T66 Central Utility Building (CUB) Control System ... · • Burner Management and Combustion Control for Boilers, ... Heat Recovery Steam Generators ... System Costs Reduce Risks
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Electrical Control Solutions • Emergency Load Shedding • Electrical Distribution Monitoring and Control • Demand Management Solutions • Demand Response Solutions
Central Utility Building (CUB) Balance of Plant (BOP) Control Solutions for reliability & energy optimization of: • Chilled, Hot Water and Steam production & delivery • Co-Generation • Burner Management and Combustion Control for Boilers, HRSG’s / Steam Generation
Industrial HVAC Solutions • Monitoring & Control of Temperature, Pressure and Humidity • Environmental Monitoring in Critical Environments (Clean Room Manufacturing) • Air Handler Controls and Optimization • Building Automation Systems
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Power & Energy Management Solutions (PEMS) – Focused Applications
Metering & Monitoring of Water, Air, Gas, Electricity, Steam & Production information to develop KPI’s to optimize resources!!
• Cooling Water • Cooling Tower Fans • Chilled Water • Hot Water
• Electrical Switchgear • Back Up / Emergency Generation • Instrumentation & Metering • Boilers, Hot Water Generators • Cogeneration • Heat Recovery Steam Generators • Gas Compressor Skids • SCR Skids • Water Systems • Building Automation Systems
Why PlantPAx for CUB’s?
Premier Integration of Balance of Plant (BOP) Systems:
• Reduce Risk of deployment – repeatability & expandable • State of the Art - Yet Simple • Robust / Reliable (MTBF / MTTR) hardware • Built in Redundancy “As a Standard not an after thought” • Long Term Support & multiple sources • Longevity of hardware and software • A system that is “open” & User Friendly to quickly: Monitor, Predict,
Alarm, Diagnose and Repair Failures • A Solution that is Energy Efficient • Components are easily recognizable and maintainable by plant
personnel and multiple 3rd parties • Deployed and viewed from multiple locations • Partner with a knowledgeable and experienced solution provider
• Optimize: • Central Utilities Building Operation
• Minimize: • Energy Usage in the Production of Thermal Water. • Production Costs by running in the most efficient manner possible • Downtime • Maintenance Costs
Interface with existing control systems Optimize the System Start / Warm Up / Synch / Load / Unload / Cool Down / Sequencing Direct control for diverter valves, High Temperature Water flow, heat
rejection, etc Supervisory Control of:
Heat Recovery Steam Generators Lube Oil Cooling Towers Water Treatment Fuel Gas Compressors