Posted on: April 12, 2022 Posted by: Jerry D. Pfeil Comments: 0

Internet, also known as the Internet of Everything (IoE), can refer to all aspects of the internet. However, most people don’t realize that terms such as the Internet of Energy (IoT) and the Internet of Things(IoT) are specific.

The internet is a global network of servers and communication links that allows us to access data and communications via our devices, including desktops, tablets, smartphones, and laptops. Information constantly flows from one place to the next. It’s easy to imagine an endless army of tiny file clerks moving from one point to another with information files. This is a great visualization of what the internet can do and how it works.

Although you may know what the internet is, how it works, and its various sectors, it can be difficult to grasp. This guide will help you understand the differences between the Internet of Energy and Everything. It will also explain why the Internet of Energy is important for you and the planet.

What Is the Internet Of Energy (IoE)?

The Internet of Energy (IoE), if you think of the internet as a cyber-universe, is a section of it that is dedicated to everything energy-related. The Internet of Everything is how people interact with each other and smart objects. Still, the Internet of Energy (IoE) refers specifically to the automation and upgrade of our energy infrastructure. This includes the power grid that runs from the grid operators to the energy producers and distribution utility.

The IoE permits the exchange of big data or energy information. Big data analytics provides grid operators, energy producers and distribution utilities with real-time energy consumption trends. This allows them to predict when and where energy demand will peak. Grid operators who monitor and control energy production and delivery can adjust the energy supply based on that data.

The IoE covers energy infrastructure, including energy production and delivery. Artificial intelligence (AI) is used in power plants and power distribution systems to use artificial intelligence (AI). This includes upgrading and automating appliances and metering at the point of delivery — in our homes. Smart meters and smart appliances and devices optimize energy supply, management, and use.

Smart grid technology (or the Internet of Things) is a component of the IoE. This allows power producers and distributors to monitor and deliver power more efficiently. Each segment can communicate with the other about the most efficient ways to deliver power from the point where power is generated to your home.

What is the Internet of Things?

The Internet of Things (IoT), a network of physical objects with embedded intelligent sensors and AI software, allows data to be exchanged and connected. It is a collection of smart devices that collect information and perform a function without human intervention.

Some examples the are:

  • Connected Appliances — such that a smart home can turn on lights and trigger the security system
  • Wireless inventory trackers
  • Biometric cybersecurity scanners
  • Shipping containers and logistical track
  • Wearable health monitors (e.g., FitBits, ECG monitors)

What is the difference between the IoE & the IoT?

The Internet of Energy uses the Internet of Things principles to give people the data to manage and optimize the power grid. The goal is to improve the autonomy of the power grid. The Internet of Energy is a network of IoT devices that allows the energy industry to manage and control energy generation and resources.

The IoE, a smart energy infrastructure, connects every point in the power grid, including generation, load distribution, storage and smart meters. The IoE helps the power grid operate more efficiently, with greater resilience and reliability. The IoE is not limited to a 2-way flow of information. It also allows for multi-directional information flow.

IoT in Energy Systems: How is it used?

The current smart grid can manage traditional energy sources such as hydropower and fossil fuels, but it does not allow for renewable energy sources like solar power or wind power. The IoT can help improve energy data management and optimize all grid processes.

The IoT will allow renewable energy sources like solar panels and wind farms to be integrated into the smart grid as climate change drives the development of clean and sustainable energy. This integration will expand the Internet of Energy. The goal is to provide sustainable, renewable energy that can be used immediately. Smart power is also the goal.

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