Building Management System Upgrade and Energy Efficiency Improvements for Commercial Facility
Background: A large commercial facility was in need of a comprehensive upgrade to its building management system (BMS) and energy efficiency improvements. The facility included a central plant, entry doors, and a 7-story parking garage. The mechanical, electrical, and plumbing (MEP) systems were in poor condition and were initially estimated to cost $4 million to replace.
Objective: The objective of the project was to design and implement a new BMS for the central plant and entry doors, upgrade the interior and exterior lighting to LED technology, and improve the energy efficiency of the parking garage. Additionally, the project aimed to find an innovative solution to the poor condition of the MEP systems that would save the property owner a significant amount of money.
Methods: Our team of engineers designed and implemented a new Delta Control BMS for the central plant and entry doors. Additionally, we upgraded the interior and exterior lighting to LED technology, which improved the energy efficiency of the building. To improve the energy efficiency of the parking garage, we installed Bluetooth-enabled LED lighting controls, which allow for remote monitoring and control of the lighting system. We also installed new CO2 exhaust fans with variable frequency drives (VFDs), which improved the building’s air quality and energy efficiency.
We were able to devise a plan to recommission the existing MEP systems instead of replacing them, which resulted in a savings of $3.6 million for the property owner. Throughout the project, we were committed to ensuring that all work was performed to the highest standards of quality and safety, and we were able to successfully deliver the project on time and within budget.
We were able to devise a plan to recommission the existing MEP systems instead of replacing them, which resulted in a savings of $3.6 million for the property owner. Throughout the project, we were committed to ensuring that all work was performed to the highest standards of quality and safety, and we were able to successfully deliver the project on time and within budget.
Results: The implementation of a new BMS for the central plant and entry doors, LED lighting upgrades, and energy efficiency improvements for the parking garage resulted in a significant reduction in energy consumption and costs for the property owner. Additionally, the innovative solution to the poor condition of the MEP systems resulted in a savings of $3.6 million for the property owner. The overall functionality and air quality of the building were also improved.
Conclusion: This project demonstrates the value of an innovative and collaborative approach to building upgrades and energy efficiency improvements. By thinking outside the box and utilizing the latest technology and techniques, our team was able to deliver a solution that not only met the objectives of the project but also resulted in significant cost savings for the property owner. The results of this project have a positive impact on the environment and the bottom line of the property owner.