Part of the job of a building automation system (BAS) involves monitoring and adjusting how a heating, ventilation, and air conditioning (HVAC) system reacts to changes in air pressure.
According to the Center for Sustainable Systems at the University of Michigan, in 2019 commercial buildings were responsible for consuming 18% of all energy used in the United States. And that number is growing; since 1980, the energy used in the commercial sector has nearly doubled. With energy costs rising and environmental concerns becoming more pressing, building owners are increasingly seeking ways to improve efficiency via building automation systems (BASs).
There are countless ways for commercial property owners to lower their building operating costs. These expenses can include property taxes, insurance premiums, utilities, upkeep of infrastructure like HVAC and other systems, repairs, renovations, or payments to contractors who contribute to the upkeep and operations of the structure. Reducing costs can be achieved through hiring expert tax accountants, renegotiating contracts, passing some of these costs on to tenants, or investing in infrastructure to reduce these expenses.
A building automation system allows for the control of a building’s operations through a central point, using automated means to manage HVAC, electrical, lighting, security, and other systems. These can vary in complexity, depending on the building type and primary objectives for installing it. But while each system should be customized for each building, there are basic elements the best building automation systems (BASs) have in common.
The evolution of building automation systems for hospitals comes as the Internet of Things (IoT) and other technologies have lowered the costs of automation and are opening up new opportunities for creating safe, healthy, and efficient environments.
We are painfully aware: hospitals are over-extended. With many moving parts, facilities management for a hospital is an essential role in ensuring maximum system-wide uptime. Now more than ever, building managers are looking to technology to support facilities managers deliver consistent, reliable, comfortable and safe spaces on a day-to-day, usually 24-hour basis. With these tips, you can create a blueprint for improving the way your hospital is managed and transform the way facilities managers work.
Building automation has long been seen as the key to solving three problems: improving energy efficiency, reducing operating costs, and improving the occupant experience. Over the past decade, the possibilities of automation have greatly expanded, spurring building owners and facilities managers to invest heavily in automation systems in both new buildings and legacy properties.
Building Automation System Integrators: How to Find a Partner That Can Provide Total Network Connectivity
The investment in a next-generation building automation system is no longer a luxury or even a differentiator: it’s a must-have. Tenants and occupants demand the convenience and health and wellness benefits that come from automated controls and management. Automation is key to reducing energy costs and increasing productivity, but only when features are integrated and used correctly.
Building management system vs. building automation system—is there a difference?
Even seasoned facilities managers may be surprised to find that building management system (BMS) and building automation system (BAS) are largely used interchangeably. Both terms refer to computer-based control platforms installed within commercial buildings that control and monitor mechanical and electrical equipment, such as HVAC, electric power systems, lighting, ventilation, and other core functions.