Author: Arnes Biogradlija

A key indicator of Germany’s hydrogen ambitions has dimmed: despite a national target of 10 GW of installed electrolyser capacity by 2030, just over 1 GW has reached final investment decision. Germany’s H2UB Boxberg initiative, announced in April 2024, aimed to repurpose decommissioned lignite‑fired units into Europe’s largest green energy hub. The project centred on a modular “flexibility power plant” concept: an initial 110 MW PEM electrolyser converting surplus wind and solar power into green hydrogen, complemented by large‑scale battery storage and hydrogen‑fired turbines to supply firm, around‑the‑clock power. In June 2025, LEAG confirmed it was “postponing plans for hydrogen production in Boxberg…

An abrupt exit by Queensland’s state‑owned Stanwell Corporation has abruptly halted what would have been Australia’s largest green hydrogen facility, underscoring how shaky economics and wavering offtake commitments are forcing a strategic retreat across the nation’s nascent hydrogen sector. The Central Queensland Hydrogen Project (CQ‑H2) had envisioned an initial 720 MW electrolyser array producing up to 73,000 tonnes of green hydrogen annually, with plans to scale to 2.88 GW for over one million tonnes per year. Total capital expenditure was pegged at roughly AUD 12.5 billion (USD 8.2 billion). Yet in a terse statement on July 1, 2025, Stanwell confirmed it was “discontinuing its involvement in the CQ‑H2…

Inner Mongolia’s latest approval of a 1,000 MW integrated wind-solar-to-hydrogen project marks a structural shift in China’s hydrogen policy execution, as it simultaneously pioneers renewable hydrogen production and long-distance pure hydrogen pipeline transport—an infrastructure blend still rare even by global standards. The Damao Banner project, led by Huadian Power via its subsidiary Inner Mongolia Huadian Huayang Hydrogen Energy Technology Co., Ltd., reflects a calibrated push by the Chinese central and regional governments to close the gap between hydrogen production potential and practical deployment. Totaling over 6.76 billion yuan (USD 930 million), this project is the first in Inner Mongolia to…

By mid‑2025, the Senate’s GOP majority had every reason to trumpet a legislative victory: a 940‑page reconciliation package promising permanent tax cuts, beefed‑up military spending and border security, all wrapped in President Trump’s “One Big Beautiful Bill.” Yet buried in that ostentation lies a far darker reality: the near‑obliteration of America’s clean energy future. At the heart of the uproar are the dramatic rollbacks to the Investment Tax Credit (ITC) and Production Tax Credit (PTC) for wind, solar and storage projects. A recent analysis shows the Senate version phases full‑value credits down to zero by 2032—shrinking support from 100 percent today…

By 2024, the global sodium-ion battery (SIB) research ecosystem had generated over 15,600 peer-reviewed publications—an exponential growth from fewer than 10 articles annually just two decades prior. This surge reflects not only scientific interest but also rising industrial urgency to find lithium alternatives amid volatile pricing and geopolitical constraints. A new scientometric review by Qahtan et al. provides the first comprehensive data-driven mapping of the SIB field, revealing both deep-rooted challenges and underexploited opportunities that will shape the trajectory of scalable energy storage. Material Abundance, But Technological Gaps Sodium, the sixth most abundant element in Earth’s crust, boasts a global…

In power systems with high shares of renewables, traditional inertia is vanishing. The surge in global renewable energy penetration—23.2% of power generation as of 2019 and climbing—has outpaced grid modernization efforts, creating a widening gap between power generation variability and system stability. This shift has elevated energy storage systems (ESSs) from supportive infrastructure to a central pillar in grid frequency regulation—a role previously dominated by conventional rotating machinery. Frequency Instability: A Consequence of High Renewable Penetration As synchronous generators give way to inverter-based renewable energy sources (RESs), system inertia, which historically dampened frequency deviations, is plummeting. The result is a…

As geopolitical tensions increasingly reshape global supply chains, Eve Energy’s $1.2 billion expansion into Malaysia signals more than a simple capacity boost—it reflects a broader strategic recalibration among Chinese battery manufacturers seeking to derisk export routes and regionalize production. The company’s announcement on June 27 to scale up energy storage battery production in Kedah State positions Malaysia as a rising node in the global energy storage value chain, but also raises questions about long-term competitiveness, localization, and trade policy exposure. Southeast Asia’s Rising Role in Battery Manufacturing Eve Energy’s project, set to occupy 484,000 square meters in Kulim City and…

The delivery of the first major project cargo to Duqm marks a quiet but critical milestone in Oman’s bid to become a global player in green hydrogen and ammonia. On the back of rising demand for zero-carbon fuels, the arrival of oversized plant equipment signals more than just construction progress—it underscores the intensifying competition across the Gulf to monetize renewable resources through export-oriented hydrogen value chains. Heavy Cargo Arrives Ahead of 2027 Commissioning Last week’s delivery, orchestrated by Khimji Ramdas Shipping, included 14 packages of heavy-lift equipment, among them a single component weighing 120 metric tonnes. The cargo was transported…

For over four decades, Greg Vezina has been warning that we’re backing the wrong horse. As CEO of Hydrofuel Canada, his message remains unchanged: ammonia is the real clean fuel, not hydrogen, not batteries, and not biofuels. In a world awash with climate pledges and costly techno-optimism, Vezina’s claim stands out: “We can produce ammonia fuel at a quarter of the cost of green hydrogen — and make it safer, cleaner, and cheaper than diesel.” WATCH THE FULL INTERVIEW HERE It’s not a fringe theory. With his MAPS (Micro Ammonia Production System) tech now at pilot-commercial scale, Vezina is betting…

As the global green hydrogen industry pushes toward industrial-scale deployment, technological efficiency at high pressures is emerging as a key competitive differentiator. Thyssenkrupp Nucera’s latest acquisition—select assets from bankrupt Green Hydrogen Systems A/S—signals a strategic move to consolidate expertise in pressurized alkaline electrolysis, aiming to eliminate one of the most energy-intensive steps in hydrogen handling: compression. Strategic Rationale Behind the Deal Thyssenkrupp Nucera’s acquisition, pending regulatory and administrative approval, targets core technological assets including intellectual property and a functional test site in Skive, Denmark, where Green Hydrogen Systems had demonstrated its 35-bar alkaline electrolysis platform. According to Nucera CEO Dr.…