US electric grid

Hitachi Energy plans to double its US production capacity for small and medium-sized power transformers, according to Utility Dive. The expansion comes as American utilities face long lead times and shortages of grid equipment amid rising electricity demand from data centers and electrification, making domestic manufacturing capacity a growing point of policy and industry concern.

A new fuel cell technology is being reported as a possible way to relieve growing strain on the United States power grid. Rising electricity demand from data centres and electrification has put grid reliability in the spotlight, and fuel cells are being discussed as a cleaner, distributed source of backup and supplemental power.

More than 40 environmental and clean energy organizations, including Environment America, have signed a joint letter calling for improved utilization of the US electricity grid. The groups argue that making better use of existing grid capacity can speed the transition to clean energy without waiting for new transmission lines. The coordinated letter signals growing pressure on policymakers and grid operators to prioritize efficiency upgrades.

China has put 2,250kW ultra-fast electric vehicle chargers into commercial operation, while the fastest chargers planned in the United States for next year top out around 750kW. The gap highlights how far ahead Chinese charging infrastructure now is, capable of adding hundreds of kilometers of range in minutes, and is prompting debate about whether Western automakers and grid operators can close the widening EV charging speed divide.

The Trump administration has issued a national emergency order aimed at blocking risky foreign technology from the US power grid. The order gives the Energy Department new authority to restrict purchases of foreign electrical equipment deemed a national security threat. The move is being discussed in cybersecurity circles as a significant escalation in protecting critical infrastructure from foreign influence.

A bipartisan group of senators has introduced the Quantum-GUARD Act, a bill designed to shield the US electric grid from future quantum computing attacks. The legislation would direct FERC to assess quantum-related cybersecurity risks across the energy sector and encourage adoption of post-quantum cryptography. Supporters argue 'Q-Day', the moment quantum computers can break current encryption, demands preparation now.

The US Senate has rejected a bill that sought to address the rising electricity costs driven by AI data centres. Democrats criticised the legislation as lacking 'teeth' and are pushing for mandatory measures instead of the voluntary approach it proposed. The vote comes amid growing political tension over the energy demands of the AI boom and who should bear the resulting costs.

A Wall Street Journal opinion piece argues that the United States needs a coherent strategy for supplying the electricity demanded by artificial intelligence, whose rapid growth is straining the power grid. The debate centers on whether the country should lean on natural gas, nuclear, and renewables, and how quickly new generation can be built to keep AI data centers running.

Exus has acquired large-scale solar projects in Louisiana and Wisconsin from ibV Energy, targeting areas where data center expansion is driving electricity demand. The deal adds utility-scale renewable capacity in two US states that are becoming hubs for power-hungry data centers. The move reflects growing energy investment tied to the data center boom.