Practical Solutions
Centralized Supervision of Building Systems
Our Team can help you create an integrated, automated control interface for your facility’s critical infrastructure, including security systems, lighting, utilities, and HVAC, to create a safe, reliable facility. A centralized system can help alert personnel in the event of an unsafe situation, bridge data for improved decision-making, save money by optimizing utility usage, and maintain a controlled environment.
Centralized Monitoring & Control
System Integration & Upgrades
Greenfield & Brownfield Projects
IoT and Edge Computing
EPC Turnkey Solutions
Energy Optimization
Whether you operate a large office building, multi-family residential complex, campus, or industrial plant, energy & utility use and efficiency are a top concern. Many BMS/BAS systems are focused on monitoring energy use and production but leave data analysis and decision-making to the user. Should you bring the second boiler online, activate another cooling tower fan, or run a piece of equipment now or later during off-peak hours? Through our digital partnership with ABB, Hargrove can help you deploy solutions like OPTIMAX® to truly optimize your energy use and emissions using the power of AI, machine learning, and digital twins.
Improved Energy Efficiency
Increased Operational Awareness
Lowered Emissions
Better Planning
OPTIMAX® Energy Management System
Practical Solutions
Modern Building Management
Modern building management consists of far more than energy and utilities management. A modern BMS/BAS platform combines energy & utility management, video surveillance, security functions, fire safety, access control, and tenant environmental controls. Your BMS/BAS should provide:
Robust Suite of Reporting Tools
Billing Management for Tenants or Cost Centers
AI/ML Insights and Decision-Making
Remote and Cloud Access and Integration
Project Spotlight
Cooling System Assessment
An educational institution wanted to assess and upgrade its aging data center infrastructure, particularly its HVAC systems, which were approaching end-of-life. The project included an evaluation of the existing data center layout, heat load, and server capacities, and an evaluation of upgrade strategies for the hardware and infrastructure. A comprehensive design solution included thermal and electrical load calculations, BIM modeling, HVAC equipment design, and BMS/BAS controls. The project will position the university for the computational growth needs of the future and improve server reliability and heat management.
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