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Speedy Technological Innovation – Not Dangerous Renewables Coverage – Key to Lighting our Power Future


From Local weather And so forth.

by Judith Curry

Framework for a strong transition of our vitality techniques.

Right here is the textual content of my newest oped for Australia’s Sky Information:

Australia’s fast transition of electrical energy techniques away from fossil fuels is introducing substantial new dangers to their electrical energy techniques.  A transition of the electrical energy system that produces much less dependable and dearer electrical energy acts as a tourniquet that restricts the lifeblood of recent society.

Makes an attempt to hurry up the transition away from fossil fuels by limiting the manufacturing and use of fossil fuels has backfired by making many nations reliant on Russia’s fossil fuels.  The Russian battle on Ukraine gives a stark battle between net-zero emissions objectives versus speedy wants for ample, dependable and safe vitality. European and different nations are combating insufficient pure fuel provides, after limiting manufacturing of fossil fuels in their very own nations.

In transitioning to cleaner sources of energy, we have to acknowledge that the world will want rather more vitality than it’s presently consuming – not simply in creating nations, but in addition in nations with superior economies.  Setting up, working, and sustaining low-carbon vitality techniques will itself require substantial quantities of vitality, with a lot of it presently derived from fossil fuels.  Rising adoption of electrical autos and electrical warmth pumps will enhance electrical energy demand.  Extra electrical energy may help scale back our vulnerability to the climate and local weather:  air conditioners, water desalination crops, irrigation, vertical farming operations, water pumps, coastal defenses, and environmental monitoring techniques. Additional, ample electrical energy is essential to improvements in superior supplies, superior manufacturing, synthetic intelligence, robotics, photonics, quantum computing and others which are presently unexpected or unimagined.

Within the close to time period, laying the muse for brand spanking new vitality techniques is considerably extra necessary than making an attempt to stamp out fossil gas use. This could concentrate on creating and testing new vitality applied sciences. There’ll proceed to be demand for fossil fuels over the approaching many years. International locations that limit fossil gas manufacturing won’t solely damage themselves economically. Paradoxically, limiting fossil gas manufacturing within the close to time period will really decelerate the vitality transition, which itself requires substantial quantities of vitality to implement.

The most effective use of the following three many years is to proceed to develop and check a variety of choices for vitality manufacturing, storage, transmission and different applied sciences that assist objectives of dependable, low-cost vitality whereas lessening environmental impacts and carbon emissions. A extra prudent technique is to make use of the following two to 3 many years as a studying interval with new applied sciences, experimentation and clever trial and error.

Close to-term targets for CO2 emissions, akin to 75% renewable vitality by 2035, drives the vitality transition in the direction of utilizing current applied sciences in methods which are counterproductive in the long run. The perceived urgency of constructing such a colossal transformation can result in poor choices that not solely harms the economic system and total human wellbeing, but in addition slows down progress on decreasing carbon emissions.

Speedy technological innovation throughout all domains of the worldwide vitality sector continues to speed up: long-distance transmission and sensible microgrids, vitality storage, residential heating, electrical autos and memorable progress in superior nuclear designs.  Completely different nations and locales will use completely different combos of those improvements primarily based upon their location, native sources, energy wants, and sociopolitical preferences.

Australia’s innovation within the vitality transition is the rapidity of implementing wind and photo voltaic vitality whereas displacing fossil fuels. In a rustic with low inhabitants density and ample wind and photo voltaic sources, Australia is appearing as a quick follower and contributing to the training curve for fast displacement of fossil fuels by renewables.  Nevertheless, Australia’s contribution to the worldwide studying curve is diminished as a result of few nations have the identical geographical sources.  Additional, the declining urgency of assembly emissions targets (Half I) devalues the worldwide studying curve related to the fast displacement of fossil fuels by renewables.

The problem is to make Australia’s efforts in the direction of transitioning to a 21st century vitality system supportive of its economic system and efforts to cut back Australia’s vulnerabilities to climate and local weather extremes.


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