Green building automation is a great tool to help you to control the energy and comfort levels of your building. This is especially helpful if you are trying to retrofit a building. It will allow you to have a better understanding of how you are using your energy resources and how you can save more on your bills. You can also make sure that you are using the most efficient means of lighting, heating and cooling.
Intelligent building management system (BMS)
Building management systems (BMS) are a great way to optimize your building’s energy and occupant comfort while maintaining efficiency. BMS provide automated control of your building’s lighting, heating, ventilation, and air conditioning. It can also include safety systems, elevators, and access control.
A successful BMS can boost productivity, reduce operating costs, and improve occupant comfort. It also gives building owners the opportunity to make data-driven decisions that help reduce carbon emissions.
While building management systems have traditionally been costly, their technology has advanced. Today’s solutions are more affordable and easy to install.
Building management systems integrate a number of subsystems, including access control, elevators, and elevator controls, as well as a building’s lighting, HVAC, and electrical systems. Depending on the system you choose, you can control up to 80% of your building’s energy use.
Smart sensors are an ideal complement to your BMS, since they can collect a number of valuable information. Using IoT sensors, you can gather data on temperature, humidity, sound, light, and occupancy. You can then monitor the data and make intelligent decisions on how to reduce your building’s energy and maintenance costs.
A well-configured BMS will notify you when something is wrong. This includes things like critical alarms, which can be the beginning of a crisis. For example, you might find that your building’s air handling units have stopped working. When this happens, you will know right away, and you can then take the necessary steps to minimize the impact on your building.
In addition to reducing your energy and maintenance costs, your building will become more efficient. This means that your facility is a better use of natural resources and will be safer for your occupants.
If you are considering installing a BMS, you should consider your needs carefully. Some of the more common systems only regulate big energy users, and others may not be as robust as you need them to be. To get the most out of your investment, your BMS must be able to adapt to your business’ needs and schedule.
Internet of Things (IoT)
The Internet of Things (IoT) is a network of connected devices, sensors, and appliances that gather, analyze, and store data. It can be used in many industries. In buildings, IoT helps provide real-time data to manage building operations.
IoT can also help buildings use less energy and maintain a safe environment for occupants. By combining energy data with sensor data, organizations can reduce costs and improve customer service. Smart buildings can be equipped with IoT sensors to track lighting and temperature. They can be programmed to turn on the air conditioner when it becomes full.
With a system of smart sensors, IoT can detect occupancy, measure the level of CO2 in the air, and more. The sensors can then be used to ensure occupant safety, as well as improve air quality.
The use of IoT in green buildings has several benefits. For one thing, it can save money on maintenance, as it can identify and solve problems before they occur. Additionally, it can boost occupant comfort, as it can adjust the temperature and lights depending on how many people are on the floor.
The system can also reduce the need for human intervention. By automatically turning off unnecessary systems in rooms when they are not in use, IoT can make green buildings more eco-friendly.
An IoT-enabled smart building can be a smart investment. Not only can it reduce energy costs, it can increase convenience and property values.
IoT-enabled buildings can reduce the risk of cyberattacks and help protect against power outages. Real-time dashboards show updates and can help make key decisions. This can include adjusting maintenance schedules to match the building’s needs.
Getting the most out of IoT requires a wide variety of device types. These include IoT-powered meters, BMS, and sensors. Each of these is designed to collect and analyze data from various sources. However, there is no international standard for the compatibility of IoT-enabled devices.
Many companies are working to develop new solutions that allow people to take advantage of the benefits of IoT. Embue Remote is a smartphone app that lets residents control smart apartment building technology.
Develop your IoT solutions with IoT Worlds, contact us today.
Retrofitting an existing building
When it comes to energy efficiency, retrofitting an existing building is a relatively easy and cost-effective process. In fact, some green buildings have gained back their initial investment within just two years. It can be a good way to differentiate your property portfolio from your competitors.
One of the most important advantages of using retrofitting is that it helps reduce the environmental impact of your business. This can include lessened carbon emissions and ecological impacts. Energy-efficient buildings are also considered healthier, which can boost public health.
In addition, a retrofit can increase a building’s productivity, especially for occupants. There are also government incentives, such as tax credits, associated with energy retrofits.
Some of the common design parameters to consider are windows, HVAC, facade material, and orientation. However, the best solution is usually a trade-off among these factors. For example, installing windows is a relatively simple and inexpensive project, but insulation in walls requires a bit more work.
Similarly, improving the heating and cooling systems in a building can significantly lower the carbon footprint of the building. Other green retrofit strategies include solar panels and ground source heating systems.
Using computational BIM can increase the automation of decision-making related to green retrofits. BIM provides a centralized digital model that can assess a building’s environmental performance throughout its life cycle.
Additionally, cloud-based visualization can show how a particular retrofit is affecting the environment. Real-time dashboards can be used in public spaces to improve community awareness and compliance with new building standards.
The Internet of Things (IoT) can provide real-time data on a building’s energy use. Building owners can install more efficient HVAC equipment, better insulation, and management systems. These upgrades can greatly improve a building’s performance, and can be an economical solution for the long-term.
Finally, consider energy-efficient lighting. Most modern LED bulbs are designed to work with existing light fixtures, making installation a snap. Even simple tasks, such as replacing a fluorescent bulb, are now more economical to do.
While the benefits of using a green retrofit can be hard to quantify in terms of financial returns, they can have a major impact on your business.
