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Components of Energy Management System



Energy Management System

It is important for any commercial building to make smart energy decisions because it ultimately translates into their savings. This brings you to the two most recognizable capabilities and elements of energy management systems for commercial buildings– energy monitoring and control. Energy monitoring allows you to track your energy consumption at the device level. You can always buy standalone energy monitoring systems; they give you the additional benefit of energy control at the circuit level.

Have you wondered what makes these systems so capable of control and monitoring? To be capable of such efficiency and be considered a standalone building energy monitoring software, a few components must be incorporated. These include consumption monitors, smart panels, control apps, etc. The ultimate difference associated with these components is their location within the structure.

Consumption Monitors

Do you wish to keep track of your energy consumption regularly? You don’t need energy management software or a system to do so. Here is where the working of consumption monitors dwells. They are an integral segment of the overall energy management system. Consumption monitors can fit into many forms at different points and provide several layers of details.

In order to extract power from each drawn circuit, you need to connect it with smart panels at the circuit level. Additional monitoring devices can also be added to keep a track of the detailed data. These monitors use machine learning and artificial intelligence to gain knowledge about electricity signatures related to individual devices.

Smart Panels

Do you realize what the heart of an energy management system is? Innovative panels are the main component of the system that take two specific forms: one with replacing your current electrical panel or with the addition. When you need to upgrade your home’s electrical panel or probably install a solar panel, select a system that replaces your electrical panel. If you wish to reduce the overall cost and time of your management system installation, know your current electrical panel.

Smart Circuits

The control unit is differentiating between a standalone consumption monitor and an energy management system, and here innovative circuits take action. With these controllable circuits, you can remotely turn on and turn off circuits. Replacing your electrical panel with an intelligent discussion makes your circuit bright. But, if you wish to purchase an additional smart board, you can rewire your electrical panel. All you need to focus on is transforming your ordinary circuits to make them smart circuits.

However, one of these panels will not cover every circuit, so multiple add-on smart panel purchases need to be made to get control over every course. To control it on the device level, you can buy smart plugs to upgrade your electrical outlets and control them on your mobiles. Remember, depending on the energy management system, these may or may not be controllable with your app.


There are multiple meters with the same idea throughout. The overall functioning is operative through metering and submetering processes. The meter can be installed in the electrical box. It measures the energy management of the facility that is being consumed. Sub-metering is usually done in any energy management system. It is a more granular form of metering. And submetering is a process where the meter gathers information about particular plans stored in the facility to track the amount of energy being consumed by the source on its own.


Wired and wireless sensors are positioned to monitor certain areas while recording specific data sections. Sensors are an efficient planning source for the components of energy management systems. Here are some of the sensors you usually find with energy management systems.

  • Space temperature sensors are placed in the room’s center to communicate back to the server and the thermostat about the area’s temperature.
  • Duct temperature sensors are typically placed in air supply channels and the return ducts to measure the temperature. It diagnoses problems with specific units and determines the temperature being pushed out.
  • Water heater sensors: these sensors are kept at the water heater to make sure the temperature is appropriately heated to acquire health code specs.
  • Remote temperature sensors: they are wireless sensors responsible for monitoring food and preparing areas or minute places to reach. They gather temperature data and report them to the cloud, ensuring the food is appropriately compliant.
  • Photocell sensors: these sensors play a vital role in interacting with lighting. Photocell sensors are positioned outdoors; they communicate to the server about the amount of light present on the outside.

Bottom Line

Understanding energy management systems or building software is not rocket science anymore. Each of these components explained above can be integrated into your system distinctively depending on the choice of your system or vice versa. Still, when combined collectively, it forms a full-fledged energy management system.