IoT and the Environment: A Greener World
Want to learn about how IoT is the future to a greener plant? Read more here about how connected devices can help reduce carbon dioxide levels and more.
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Today, the term "smart technology" has evolved surreptitiously — from being a technology that operates with its own predefined parameters that require minimum interference to something that enables green IT and environmental protection. Most of this smart technology is driven by the Internet of Things. These are devices that help us interact with our belongings like digital sensors, home appliances, and wearable smart devices. According to several analysts, while we still need to develop technology responsibly, a time will come when technology and environmental sustainability will go hand in hand, providing the need to develop interdependently.
When the concept of IoT was first coined, it came with the idea that billions of devices were needed to sense and collate data to enable a smart decision. These devices needed an energy of their own and it was expected to impact positively impact the environment. However, a further analysis made it clear that the benefits derived from these IoT devices and the overall technology will actually help promote a greener world. It is said that even the amalgamation of these billions of devices will only add a few power stations on the face of this earth. Many will also be built on the self-powered formula with solar, hydro, or other energy generation methods.
Let us have a peek at some of these IoT technologies that can actually further reduce negative environmental impacts and the corresponding carbon footprints:
A smart structure is the one that helps its occupants and stakeholders interact with the building via a smart power grid that they can automatically control. These structures will control the environment and features of the structure, like ventilation, heating, lighting security, etc. So, if the building is sparsely populated in the afternoons on weekdays, heating, lighting and water supply will be automatically reduced. Similarly, in case of energy or resource wastage, like water leaks, the devices can instantly update the maintenance crews. These smart automated decisions make smart buildings around the world a boon for environmental conservation.
Agricultural industry around the world has faced the repercussions of environmental degradation like no other. While agri-tech is trying to do its job, the inclusion of IoT in farming is changing the very nature of fields. Sensors are not only helping farmers to reduce waste but to also plan their farming activities better for utmost output from the least amount of resources. So, for example, when the weather is about to turn too dry and the crops’ yield could be damaged, sprinklers can start automatically or with the approval of the farmer. Similarly, when the moisture level in the soil is optimum, the amount of water used to hydrate the crops is reduced, saving both power and water.
Sophisticated sensors that can be mounted or carried around can eventually help in reducing pollution levels. These sensors measure the air quality and alert their users through apps about areas that they should avoid. But, besides this, they also raise awareness about high emissions and zones that need rapt attention by authorities, as well as the public in general. Motor traffic in these areas can be reduced on days when the emissions are too high and more measures can be taken.
Responsive, adaptive, and connected manufacturing processes are a flat-out answer to those smoke-emitting and waste-producing factories of the past. The supply chain has digitally transformed late shifting from linear operations to an interconnected system buoyed by a constant stream of data. This type of integration can not only raise productivity and reduce defective products, but it can also help utilize resources in the best possible manner.
Smart Data Processing
While devices are only one component of the Things network, the sheer volumes of data produced, transmitted, stored, and processed is another energy-consuming ballgame. However, with the advent of cloud technology, this can also be kept in check. Moreover, tech giants that have energy-efficient data centers are taking massive steps to reduce their carbon footprints. They are all trying to improve their green credentials by investing highly in renewables.
Thus, it is now possible to determine whether the highly connected lives of IoT are really green or not. The Global e-Sustainability Initiative (GeSI), an international consortium of tech companies and telcos, in 2015, released its SMARTer 2030 report, which suggests that ICT, including the IoT, will be able to save almost 10 times the carbon dioxide emissions that it generates by 2030 through reduced travel, smart buildings, and greater efficiencies in manufacturing and agriculture.
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