Internet of Things or IOT has already penetrated life everywhere across every recesses and facets in our daily living. As far as global market trends and device statistics are concerned we have seen a stupendous increase in the connected devices taking share in the global ecosystem of IOT gadgets. With the rapid growth and increasing penetration of IOT various aspects like the data security, question of accessibility, protocols for IOT implementation and collaboration on IOT data have become more important than ever.
While IOT is continuing to play important and often era defining role for many applications, energy apps are particularly being benefited through IOT. IoT for energy and utilities apps can be largely explained with constituent elements like hardware, software, services and connectivity. As of now hardware and services enjoy the most dominant position while software, services and connectivity make up the other three categories. Apart from this, when it comes to connectivity solutions, low power wide area (LPWA) is presently experiencing highest chances of growth.
Internet of Things (IoT) as the system of interconnected devices, machines, and interfaces makes each of the constituent part capable to identify and transfer data through an interactive network between humans. Thanks to IoT, devices, appliances and objects are equipped with embedded sensors, actuators and monitors and thus all these objects can communicate among themselves, allowing them to communicate. IoT as the connected reality is deployed in conjunction with both software and hardware and this involves a whole array of software applications like analytics, data analysis, etc., as well as a plethora of hardware elements like devices, sensors and actuators.
The energy sector and various industries are using IoT with a distinctly utilitarian motive. From oil and gas to water management, and electricity grid and supply management, all energy related applications are increasingly showing dependence on Internet of Things (IOT) technologies. This growing penetration of the IOT in energy sector alone explains the massive role of connected reality and internet of things for the energy apps.
Identifying the key aspects that are likely to have a bigger impact on the implementation and deployment of IOT in the energy sector should include the following considerations. There are both primary elements that have a direct impact on the IoT implementation in energy and utilities sector. Apart from that there are several indirect forces as well that can have a far reaching impact over period of time. The funding and financing of the IOT implementation in energy sector is equally an important consideration. Lastly, market trends visible in the sector coupled up with common end user demands and expectations from IOT in energy apps will help shaping the IOT services and apps for energy and utilities sector.
Finally, as we can understand energy sector is facing the technological challenge of coping up with latest devices and connected ecosystem, the new IOT led evolution of the sector can equally bring revolutionary results in regard to power saving manoeuvres as well.