Building automation
and control systems
Universal Controls Solution offers a full range of services to meet all the building automation needs of our customers and partnering contractors.
Contact usTrusted by clients of all shapes and sizes
Leveraging Advanced
Building Automation
and Management Systems
In today’s fast-paced and efficiency-driven business environment, managing a facility effectively demands the integration of sophisticated systems. Our Building Automation and Control System (BACS) or Building Management System (BMS) services are designed to meet these demands by offering a seamless solution to optimize building operations and maintenance. Our systems provide centralized control of the building's heating, ventilation, air conditioning (HVAC), and other systems, ensuring a comfortable, safe, and productive environment.
Our BMS solutions also ensure compliance with evolving sustainability standards and regulations, providing peace of mind and future-proofing investments. By automating routine tasks, staff can focus on more strategic activities, increasing overall productivity and efficiency.
Our BMS solutions also ensure compliance with evolving sustainability standards and regulations, providing peace of mind and future-proofing investments. By automating routine tasks, staff can focus on more strategic activities, increasing overall productivity and efficiency.
Our Services
Universal Controls Solution offers a full range of services to meet all the building automation needs of our customers and partnering contractors.
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Engineering
Universal Controls, featuring an on-staff application engineer, delivers a range of project documentation including submittal drawings and as-built drawings, catering to both small tenant improvements and multi-year projects.
Service
UCS service technicians possess a robust mechanical foundation and regularly attend training sessions to stay informed about the latest advancements in control systems and mechanical fields, ensuring they remain at the forefront of industry developments.
Installation
UCS not only offers exceptional technical capability but also fields a robust, highly experienced boots-on-the-ground team capable of efficiently meeting a diverse and wide variety of specific, complex project requirements.
Programming
Universal Controls offers exceptional technical expertise in developing custom code, backed by our team's experience across various sectors, including mission-critical facilities, school districts, and commercial office spaces.
Analytics
Utilizing our relationship with KODE Labs, Universal Control Solutions offers excellent analytics. With KODE Labs software in an existing supervisor, the UCS team produces regular reports on system efficiencies, deficiencies, and points of failure.
Consulting
Effective project consultation is crucial for successful building automation. Our building automation consulting services ensure that your project is meticulously planned and executed, maximizing efficiency, and minimizing costs.
Projects we are proud of
Explore our showcase of standout projects that highlight the depth of our expertise and innovation. From complex, large-scale installations to highly specialized solutions, this collection reflects our commitment to excellence and our ability to meet diverse client needs with precision and efficiency.
Edgecore Data Facility
Mesa, Arizona
Invited to perform the programming work as well as assist as technical support to other aspects of the project Edgecore is an advanced system being the second of its kind in the United States.
Utilizing Phoenix Contact JACEs to monitor two redundant systems simultaneously the Edgecore system will provide a fully redundant chiller control system on a large scale with zero single points of failure.
Micron Technologies
New Longmont, Colorado Facility
Universal Controls had the opportunity to preform the controls installation for Micron Technologies’ new facility in Longmont, Co. A
Combination of comfort colling application and high end data center work, the Micron facility challenged our team with new experiences relating to integration with a series of chilled water supplied In Raw Coolers (IRCs) on a large scale, allowing us to hone our best practices.
New Biodesix, Inc
Louisville, Colorado Facility
Serving as an installing contractor once again at the new Biodesix facility in Louisville, Co, UCS was able to apply its technical capabilities with the complex design of this project.
Utilizing a venturi valve system with BACnet to Modbus integration these valves allowed for tight control of lab pressures and air circulation creating a high-level lab environment for the Biodesix team. This project allowed UCS to challenge and grow the technical capabilities of their installation team to compliment their technical team.
Frequently Asked Questions
A Building Automation System (BAS) is a sophisticated, integrated network of electronic devices that coordinates and manages the mechanical, electrical, and lighting operations within a building. This system utilizes advanced sensors and controllers to monitor environmental conditions and system performance, adjusting settings automatically to optimize the facility's operations. The primary goal of a BAS is to enhance the efficiency and operational performance of building systems, while ensuring maximum comfort and safety for occupants. It integrates various subsystems within a building, allowing for centralized management and easier maintenance, thus playing a crucial role in modern building management strategies.
By automating the management of heating, ventilation, air conditioning (HV as well as lighting based on real-time data such as occupancy and external weather conditions, a Building Automation System significantly enhances energy efficiency. This intelligent control minimizes the use of energy by adapting the building's systems to only operate when needed. For instance, lighting can dim or turn off when rooms are unoccupied, and HVAC systems can adjust according to the number of people in a space and the current weather conditions. Such dynamic adjustments not only reduce unnecessary energy consumption but also lead to substantial cost savings on utility bills and contribute to a lower environmental footprint by reducing greenhouse gas emissions.
A typical Building Automation System comprises several key components: controllers, sensors, actuators, user interfaces, and communication infrastructure. Controllers are the brain of the operation, processing data from sensors which monitor variables like temperature, humidity, light levels, and occupancy. Actuators then execute changes based on controller commands, affecting systems such as HVAC units or lighting fixtures. User interfaces allow human operators to interact with the system, providing inputs and receiving information, while communication protocols ensure seamless data exchange between devices. Together, these components form a cohesive system capable of sophisticated monitoring and control, enabling fine-tuned management of a building's internal environment.
Integrating a Building Automation System with existing building systems is not only possible but also beneficial, as it enhances the overall functionality and efficiency of the facility. Through protocols like BACnet, Modbus, and others, a BAS can connect with various subsystems including HVAC, lighting, and security, allowing them to communicate and operate more cohesively. This integration enables centralized control, simplified management, and enhanced operational insights, leading to improved efficiency and reduced operational costs. It also allows building managers to upgrade systems in stages, protecting existing investments while progressively modernizing the building infrastructure.
Remote monitoring in a Building Automation System offers several critical advantages, particularly in enhancing operational efficiency and responsiveness. Facility managers can monitor and control building systems from any location with internet access, allowing them to respond swiftly to changes or emergencies without being physically on-site. This capability is invaluable for large buildings or campuses with complex systems, as it enables quick adjustments, real-time troubleshooting, and proactive management. Moreover, remote monitoring can lead to significant reductions in downtime and maintenance costs by enabling preemptive maintenance and fast response to issues as they arise, ensuring continuous optimal performance of building systems.
A Building Automation System significantly bolsters building safety and security through continuous monitoring and automatic control of safety and security systems. It integrates fire alarm systems, carbon monoxide detectors, and other safety mechanisms to ensure rapid response to potential hazards, automatically activating ventilation systems or sending alerts as needed. Additionally, a BAS manages access control and surveillance systems, limiting entry to authorized personnel and maintaining secure premises. By centralizing control of these critical systems, a BAS not only protects the physical security of a building but also enhances the safety and well-being of its occupants.
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