A Beginner’s Guide To Power Monitoring: Everything You Need To Know


Our power monitoring solutions keep you updated about how much energy you use, what your main loads are when you use electricity most frequently, how much it costs, and the quality of the energy you consume. The application of state-of-the-art hardware and software for energy monitoring to prolong the life and raise the productivity of your equipment while lowering your energy bills and usage is the first step of your efficient industrial automation solutions.

Discover here the best methods of energy monitoring and industrial and home automation.

Smart Energy Saver – Your Guide to Monitoring Power Consumption and Saving Money

In order to help energy-saving efforts, a power monitoring device is employed to detect and manage power use. Although electricity cannot be seen, it is a common and practical source of energy that may be used and transformed into heat, light, sound, or other forms of energy.

Here is your quick guide to becoming a smart energy saver:

  • Pick a dependable power monitoring system.

A good power monitoring system should offer a comprehensive picture of your facility’s energy usage. Power monitoring, which will give you meaningful and thorough energy knowledge, should help you be able to control consumption, improve efficiency, discover abnormalities in your equipment, reduce downtime and operation interruptions, and save costs in the long run.


The majority of power monitoring systems are wireless and self-contained. They offer extensive and up-to-date information on the site and circuit level health of your electrical system. Wireless power monitoring sensors can be used to keep an eye on practically anything that uses energy in your company, including gas, heat, and water equipment. Keeping an eye on your energy usage while also working out ways to reduce your energy and maintenance expenditures will be much easier with this.

  • Install your power monitoring system covering every device in the industry or household.

Your present operations and equipment are not interrupted during the installation of power monitoring systems which is best for businesses with industrial uninterruptible power supply operations. A cloud-based analytics platform, software, sensors, and a bridge make up an electrical energy monitoring system.

Each sensor in the electronic circuit is linked to the incoming wire of a circuit breaker. The sensors monitor the flow of electricity. Cutting cables or interfering with your staff’s work is not essential. The sensors send their data on power use to the bridge. The power meter sends measurements and details about the circuit level to the analytics platform via the bridge.


  • Monitor your electricity usage.

You will be able to observe all energy consumers in the home after your power monitoring system is implemented in your facility. This will also help you identify which of your appliances are phantom energy users and which ones are working according to a set timetable. You can remotely gather comprehensive reports from the software platform. These reports can help you uncover energy waste and support your efforts to reduce your energy and financial costs.


What is the difference between home and industrial automation?

Industrial automation is the use of robotics and computer software in order to enable autonomous systems in controlling equipment and procedures used in a variety of industries. Automation is used by businesses to increase output, reduce labor, employee benefit, and other related costs, while enhancing precision and flexibility. Industrial automation, expressed simply, is the mechanization of the commercial sector.

On the other hand, home automation simply refers to the automatic as well as electronic management of your household elements, appliances, and activities. Simply said, it means you can simply control the appliances and features in your house online boosting your convenience, increasing security, and even reducing household expenses.

Ultimately, we can characterize the two ideas as fundamental components of a functioning and developing society that can be used to lower costs and increase efficiency on a larger scale for industrial applications and a smaller one for domestic applications.


What are the types of industrial automation?

There are a virtually infinite number of potential applications for industrial automation given the current condition of exponential growth and a burst of technology advancements. Given that automation is the newest trend in business and the house, there are already countless examples of industrial home automation in various industries and disciplines, but here are some of the best ones.

Industrial automation systems are split into various categories based on their level of integration and adaptability in the operations and processes of manufacturing, which include:

  • Fixed Automation

Fixed automation systems are employed in settings with specialized equipment and high-volume manufacturing. The equipment is designed to operate efficiently with preset operational settings. The main uses for this form of automation are discrete mass production and continuous flow systems, including paint shops, distillation processes, transfer lines, and conveyors. All of these processes rely on automated technology to complete their predetermined and repetitive activities in order to achieve large production volumes.


