Learn About The Ways IoT is Helping Energize Power Plants

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The Internet of Things (IoT) is the net of smart devices, vehicles, buildings, and other things implanted with electronic equipment, software, sensors, and network connectivity that enable these devices to gather and share information.

As the world grapples with renewable energy, it is good to note that IoT can benefit power plants. Here’s a look at six ways IoT is energizing power plants.


IoT has made power plants fully automated and this has resulted in a new development: smart grids. A grid comprises wires, substations, transformers, and switches among other things and when everything is totally automated, as a result, it leads to increased efficiency. We now don’t need to employ actual peopl to monitor grids, collect data, and make the necessary changes.

There are also smart meters, which are embedded with chips, meaning that once again there’s no need for people to manage electricity meters. Awayt from increased efficiency in data collection, power plants can now react quickly to outages, malfunctions, and other customer-related issues.


An automated system means human labor is no longer necessary, thus saving money on wages and salaries. In addition, power plants don’t have to send a fleet of vehicles to inspect their installations, thus saving money on vehicle purchase.

Furthermore, they also don’t have to spend money on fuel, maintenance, and repairs, insurance and fleet management. Real time data can virtually be obtained, which provides efficiency and time-sensitivity. 

This gives the power grid an opportunity to fine-tune usage depending on customers’ real-time needs, which saves resources and conserves efforts. Power plants can now virtually respond in real time to issues, helping improve customer experience.


IoT can also be utilized to help improve the performance and uptime of turbines together with engines and compressors that drive them. The availability of power turbines can be improved through remote monitoring.

Through innovative sensors, control algorithms, and prognostic condition monitoring, power plants can now monitor and control their so-called smart turbines and be sure they’re working at peak condition and are always available. 

As a matter of fact, customers are seeing the benefits and are now demanding that their electricity providers ensure their systems are ready to handle an IoT system.


Take for example General Electric Power; they use analytics and optimization offered by IoT to decrease fuel consumption in its own coal-powered power plants by 67,000 tons of coal each year whilst still managing to maintain the same megawatt output. The end result is reduced emission of fossil fuel into the environment.

Performance and efficiency is also being improved upon by monitoring and analyzing data from over 10,000 sensor inputs, which assist plant operators to make better decisions regarding the operation of their power plants. 

By seamlessly improving efficiency, GE is able to reduce CO2 emissions and save our planet while continuing to provide customers with the same quality of service.


Using IoT, power companies are now behaving differently because they are optimized to generate electricity by reacting faster to fluctuating demand. In other words, a power plant can act similarly to a battery, providing electricity when it is needed. Instead of running a power plant at a fixed rate, a power plant can generate energy as it is required.

By having real time information about energy demands as well as projections of requirements for meeting anticipated demand, a power plant’s output becomes more valuable, which can run into tens of millions of dollars as the years go by. The value of such a company will also help increase as time goes by.


IoT is going to revolutionize the way we use energy. It will empower users with practical insights to help them better understand how they consume energy in real time, even up to the level of a small appliance.

Personalized recommendations can therefore be provided for each consumer based on the data gathered. We can then reduce the energy usage of idle appliances if we can change them off remotely, and this is based on data provided by our power company. In doing this, power plants can reduce energy demand, which has a knock-on effect of decreasing prices.

As power plants continue to embrace IoT, the future is bright as far as energy demand is concerned. The final result will be better services at cheaper rates. By embracing the Internet of Things, we will also be saving Mother Nature in the process.

Hardware and Software Design Leader in 4i Platform.
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