Do you know how the way cities are arranged is likely to change in the coming years? Keep reading to learn about the incoming innovations in this field and their advantages.
One among the main points in the notion of smart cities is that sustainability is frequently taken into account: in order to build the cities of the future, in fact, we as a society must ensure that they are well put in place in the surrounding environment, and work in harmony with it, instead of against it. Initiatives like the GrowSmarter project have this sort of objective in mind, and the solutions established in this industry are frequently aimed towards a more sustainable life, which is one among the primary advantages of smart city projects. For instance, sourcing novel manners to implement green spaces and more trees in a city is a great way to naturally achieve cleaner air and far better insulation: innovative concepts such as vertical and rooftop gardens have been shown to insulate homes more effective without requiring power, and, at the same, time absorbing co2 through photosynthesis.
Automation has quite a big potential in terms of the features of smart city projects all over the world: for instance, traffic could greatly develop thanks to grid systems, which will come to be possible thanks to instantaneous and reliable network connections which are being introduced. This would contribute to more consistent public transport networks that collaborate well between different means, and, possibly, even the use of driverless cars, which are also getting closer to coming to be a reality. Organisations such as the Telecom Italia board have used their CSR branches to support invention and provide a platform for debate in this particular field. This is actually a space for innovation for different industries, from manufacture of vehicles to telecommunications: When looking into smart cities IOT, or internet of things, seems to be a crucial development in offering a reliable platform to link all the different discoveries.
Amongst the common features of smart city plans seems to be the idea of self-sufficiency, that is, the necessary resources being generated within the city itself. A nice example for this principle is power: renewable resources, for example, might be employed in the urban space, such as with solar panels on structures. This way, households and businesses alike would be able to generate the power they will consume at little to no cost, and will have a lower carbon footprint as well. Another element often mentioned at smart cities conference events is that of smart meter systems, something that the Drax board has taken into consideration; by monitoring usage on an individual household basis, resources can be distributed much more effectively and it will be easier for users to see how they can use them much more efficiently.