If you are interested in knowing all about Building Energy Management Systems and their potential to improve the age of your building, this is the perfect post for you. So, without any further ado, let’s get started!

No doubt, buildings, whether any residential to commercial building structures are now an essential part of our urban landscape. Like any other building, these buildings rely on energy to function correctly. 

If you own or manage an older structure, it’s normal to believe that the energy efficiency of the building is low. According to research, business buildings waste around 30% of their energy. Unless you’ve taken steps to resolve this issue, your efficiency rating is correct.

Considering the amount of energy wasted, wouldn’t you think that using innovative technology that will help preserve energy in buildings becomes increasingly important?

This is where the Building Energy Mana System comes into play—offering a way to improve the present and the future. Are you interested in learning more? Good! Continue reading to learn about building maintenance, automation, and energy-saving details. 

What is a Building Energy Management System?

Buildings have many applications that need energy to function. Right? And to improve the energy usage of your building, you should link the energy-consuming outlets to a system that will collect information on how much energy you use and allow building management to control them.

The said technology is also known as the “building automation system.” It has undoubtedly changed the scenario of handling building management.

Also, a Building Energy Management System, or BEMS, is a collection of hardware and software solutions that helps organizations monitor, regulate, and optimize energy use within buildings.

The platform can monitor and control several building systems, such as heating, ventilation, air conditioning (HVAC), lighting, and other energy-consuming equipment. It inspects and improves building energy usage using data from sensors, meters, and other sources.

Key Components of Building Energy Management System

• Sensors: 

The sensors are the tools used to sense the environmental elements, including temperature, humidity, and air quality, while transmitting real-time data to the BEMS.

• Controllers: 

You need controllers to regulate and control various systems of buildings, including HVAC, lighting, and power.

• Data Analyst tools: 

This component involves analyzing data from an energy monitoring device. It finds patterns, trends, and opportunities for change if needed. The latest algorithms and software platforms optimize energy usage, find energy-saving opportunities, and design plans for better results.

• Monitoring and Analysis: 

BEMS additionally provides accurate visualization and reporting of energy usage, system performance, and other relevant data. This information helps to build managers recognize errors and take necessary action.

• Collaboration: 

Collaboration works to maintain smooth operations. BEMS will interface with other building systems, such as fire alarms, security systems, and elevators.

Building Energy Management is continuously helping to develop owners, operators, and users to improve control over energy usage, minimize waste, and increase energy efficiency by joining these above-mentioned tools. It helps to make better-educated decisions and put energy-saving measures in place. And lastly, contribute to a more sustainable and cost-effective building operation.

Advantages of BEMS

Until now, we’ve discussed how the BEMS helps reduce energy usage, how cost-effective it is, and how it improves operational productivity and sustainability.

However, there’s more to it than you can think. Hence, let’s look at some of the advantages of BEMS, shall we?

• Comfort is key: 

BEM produces a cozy and inviting environment. Think about setting the optimal temperature, lighting, and air quality. It’s like living in a pleasant safety zone where everyone is at peace.

• Equipment Durability: 

Building an energy management system improves your building equipment’s durability. You can now reduce the stress on equipment such as HVAC and lights by managing energy effectively. It’s the same as providing your equipment with a longer lifespan, saving you money on pricey replacements.

• Environment-Friendly: 

By environment- friendly we mean when you use BEM, you become an eco-warrior fighting for a better planet. You can help the environment by optimizing your energy consumption and trying to make mother earth a better place to live for future generations.

• Building Analytics: 

Using real-time data analytics, BEMS can give building owners and managers improved visibility into their energy consumption and control over their building systems. You can do business analytics through various business analytics software in today’s internet market.

• Increased property Value: 

Buildings with BEMS can have a better market value since energy-saving measures are becoming more popular with buyers and renters. Also, by decreasing energy expenses, BEMS will enhance operational cost savings and financial performance for building owners and managers.

Common Challenges And Solutions

Here are a few primary challenges you might face while establishing a BEMS. Also, don’t forget to check the solution of these problems.

1. BEMS can be advanced, requiring expert design, installation, and operating skills. Hence, to take full advantage of BEMS, you should invest in training and expertise.

Solution: A thorough understanding of building analytics software and technologies will benefit your property teams at all levels. You can make better and quicker building management decisions, enhancing your financial performance, lowering environmental impact, and improving customer experience.

2. Building management systems (BEMS) must be connected with current building systems and infrastructure. This might be a difficult task, especially if the building systems are old or were not designed to communicate with BEMS.

Solution: To face this challenge, you must achieve your advanced building optimization objectives with focused assistance from the market-leading team. Your team will work closely and cooperatively with you to find building efficiency.

Future Trends in BEMS

Future trends will push the idea of building management systems forward. It is an intelligent power system that exchanges real-time data to improve energy usage. You can now connect your buildings with IoT devices and sensor networks, providing all the data needed to make educated choices. Artificial intelligence and machine learning will make energy management easy. 

Conclusion

Building Energy Management (BEM) is an overlooked weapon for building efficiency and making things function smoothly. It’s all about optimizing energy consumption, conserving money, and being environmentally friendly. 

With BEM, you can reduce your energy amount and still provide everyone with a pleasant and comfortable environment. So, say goodbye to wasted energy and hello to a greener, more efficient future.