Powering Tomorrow: A Multi-Technology Roadmap for the Global Energy Transition
Key Takeaway
The global energy transition demands massive, diversified investment across multiple generation and storage technologies, coupled with significant workforce development, to meet surging demand and decarbonization targets by 2035.
AI Summary
- •Global electricity demand is projected to surge 40% by 2035, necessitating a rapid and comprehensive energy transition.
- •The energy roadmap requires significant advancement and deployment across a diverse portfolio including nuclear, geothermal, gas, offshore wind, storage, and fusion.
- •A substantial increase in skilled workforce is critical to build and operate the new energy infrastructure required for this transition.
- •This transformation marks the most significant shift in the energy landscape since the Industrial Revolution, presenting both challenges and opportunities for developers and large power consumers.
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Article Content
As global electricity demand surges 40% by 2035 and warming projections worsen, nuclear, geothermal, gas, offshore wind, storage, and fusion must all advance—along with the workforce to build them. The global energy landscape is undergoing its most significant transformation since the Industrial Revolution. Electricity demand is surging at unprecedented rates while the imperative to decarbonize […] The post Powering Tomorrow: A Multi-Technology Roadmap for the Global Energy Transition appeared first on POWER Magazine .