‘Electrify everything’ hits the global stage
Global leaders at COP 31 proposed tripling electricity’s share of final energy demand to 35% by 2035, aiming to cut emissions and reduce fossil fuel reliance despite ongoing oil and gas price volatility.
At COP 31 in Turkey, organizers urged nations to adopt a goal of meeting 35% of global final energy demand with electricity by 2035, up from just over 20% today. The push requires widespread adoption of electric vehicles, heat pumps, and industrial electrification across sectors like steel and manufacturing. Supporters argue electrification accelerates decarbonization by improving energy efficiency and preparing grids for renewable energy integration as fossil fuel plants phase out.
Electrification offers dual benefits beyond emissions reductions, particularly in reducing reliance on imported fossil fuels amid volatile oil and gas markets. European and Asian countries have already responded by adopting electric stoves and vehicles to curb dependence on foreign energy sources. The European Union announced plans in July to increase electricity’s share of energy use to 46% by 2040, reflecting growing momentum toward electrification as a strategic priority.
The U.S. Senate advanced a bipartisan permitting bill this week with a 73-25 vote, aiming to expedite approvals for transmission, clean energy, and fossil fuel projects. The legislation faces further debate as Democrats seek to strengthen clean energy provisions and address concerns over fossil fuel incentives. Amendments are expected next week before the bill moves to the House, where Democratic opposition may complicate its passage despite Republican assurances.
Small modular nuclear reactors (SMRs) saw mixed progress this week as the U.S. Nuclear Regulatory Commission approved X-energy and Dow Chemical’s plans to build four Xe-100 reactors in Texas within 18 months. Meanwhile, Ontario Power Generation in Canada announced its SMR project, slated to be North America’s first, will miss its 2030 target and exceed budget, raising questions about the technology’s viability for large-scale deployment.