Consider these six benefits of automating your building's management system that you might be missing out on.
More and more property owners are interested in information that may provide a comprehensive picture of their facilities' systems, inventory, and potential efficiencies.
Most individuals start with installing a BMS (or similar system) in their structure. To get the most out of your smart building technology, however, you will need simple data and appealing graphics, neither of which you will get from a building management system. You'll need an analytics platform with robust data mining capabilities and actionable insights to maintain tabs on building systems round-the-clock, identify actual issues, and implement solutions without delay.
Contractors and engineers may better sell the value of BMS to their clients by using an intelligent building analytics platform, which in turn will lead to greater levels of automation across the facility.
Here are six ways that analytics improve the efficiency of automated building management systems
Building management systems (BMS) are becoming increasingly prevalent in both new construction and renovations as a result of the increasing importance of smart technology and energy efficiency to building owners.
Because of this, the BMS market is expanding rapidly. There is a wealth of information about a building's operations that may be gleaned through its management system. Many of the gains from automating building management systems are lost if the resulting data is not analyzed with precision. Creating data-driven initiatives that boost team and machine productivity is simplified by using a system that can be automated and includes features like an analytics dashboard and flexible reporting.
Six primary advantages elevate building management and automation to a new level and provide tangible value to customers when a BMS is combined with the appropriate analytics software.
1. Having a complete image
Focus on the big picture with straightforward, actionable results from an automated building management system with powerful data analytics, rather than wading through extensive lists of warnings and information. Analytics may provide, in particular:
Comprehensive, straightforward energy consumption statistics.
Access to current data on the state of the building's assets and machinery.
Having access to well curated data rather than a plethora of raw data. Through this, building management systems may adapt to the specific requirements of each tenant.
Facilitating the creation of individualized reports
One of the most important aspects of bettering facility operations is adapting reporting to match the demands of customers. The most effective data analysis tools will provide reports that:
Display patterns and your progress toward your efficiency objectives.
Proactively address potential issues and provide workable solutions.
Continually produced without human intervention and on demand
accessible through user-friendly interfaces, and distributed to the appropriate parties.
Incorporating smart data analytics into BMS systems allows for the generation of individualized reports that are both informative and simple to digest, highlighting problem areas and suggesting solutions.
Reduced complexity of the internal structure
By integrating an analytical dashboard into the BMS, many groups will be able to continue their data collection and analysis in real time. What you must know is as follows.
Indoor air quality
Whether or not the HVAC system is efficient
Conditions of light
Capacity Utilization Rate
Energy, water, and gas use
Combining field data with an analytical dashboard, a building management system creates a completely regulated, streamlined system that can:
Setting the sequence of alerts is essential.
Find issues that could otherwise go undetected and correct them.
Initiate corrective measures in advance of any breakdowns or repair needs.
Prevent inefficiency in the future.
Data analytics systems monitor the building's infrastructure to stave off bottlenecks, breakdowns, and dysfunctions in operation.
Increased working hours
Maintaining functional systems requires constant attention to the status of their assets and equipment. The building's integration, maintenance, and service teams all benefit from this. Some examples of primary and auxiliary systems are as follows:
Existing alarm systems for BMS
Power plants that produce electricity
Aeronautical and hydronautical gear
Information visualization dashboards for analytics help pinpoint potential points of failure and focus maintenance efforts there. This allows for significant insights to be gleaned from massive volumes of data, which in turn increases operational efficiency and reduces costs.
5. Additional methods for reducing utility costs
Information for smart building management systems and energy efficiency initiatives may be automated with the use of data analytics. The potential financial benefits have made this a popular option among building owners. Automation of heating, ventilation, and lighting systems has been shown to save energy use by as much as 30 percent, according to some estimations.
The use of intelligent analytics may improve energy and utility efficiency in a number of ways, including but not limited to the following:
Record energy use and provide reports on ways to save power.
Provide helpful airside analytics for HVAC, fan coil, and variable air volume systems, such as identifying times of day and months of the year when heating and cooling are inefficient and suggesting alternate schedules.
Tend to the parameters of your machinery.
Check for leaking valves
Regular building operations may reduce energy consumption and utility costs with the help of intelligent reporting and analytics.
Sixth, better service crews
Preventative maintenance visits are the foundation of the conventional maintenance approach. As a result of automated processes and data-driven analyses, maintenance may be enhanced by :
Eliminating unnecessary upkeep
A reduction in system failures may be achieved via efficient asset and equipment monitoring. Enhancing the effectiveness of service calls in the field to reduce the number of required maintenance crews.
By tailoring maintenance schedules to meet the specific needs of each building, managers can be certain that their workers will have the resources they need to address any legitimate problems that may arise.
Implementing analytics-driven BMS automation
Property managers must have access to a building management system. However, having a BMS without data analytics means you'll have a lot of data to process, which might end up being more of an issue than it's worth. You can organize, mine, prioritize, and use this data properly using a smart building management system designed to enable analytic dashboards and reporting tools.
When it comes to cutting-edge facility management, a comprehensive solution like CloudApper facilities is an excellent option.
CloudApper infrastructures provide valuable, digestible data and uncover means through which teams and tools may function more effectively. Contractors and end users alike may benefit from sophisticated data analytics with this no-code solution without the need for in-house programming expertise or a large financial investment in additional technical resources.
Because CloudApper is a no-code application, customers may simply add their own analytics to the solution to make it their own. By using CloudApper to create a unified and cost-effective application for growing data analytics, facilities may transform data into actionable insights and make them accessible to all users.
When analytics are used to BMS automation, the benefits to building owners and facilities managers are substantial. The appropriate technology make buildings more convenient to maintain, less costly to power, and more valuable.