The Importance of Real Time Energy Monitoring in Building Performance

The Importance of Real Time Energy Monitoring in Building Performance

The Importance of Real Time Energy Monitoring in Building Performance

real time energy monitoring

Understanding energy usage is the key to becoming more conscious of how and where we are spending our resources. Real-time energy monitoring provides a unique lens into this process by measuring, analysing, and reporting the consumption of energy, enabling an instantaneous insight of wastage and inefficiencies in buildings or facilities that otherwise might go unnoticed - all while putting money back in your pocket!

Rising energy costs and the need for sustainable buildings have created a new urgency to monitor real-time energy performance. Through monitoring, building managers can recognise where improvements are needed in order to save money on bills and meet their green objectives – all whilst reducing operational carbon footprints!

Real-time energy monitoring can be a powerful tool in improving the performance of buildings, but what exactly is it? This blog post will explore this innovation and provide insight into why real-time energy monitoring is critical for efficient building management. We'll delve deeper into the real-time energy measuring benefits along with strategies on implementing them successfully.

Understanding Energy Monitoring

Are you aware of the potential for energy savings in your building or facility? Not many people are but through careful monitoring and analysis, it is possible to identify areas of wasted energy consumption and develop strategies to reduce costs. The monitoring process includes hardware, software and sensors to produce monthly tracking reports which allow businesses (and homes) to start measuring their power usage and plan towards cutting down on unnecessary wastage.

Types of Energy Monitoring Systems

There are several different types of energy monitoring systems available, each with its own unique set of features and capabilities. Some of the most common examples include:

  • Smart metre systems, which provide real-time energy consumption data to building managers
  • Building management systems (BMS), which integrate energy monitoring with other systems in operation , such as heating, ventilation, and air conditioning (HVAC) or security systems.
  • Energy management software, which allows building managers to analyse consumption data and develop efficiency strategies
  • IoT-enabled energy monitoring systems, which allow for remote monitoring and control of energy consumption.

Advantages of Energy Monitoring

Energy monitoring provides a range of benefits to building managers and organisations, including:

  • Cost savings on energy bills after areas identified of energy waste and inefficiency
  • Energy efficiency strategies can be developed from building analytics for further savings
  • Energy reduction goals met by reducing the building’s carbon footprint to achieve sustainability targets
  • Improving the overall performance of buildings by identifying and addressing issues with operational systems, lighting, and other equipment
  • Enabling remote monitoring and control of energy consumption through the internet of things
  • With real-time energy monitoring, building managers can now take a proactive approach to maintaining and operating their facility. The data gathered can be used for predictive maintenance - allowing them to schedule repairs before equipment becomes damaged or fails operationally. Taking this step results in improving the life of machinery as well as reducing costly downtimes!

Implementing Real-time Energy Monitoring in Buildings

Choosing the Right Energy Monitoring System

Choosing the energy monitoring system that best fits your building and its specific needs can be a daunting task. But, by gaining an understanding of how much electricity is consumed in each area of the facility - plus where savings can be made – selecting just the right device becomes easier. If only targeting one or two rooms, then submetering could do wonders for pinpointing usage levels; however whole-building monitoring systems are perfect when looking to keep track of overall power consumption throughout multiple areas within your property.

Steps for Implementing Real-time Energy Monitoring

Once you've identified the ideal energy monitoring system for your building, it's time to begin implementation. Start by gathering data on your building’s current power consumption - this includes utility bills and insight from your energy usage readings. From there, intelligent sensors and hardware need to be installed at strategic locations around the facility in order to gather key usage metrics. This raw information can then be scrutinised thoroughly so that any areas where savings are possible can easily be pinpointed. To keep things running smoothly, an effective maintenance schedule should also be established going forward which guarantees accuracy of continued sensor quality and reliable results over time.


Real-time energy monitoring unlocks valuable insight for building owners and managers on their operational performance. Through its implementation, buildings can dramatically reduce both costs and carbon emissions – creating a brighter future that's more sustainable. Investing in a system to track your energy usage is a step in the right direction for organisations who want to improve the performance of their establishments and consideration should be given to the implementation of this technology. Use our contact form for further information.