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What does IOT Mean? | What is IoT in simple words?

Topic – What does IOT Mean? | What is IoT in simple words?

Everyone is talking about the plant of the future, the Internet of Things Connected Plant but what challenges will the latest incarnation of the industry bring.

How it will affect businesses Organization of work and economy more broadly First we need to understand the broader scope.

Simply put, this is the fourth industrial revolution and like the previous three industrial revolutions, it is also inspired by an unprecedented change.

The scale of the advent of renewable energy is moving away from fossil fuels to large-scale energy, the digital revolution is shaping how we communicate.

And giving us new tools to do it, the way work and society in general is changing

Internet is the symbol of this industrial revolution, it is a driver and promoter of change.

Ubiquitous communication and data sharing is, in essence, the real-time networking that we engage in on a daily basis, whether it is around the block or with people around the world.

Now the industrial sector is expanding as well as energy management strategies are reaching maturity. Renewable energy is now part of the energy equation. Energy positive buildings are fast becoming common cities.

This fast-paced environment experimenting with smart grids is full of opportunities for industrial end users to reduce their production-related energy bills and building operating costs.

Whether it is for energy or for communication, the transition we are seeing now is characterized by a shift from the current centralized and vertical model.

Towards a horizontal production distribution and consumption model, where the Internet of Things comes when each person is connected to a machine manufacturing process unit and the service provider has direct access to all others.

But what the Internet of Things means to the industry means a completely new way of doing things, industrial models are changing from process design to production methods.

And the balance of power between customers and suppliers is also changing.

If the plant of the future is smarter and more agile than the plants of today, then what will happen is that the plants of the future will look like the plants of the future.

Industrial end-users, like today’s plants, will not begin to dismantle their plants to create new plants.

However they will integrate new capabilities that will address issues critical to competition from globalization.

Digital technology innovation and operational excellence and the energy transition to products and services with more added value will also add a new dimension with the advent of cyber physical systems in tomorrow’s factories.

Cyber ​​physical systems are widespread systems that are one of the convergence between energy and information technology that relies on the widespread use of connected objects. Software plays an important role.

Simulation and of course people remain central to production and facility management.

They have to interact with these systems and take more decisions than ever before. This change represents a formidable opportunity for industry software.

And devices with particularly powerful new simulations and augmented reality capabilities will open doors.

Prototype maintenance sales and new prospects in more high energy efficiency plants will become a reality, with a 40% reduction in energy losses over the next two decades.

Automation and robotics leverage industry-specific process knowledge to an extent will integrate independent decision-making capabilities and be able to coordinate with other tools to respond to production-related events.

Those who are smart and communicating will improve preventive maintenance product traceability quality control and energy management.

And to enable all these connected objects to talk to each other over a common language Ethernet / IP will make the proprietary protocol a thing of the past.

It will open the door to machine-to-machine communication cloud computing and big data for online services. Schneider sees electric smart plants as efficient green plants connected to the Internet.

Which is a fully Internet-based Ethernet / IP plant structure. There is a smart architecture for this smart plant.

Which we have been preparing for the transition to the industry associated with the past few times and our solutions can help your business to work towards the smart plant of the future.

So that it can lead to the next industrial revolution and development.

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