Author: Anela Dokso

For much of the twentieth century, energy systems operated under vertically integrated utilities that planned, dispatched, and balanced power and gas flows under a single hierarchy. Liberalization in the 1990s dismantled these structures, replacing internal engineering coordination with fragmented interactions across generators, grid operators, retailers, and aggregators. Today, decarbonization multiplies the challenge, adding new vectors—hydrogen, district heating, and electrified transport—that must synchronize with an already stressed electricity system. The Oxford Institute for Energy Studies argues in its September 2025 paper that the binding constraint of the energy transition is no longer technology cost but coordination under complexity. The analysis highlights…

The Netherlands has awarded €551 million in funding to RWE for its planned 100-MW OranjeWind electrolyzer in Eemshaven, marking one of the largest single-project hydrogen subsidies issued under the SDE++ climate transition scheme.

Tesla’s Shanghai Megafactory, launched in December 2023 with the capacity to produce 10,000 Megapacks annually, has already built its first 1,000 units as of July 2024.

Yara Clean Ammonia has initiated construction of the Yara Eyde, billed as the world’s first container vessel designed to run on renewable ammonia.

Artificial intelligence is being framed less as a technological revolution and more as a national survival project. Yet even as the White House describes AI as a “new Manhattan Project,” lawmakers are still receiving primers on basic concepts.

Australia’s Fortescue Metals Group posted its smallest full-year profit in six years, reporting an attributable net profit after tax of A$3.37 billion for the year ended June 30, down from A$5.68 billion a year earlier and largely in line with analyst expectations of A$3.43 billion.

Exide Technologies has secured a new contract with an Italian foundry specializing in structural castings for the machine and energy sectors, deploying its Solition Mega Three large-scale Battery Energy Storage System (BESS) to support commercial and industrial (C&I) energy needs.

The UK is ramping up its energy transition with a £500 million (USD 672 million/EUR 580 million) battery storage platform aimed at delivering over 1 gigawatt (GW) of new capacity across the country.

Municipal solid waste is emerging as an unexpected yet strategic feedstock in Oman’s push to scale hydrogen production.

With a planned battery capacity increase from 2.2 MWh to 12.6 MWh, the Wasaline ferry Aurora Botnia is set to operate with the largest marine battery hybrid system currently in service. Wärtsilä, selected as electrical integrator for the project, booked the order in Q3 2025, with commissioning targeted for early 2026.