
Energy storage in 2026 and five keys to follow
Five strategic factors will redefine the expansion of energy storage in global markets during 2026.

Five strategic factors will redefine the expansion of energy storage in global markets during 2026.

Rotterdam is not talking about promises, but about infrastructure already under construction that connects hydrogen, CO₂, ammonia and zero-emission transport.

CHN Energy achieved full capacity connection of 200 MW Shahai wind power project in Liaoning

Green hydrogen supply is far from reaching the 2030 targets due to a shortage of mature projects.

Methanol, now technologically ready, continues to be held back by costs, uncertain regulation and lack of firm demand in shipping

AES Indiana activates solar energy center in Indiana with 250 MW and 180 MWh in batteries to reinforce security and energy transition.

Renewable generation is projected to grow at a faster rate than total electricity demand by mid-2040.

Network operators will prioritize the most advanced projects, abandoning the old first-come, first-served system.

AES Indiana begins operations at the Petersburg Energy Center, with 250 MW of solar power and 180 MWh of batteries, strengthening the electricity supply in Indiana.

Hydrexia validates maritime solid hydrogen transport with its MHX system, optimizing safety and costs in Asia.

Associations call for more wind tenders in 2026: ready projects could quickly reduce coal-fired generation and strengthen the energy transition.

The Port of Immingham begins commercial supply of biomethanol for shipping and opens a new stage in the UK's naval decarbonization.