Titlebook: ENERGY 2040; Aligning Innovation, Deepak Divan,Suresh Sharma Book 2024 The Editor(s) (if applicable) and The Author(s), under exclusive lic

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ghtly so that regulated utilities and the technology suppliers can work together, using existing grid assets to the extent possible, and augmenting them with additional layers of twenty-first-century clean technologies, so as to ensure a smooth transition to a desirable future energy system. We want

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K. Middeldorf,H. Nowack,A. Fischer,H. Harigzation and climate change will have both been addressed because we did the profitable thing, and it was also the right thing to do for society, and for our planet. We have a once-in-lifetime chance to align our efforts for economic growth and climate change, by harnessing the forces of innovation, a

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,Historical Perspective on Energy (4000 BCE–2000 CE),he solutions were being devised). By 2000, this had substantially changed. Scientific knowledge now provided the underpinnings of discovery and innovation, and the ability to predict and model/simulate phenomenon and behavior that simply could not be done without this knowledge. Further, today, expo

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Energy in the Twenty-First Century: Projections from 2000 Are Totally Wrong!,, computing, medicine, finance, manufacturing – and all at the same time! Is it just coincidence or are there underlying common factors? In the case of energy, has most of the change already occurred, or is this a new paradigm that we have to adapt to? Unless we understand the underlying factors tha

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,The Next 20?Years—Utilities Get Ready for Decarbonization, but it may also be unknowable. How do we plan for such a future, how do we make investment decisions, what actions do we take today, and how do we course correct when we have to adapt to unexpected realities on the ground? Finally, we need to ask the question that as these new technologies take us

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Getting to a Desired Energy Future: ,ologies available in research labs today, and if those could have an impact by 2040? With emergence of these fast-moving exponential technologies, the traditional processes of tech transfer may be challenged. Also, who is doing the work needed to accelerate the translation? As we shall see in this c

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Accelerating Commercialization of Energy Innovations,resent the tip of the iceberg, and that there are likely thousands of other promising technologies that are stuck in an “innovation logjam” in our research labs and centers. We explore new mechanisms to accelerate the transition from “science to impact at scale” for new solutions that can address th

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