Energy Transition Research

Observations

一

The cost of solar energy has fallen below coal in every major market, fundamentally altering the economics of new electricity generation worldwide.

二

Battery storage is emerging as the essential complement to variable renewables, enabling firm clean power delivery around the clock.

三

Hydrogen electrolysis efficiency improvements are opening pathways for decarbonising heavy industry and long-distance transport.

四

Community energy models in Scandinavia and Japan demonstrate that distributed ownership accelerates adoption and builds social resilience.

Generation economics, capacity factors, and integration challenges for variable renewable sources.

Battery technologies, pumped hydro, and emerging solutions for grid-scale energy storage.

Transmission infrastructure, smart grid technologies, and distributed energy resource management.

Green hydrogen production, transport, storage, and end-use applications across industrial sectors.

Carbon pricing, renewable mandates, and international cooperation frameworks for climate action.

Social dimensions of the energy transition, just transition principles, and participatory models.