Sure, but:
1. Those new ways of using energy themselves are highly dependent on energy-intensive factors as inputs. Steel, aluminium, copper, electronics, reliable power inputs, control systems, etc., are all the products of high-energy outputs.
When you realise that the Watt steam engine revolutionised manufacturing based providing a net total of 500 prime movers of about 10 HP each net power output, you start to recognise just how energy-contrained economic activity was.
2. The Solow Residual is, quite literally, just that. It's a statistical residual. Solow himself describes it as "the measure of our ignorance". Again: there is no basis to attribute it to "technology". Other than it forms an economically convenient theory.
3. The research I've mentioned is far more specific -- rather than just run a regression of capital vs. labour and handwave a declaration that All That Is Unexplained Shall Be Termed "Technology", it specifically considers the role of other factors, including energy. And, again: shows that that accounts for up to 98% of the residual -- an insanely high fit.
So long as we're talking factors of production, I've just learned, reading of and from Alexander Hamilton Church, who more-or-less invented cost accounting, that through about 1900, only labour was considered as a factor of production.
Somewhat amusingly, his discussion of factors other than labour focuses, almost exclusively, on the ability to supply mechanical power through engines. Go figure. 1910.
https://en.m.wikipedia.org/wiki/Alexander_Hamilton_Church
https://archive.org/stream/productionfacto00churgoog#page/n1...