Few days ago while on a ski lift in Colorado during a snowstorm, I found myself pondering about a central topic: How complex is the Human Being?
Going up and down the slopes, at below freezing temperatures, I was constantly transforming energy. So Energy is about us and how we use it, right? If so the global debate on Energy changes abruptly.
Let’s go back to basic science: the first law of thermodynamics, also known as Law of Conservation of Energy, states that “Energy can neither be created nor destroyed; Energy can only be transferred or changed from one form to another”
If we estimate the impact on human beings of the first law of Thermodynamics, the analysis gets even more interesting.
Allow me, at first, to engage you with what I call the “Tesla Provocation”. With the growth in demand for EV’s something incredible happened: two forms of Energy are being reconciled.
Modern mobility does not need to rely on a complete separate chain of Energy transformations (from oil extraction to gasoline refinement and distribution) but can be managed with an extension of the power we use at home. Now, car makers can control the Total Cost of Ownership (TCO) of their vehicles instead of leaving clients wondering about the “price at the pump”.
Furthermore, the integration of SolarCity aimed at offering to the EV owners the possibility of generating her/his own “fuel”
Close to us
Let’s extend this thought, what if the feedstock for the power to drive our living/working environments and our vehicles would be generated locally, as close as possible to the point of use?
How much Energy is “used” (not wasted!!) to reach our homes, working places, plants etc. to travel along the gridlines? Are the gridlines a finite resource that could hinder the implementation of more adjusted solutions?
Furthermore, referring again to the first principle of Thermodynamics, what forms of Energy we disregard today which could otherwise be used?
Leftovers//Waste Paper//Waste Water//Rain//Wind//Sun//Human motion, just to mention a few.