an increasingly complex and electrified world driven by AI workloads and 24/7 compute demands, flexibility and system management-not just sufficient energy generation-are the constraints. That's especially true for nuclear energy. Nuclear energy delivers unmatched baseload stability; however, it was never built to handle dynamic, real-time load profiles created by today's technology-dependent world. That's the challenge Big Tech is now facing. It's also where thermal energy storage, including our bGen™ technology, can play a supporting role. Nuclear Wasn't Designed for What's Already Here Traditional nuclear reactors were optimized to run at full capacity, continuously. That model made sense in a 20th-century grid-when baseload demand was steady, and flexibility wasn't mission-critical. But today's energy reality looks very different: In this new energy landscape, nuclear power, despite its significant contributions, cannot deliver what is required on its own. Not because it lacks the power-generating strength but because it lacks proper management. That reality isn't going unnoticed. Deals like the latest one above prove that for nuclear power to be a truly viable solution to soaring energy demands, it needs a partner. Pairing it with proven thermal storage infrastructure-such as Brenmiller's bGen™ platform-can be an ideal solution, as it converts baseload into dispatchable power 24/7/365, enabling nuclear power to meet peak demand, fills volatility gaps, and integrates into modern, decentralized grids. Big Tech Understands the Stakes Meta's deal is not an isolated case. Google, Amazon, and Microsoft have all publicly committed to supporting the expansion of nuclear energy. Why? Because AI is rewriting the global energy equation. According to multiple utility forecasts, electricity demand from AI could exceed 400 terawatt-hours annually in the U.S. alone by 2030. These workloads are not just large-they're persistent and intolerant of downtime. The energy stack that supports them can't rely on hope, incentives, or balancing acts between wind and solar. It needs firm, clean, flexible, and managed power-a profile no single-generation source can satisfy on its own. This shortcoming is putting thermal energy storage in the spotlight for all the right reasons. And from our visionary approach to energy storage, Brenmiller Energy is uniquely positioned to capitalize. Once thought of as a niche focus is now a headline need. As important to the energy community, we're past the conceptual stages. Thermal Storage as the Nuclear Enabler At Brenmiller Energy, we've already proven that our thermal energy storage technology works at an industrial scale. Our bGen™ systems are deployed across Europe, Israel, and the United States, powering decarbonization, balancing renewables, and supporting off-grid hydrogen production in ways that align directly with the future energy stack nuclear must serve. Just as Meta is utilizing its energy commitments to keep nuclear plants operational, we believe energy buyers will turn to storage technologies to make those nuclear investments flexible enough to matter. Brenmiller Energy has the assets to make that happen-and we're executing it today. Moreover, we can mitigate the time spent on developing SMRs, which may or may not prove to be an efficient solution. Making the Grid Ready for AI-and for SMRs Constellation, the operator of the Clinton plant, has already indicated it may seek to install a small modular reactor at the site in the future. That would align with President Trump's recently signed executive orders calling for streamlined SMR permitting and domestic fuel sourcing. The key issue? SMRs, while more flexible than legacy reactors, will still need supporting infrastructure to unlock that flexibility at the grid level. Without storage, the same challenges apply: static generation trying to fit into dynamic loads. We can help overcome those challenges. Brenmiller's bGen™ platform offers a modular, shippable, and commercially proven storage solution that can absorb excess thermal energy and redeploy it on demand, enabling nuclear of any size to deliver on the 21st-century energy promise. An Energized World Needs The Right Infrastructure The energy world is evolving fast. And the return of nuclear is not a potentiality-it's already happening. But if we want nuclear to succeed in powering the digital world and its economy, it must be paired with enabling infrastructure that makes it adaptable, flexible, and future-proof. Thermal energy storage is that infrastructure. Without it, nuclear will remain a static asset in a dynamic world. With it, it becomes part of a flexible, scalable, AI-ready grid. And that's the kind of energy future we're building at Brenmiller Energy-one milestone, one deployment, and one inflection point at a time. By Doron Brenmiller, Chief Business Officer, Brenmiller Energy, a global provider of thermal energy storage solutions deployed across Europe, Israel, and the U.S. Sources: About bGen™ bGen™ ZERO is Brenmiller's TES system, which converts electricity into heat to power sustainable industrial processes at a price that is competitive with natural gas. The bGen™ ZERO charges by capturing low-cost electricity from renewables or the grid and stores it in crushed rocks. It then discharges steam, hot water, or hot air on demand according to customer requirements. The bGen™ ZERO also supports the development of utility-scale renewables by providing critical flexibility and grid-balancing capabilities. bGen™ ZERO was named among TIME's Best Inventions of 2023 in the Green Energy category and won Gold in the Energy Storage and Management category at the 2025 Edison Awards. About Brenmiller Energy Ltd. Brenmiller Energy helps energy-intensive industries and power producers end their reliance on fossil fuel boilers. Brenmiller's patented bGen™ ZERO thermal battery is a modular and scalable energy storage system that turns renewable electricity into zero-emission heat. It charges using low-cost renewable electricity and discharges a continuous supply of heat on demand and according to its customers' needs. The most experienced thermal battery developer on the market, Brenmiller operates the world's only gigafactory for thermal battery production and is trusted by leading multinational energy companies. For more information