The debate for sustainable, affordable and eco-friendly energy sources has and will continue to be a sort after. It has been one of those inconveniencing fights in the developing part of the world. Unstable electricity slows production, high cost of alternative sources makes prices of goods and services to skyrocket. It has been one of those questions to be considered; how long will it take for a complete global revolutionalization to reach the globe. Till then, let me talk of where the demand for energy is of higher value.
I talked about the high demands of energy that awaits in the near future. This is not something to doubt, technology is sweeping in and everything is feeding into the energy system. We are seeing living cities when it comes to proper urbanization lighting. How far will this go? Ok, let me look off that sector and look into deep technology; AI, humanoids and robotics. I was considering in the last article how this industry will cope when the human workforce gets scrapped to its minimum. Yes, humans will remain as overall supervisor while humanoids will remain the foremen. note, I said, humanoids not robots; this means there is a difference in operation.
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The future will work with a combo or should I say adding up with the few needed human workforce a trio to pull out a future of a fast and efficient production line. Let us first address the question of humanoids. We can in few words say these are cloned AI. There have been worrying questions like will this invention become a future threat to human existence. Consider what a line of possessed robots would do to the global population. Trust me, humans would want to see such manifested proposals.
That was bytheway, we are looking at a workforce of energy upon energy. It was something I was looking at from the last article. AI can handle multiple jobs at a glance but that is not same with robots. I was trying to see if actually they could be a reduction in energy circulation. For instance, someone could hire one humanoid to do a multitasking job for him in the office. That would look easy for accounting, book keeping, customer service and several related things. ALL these are digital applications, what then happens in the physical workforce?
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Let's look at what happens in the automobile companies. How much energy does this industry consume? The megawatts consumption annually is much, we are talking of hundreds of thousands here. In short, the energy consumption is even said to be reduced over the session of two decades. I will be looking at the assembling sector. Let's say it take 15% to 20% of overall annual energy. So how does this feed in? Let's look at overall economic production. In the future of robot staged production, we will be looking at this applied in almost all industries. Robots will be producing, humanoids will be filling the gaps for necessary corrections.
This all boils back to how the global business activities will not be functioning properly without Enough energy inflow. I have talked about how this opens up opportunities for good shares in reputable energy energy companies. solar panel business is selling over here but still with lots of limitations, not enough capacity to sustain an entire building; or on the other very costly. The second one thing to consider is how seasonal changes can have effects.
To conclude, let me add, I am just trying to weigh how the workforce industry will look like probably in the Next two to three decades and how it will relate entirely with energy demands. Will we see an economy driven with doubled energy demands as compared to today. AI, humanoids or robots, they are all part of a consumption chain. Will this over consumption as I assume matter to global resource use; will sustainable energy be able to feed this entire big system? If no, it means many global uncertainties in term of climate and weather changes may be one of such disadvantages as we continue to burn more to keep this new working force goin.
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