  • Programmable Automation

Utilizing industrial automation basics for electronic control procedures, programmable automation systems enable flexible operation sequences and machine configuration. Reprogramming machine operations and sequences using programmable automation takes complex programming labor. Because production processes are rarely changed, programmable automation systems often have cheaper long-term costs. In settings with low work change and medium-to-high product volume, this type of system is frequently used. It may also be used in large-scale manufacturing facilities like paper mills and steel rolling mills.


  • Flexible Automation

Technologies for flexible automation are used in computer-controlled flexible manufacturing systems. Human operators offer high-level instructions in the form of electronic codes that identify commodities and their places in the system’s sequence in order to trigger automatic lower-level alterations.


A computer that is operated by a person gives instructions to all production equipment. Before starting the tasks that the computer has instructed them to perform, the instructions cause the necessary tools to be loaded and unloaded. After processing is complete, the finished items are automatically sent to the next piece of machinery. Flexible industrial automation is utilized in job shops and batch operations with a wide range of goods and low to moderate work volumes.


  • Integrated Automation

Total factory automation, or integrated industrial automation, entails coordinating all activities through digital information processing and computer control. It includes such technologies as:

  • Process planning with computers
  • machines that can be customized
  • computer-aided design and production
  • machine tools with computer numerical control
  • Control of production and scheduling using computers
  • Robotic automated material handling systems
  • Systems for automatic archiving and retrieval
  • Automated cranes and conveyors

A shared database can be used by an integrated automation system to connect business systems. In other words, it promotes the integration of management operations and processes through the full use of communication and information technologies. Such technologies are employed in systems for advanced process automation and computer-integrated manufacturing.


Benefits of Power Monitoring for Industrial automation

Using a power monitoring system in your industry will probably result in long-term cost savings for general energy consumption and maintenance, which you can prevent with the help of the solutions that a dependable monitoring system can offer.

Here are the top advantages of include a power monitoring system in your industrial automation that you should take advantage of:

  • Programmable resetting and power cycling of devices

With a power management system, tripping and resetting control units is easy.

  • Strategic power consumption and distribution

You may extend the life of your equipment and cut down on maintenance expenses by gaining visibility into dependability metrics.

  • Automate emergency power distribution and reporting

A power monitoring system enables you to streamline emergency power supply system (EPSS) reports for regulatory compliance.

  • Allocate complicated power distribution schedule

The allocation of energy costs is more precise when the software recognizes when the plant is operating at peak demand and then maps the contribution of each cost center.

  • Management and accessibility

By adopting a power monitoring system, a facility owner has a quick and easy option to proactively discover facility inefficiencies and significant energy users without having to go through a challenging building automation customization program.

All these benefits can be felt in the increase in profit and return on investment, decreased downtime in operations, and an overall increase in efficiency.


Benefits of Power Monitoring for Home automation

Home power monitoring technology has a lot of potential to help consumers cut their energy and financial bills. The following advantages can be rounded out of these advantages:

  1. Having knowledge of and awareness of how much electricity is utilized in your home.
  2. locates and locates the main electricity consumers, helping you to save a lot of money over the long run. Once you know which devices use a lot of energy, you can decide what to do about it.
  3. Take use of your smartphone’s easy access to real-time data. The vast majority of accessible home energy monitors come with a smartphone app.
  4. allows you to set or plan the system and take action on your household’s energy usage, which leads to total energy and financial savings.


Get started with power monitoring now!

Once you have that information, you can make wise choices about how to both strategically reduce your energy consumption and make the most of the power you are consuming. If you haven’t previously included energy monitoring in your business plan, you should do it right away.

A power monitoring system, like Schneider Electric’s Power Monitoring Expert or a comparable product, not only automatically collects data but also offers a vast library of templates and reports to assist you in data analysis. Visit https://www.se.com/th/en/ to get your power monitoring system started.

All living spaces benefit from smart home systems’ security, adaptability, energy efficiency, and comfort. With the help of innovation and home automation, every project will turn into a sound financial decision!


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