visit the Company's website at and follow the company on X and LinkedIn. Forward-Looking Statements This press release contains 'forward-looking statements' within the meaning of the safe harbor provisions of the Private Securities Litigation Reform Act of 1995 and other federal securities laws. Statements that are not statements of historical fact may be deemed to be forward-looking statements. For example, the company is using forward-looking statements in this press release when it discusses: that the Company's bGen™ system installation at Purchase College will reduce 550 metric tons of CO2 emissions annually; that TES modularity enables flexible and efficient deployment across diverse infrastructure; and that as more public entities prioritize net-zero transitions, scalable and proven solutions like our bGen™ can provide a suitable solution. Without limiting the generality of the foregoing, words such as 'plan,' 'project,' 'potential,' 'seek,' 'may,' 'will,' 'expect,' 'believe,' 'anticipate,' 'intend,' 'could,' 'estimate' or 'continue' are intended to identify forward-looking statements. Readers are cautioned that certain crucial factors may affect the company's actual results and could cause such results to differ materially from any forward-looking statements that may be made in this press release. Factors that may affect the Company's results include, but are not limited to: the company's planned level of revenues and capital expenditures; risks associated with the adequacy of existing cash resources; the demand for and market acceptance of our products; impact of competitive products and prices; product development, commercialization or technological difficulties; the success or failure of negotiations; trade, legal, social and economic risks; and political, economic and military instability in the Middle East, specifically in Israel. The forward-looking statements contained or implied in this press release are subject to other risks and uncertainties, many of which are beyond the control of the company, including those set forth in the Risk Factors section of the company's Annual Report on Form 20-F for the year ended December 31, 2024 filed with the SEC on March 4, 2025, which is available on the SEC's website, The Company undertakes no obligation to update these statements for revisions or changes after the date of this release, except as required by law. Contact: [email protected] SOURCE: Brenmiller Energy press release
Zawya
26-05-2025
- Business
- Zawya
Oman: Exploring the potential of sand batteries for the Gulf
In the global quest for sustainable energy, the spotlight often shines on solar panels, wind turbines, and lithium-ion batteries. But in the quiet town of Kankaanpää, Finland, a modest silo packed with sand is rewriting the rules of energy storage; offering a promising solution to one of renewable energy's most stubborn challenges: what to do when the sun isn't shining and the wind isn't blowing. The world's first commercial sand battery became operational in July 2022, the result of a collaboration between Finnish startup Polar Night Energy and local utility Vatajankoski (Polar Night Energy, 2022). The installation, a 7-meter-high steel container filled with around 100 tons of coarse sand, uses excess renewable electricity to heat air, which is then circulated through the sand, raising its temperature to about 600°C. The stored thermal energy is later used to supply the town's district heating network, warming homes and even a municipal swimming pool (BBC Future, 2022). Unlike conventional batteries, which store electricity, sand batteries store heat - a key advantage in cold climates where heating demand exceeds electrical use. The Kankaanpää system delivers 100 kW of heating power with a thermal storage capacity of 8 MWh, allowing energy to be held for days or weeks with minimal loss (Polar Night Energy, 2022). A second installation in Pornainen, southern Finland, is currently under development. Slated for commissioning in 2025, this larger unit will store up to 100 MWh using 2,000 tons of crushed soapstone, a byproduct of fireplace manufacturing. The system is expected to cut the town's oil-based heating use by over 60% (PV Magazine, 2024). The simplicity and sustainability of sand battery technology make it especially appealing. Sand is abundant, affordable, and thermally stable. Unlike lithium-ion systems, sand batteries involve no toxic materials or rare earth elements and operate without moving parts—minimizing long-term maintenance and degradation (NREL, 2024). Although the concept remains new, it is attracting global attention. The US National Renewable Energy Laboratory (NREL) has confirmed sand's potential for long-duration thermal storage, capable of maintaining high temperatures with minimal heat loss over time (NREL, 2024). Meanwhile, researchers in the United Arab Emirates have demonstrated that local desert sand can store solar energy at temperatures of up to 1,000°C, proving its viability for regional adaptation (Masdar Institute, 2017). So far, no sand battery projects have been deployed in the Gulf. Energy storage in the GCC remains dominated by lithium-ion systems, such as Saudi Arabia's 1,000 MWh battery at the Red Sea Project (Red Sea Global, 2023) and the UAE's Masdar-led 5 GW solar-battery hybrid system (Financial Times, 2024). Yet the Gulf's abundant solar radiation, readily available desert sand, and commitment to decarbonization position it well for future sand battery implementation. If adapted to local needs -particularly cooling- sand batteries could complement existing renewable strategies in the GCC. For example, thermal storage could be linked to concentrated solar power (CSP) systems or used in district cooling networks. These adaptations would support the region's goal of net-zero energy systems without relying heavily on imported battery materials. While commercial use remains limited to Finland, sand batteries offer an elegant, low-cost path forward, particularly for regions seeking seasonal energy storage solutions without the footprint of chemical battery farms. As Polar Night Energy's team puts it, 'the future of clean energy may not only be in the sky, but beneath our feet.' 2022 © All right reserved for Oman Establishment for Press, Publication and Advertising (OEPPA) Provided by SyndiGate Media Inc. (
