4 Ways In Which Technology and Sustainability Are Connected
Technology has a powerful potential to introduce the globe to more sustainable solutions and technologies.- Published by Kunal Chowdhury on .
Technology has a powerful potential to introduce the globe to more sustainable solutions and technologies.- Published by Kunal Chowdhury on .
Technology and sustainability are connected because technology brings the possibility and potential of mass incorporating viable alternatives to fossil fuels. However, some innovations already exist that can replace fossil fuels like oil. The problem lies in large corporations not taking the initiative to change their resources.
That shouldn’t discourage us from learning how technology and sustainability are connected through innovation. We’re going to take a look at the tech that exists right now that provides sustainable solutions for the future and for now.
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Pyrolysis refers to sustainable technology that generates renewable energy by using waste and organic materials. How does it work? It works by heating waste and organic material to produce oil and gas, for example. Pyrolysis effectively makes waste a useful source for producing energy and making gas and oil. Consider the following:
If we’re discussing the correlation between tech and sustainability, the process of pyrolysis and the tech that makes it possible needs to be mentioned. It’s quite alarming and questionable that authorities have not made this amazing technology more mainstream and widespread.
Another sustainable technology that proves the beneficial correlation between sustainability and tech is electric vehicles; however, it comes with a downside that needs to be mentioned: the manufacturing of electric cars needs a lithium-ion battery supply.
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Many experts and authorities are now questioning if the world has enough lithium resources to fund a global and widespread use of electric cars. However, it’s safe to say that electric cars are much better for our environment than oil-powered vehicles.
What else gives them the advantage? They’re generally more silent. They also don’t pollute the air as much as traditional vehicles. On top of that, they reportedly have a longer lifespan because they require less maintenance. So, is the switch to electronic vehicles the best option? We still need to remember that they need lithium-ion batteries to work, and most huge companies like Tesla source these from impoverished countries like Bolivia. An ethical dilemma emerges.
Hydrogen-powered cars seem to be an even better option, and there have been cases of the invention. However, it seems that they’re not as popular. From authority sources, it seems that there’s no resource for pure hydrogen on Earth, and the only way to produce it is by electrolysis, which requires water and electrical energy (they’ve found that they can use solar energy to make this happen).
However, its biggest obstacle seems to be the high costs it would take to build the inner parts of the vehicle, requiring resources like platinum. Although this is the case, we should still be wondering why this doesn’t get more funding and become more mainstream.
It seems that huge oil and energy conglomerates want all the profit and are unwilling to switch to sustainable sources.
A smart grid empowers a power grid by using hi-tech digital controls and communications. It is sustainable, efficient, and powerful. Smart grids are capable of providing two-way communication. This allows for reduced peak demand and better energy distribution.
Its capabilities go beyond that, however. Smart grids can adjust energy usage in real time by monitoring and analyzing the weather, renewable energy availability, and the whole lot. What does this do? It’s sustainable technology.
Because of their capabilities, smart grids can reduce waste, integrate solar and wind power into the power grid, optimize the use of energy, and ultimately decrease the dependence on fossil fuels.
Smart grids also work as a platform to provide charging infrastructure for electric vehicles. What does this mean? Smart grids allow power grids to have the power to handle the increased demand for electricity. With more people purchasing and using electric vehicles like Teslas, this tech is needed. Smart grids essentially prevent overload for the power grid.
Finally, smart grids make grid security better. Because of the technology’s capability of real-time monitoring, it can easily identify security threats and nip them in the bud. And because of their real-time analysis and monitoring, smart grids have improved data collection. They analyze large amounts of data on energy use. By doing this, smart grids can reveal where energy is wasted, and it can reduce that energy waste.
Sustainability and technology meet in smart home tech. Smart home tech helps reduce energy waste by automation of energy use. This empowers homeowners. Smart home tech can monitor energy use in real-time, just like a smart grid.
A lot of energy is wasted in homes, and by using smart home technology, we can all reduce energy use. This will simultaneously lower our energy costs and reduce our environmental impact. Smart home tech can even connect to other devices creating a harmonious and unprecedented efficiency between devices. Smart home tech usually comes in many forms and can create one digital ecosystem. You can connect appliances like smart lighting, smart thermostats, and so on.
An example of this is smart lighting, where lights turn off immediately when its sensors detect no person in the room, and smart lighting turns on when you enter. This is a practical way of reducing energy consumption by not having the lights on for too long.
Technology has a powerful potential to introduce the globe to more sustainable solutions and technologies. We are not even at the precipice of what is possible. We’re only at the beginning. It’s clear to see that if we use technology to advance areas that we need the most, a lot of positive impacts can be made.
We hope this article has enlightened you on this particular topic, and we do advocate sustainable practices. You don’t need hi-tech devices to waste less in the end.
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