UTILITY MAINTANCE SYSTEMS

Our AI Utilities Maintenance System incorporates a sophisticated array of sensors and a Programmable Logic Controller (PLC) coupled with a Supervisory Control and Data Acquisition (SCADA) system to monitor and manage the operational parameters of chiller units. detection. YOLO v5’s ability to process an entire image at once dramatically increases accuracy and speed, enabling real-time analysis. This integration has significantly enhanced object detection efficiency, proving vital across industries from manufacturing quality control to surveillance

FUNCTIONAL COMPONENTS:

CHILLER UNIT

The heart of the system, it manages the cooling process by circulating a coolant through a cycle of evaporation and condensation.

DATA SERVER

Data collected by the PLC is transmitted to a central server for processing and storage.

CIRCULATION AND PROCESS PUMPS

These pumps are critical for moving the coolant between the chiller, hot well, and cold well, ensuring efficient heat exchange.

HOT AND COLD WELLS

These reservoirs assist in temperature regulation, acting as sources for heat absorption and dissipation.

PLC & SCADA

The PLC reads inputs such as inlet temperature, outlet temperature, pressure, and load, while the SCADA system provides a user interface for monitoring and control.

APPLICATIONS OF THE AI UTILITIES MAINTENANCE SYSTEM

INDUSTRIAL FACILITIES

Ensures continuous operation of manufacturing processes by predicting and preventing chiller malfunctions.

DATA CENTERS

Maintains optimal temperatures for servers and IT equipment, critical for preventing overheating and ensuring system reliability

HEALTHCARE FACILITIES

Provides precise temperature control for medical equipment and patient care areas, where consistent cooling is necessary.

COMMERCIAL BUILDINGS

Optimizes the performance of HVAC systems to provide comfortable climates and reduce energy consumption..

PREDICTIVE MAINTENANCE

The crux of the service lies in the predictive maintenance module, which analyzes the data to forecast potential
system failures or maintenance needs. By doing so, it preemptively alerts maintenance personnel, allowing for
timely interventions that minimize downtime and extend equipment lifespan.

SERVICE BENEFITS

OPERATIONAL EFFICIENCY

By reducing unplanned downtime and extending equipment longevity, our system enhances overall operational efficiency.

COST REDUCTION

Predictive maintenance leads to cost savings by avoiding emergency repairs and reducing wear and tear on equipment.

ENERGY SAVINGS

Efficient chiller operation lowers energy consumption, contributing to a greener footprint and energy cost savings.

ENHANCED SAFETY

Proactive maintenance reduces the risk of catastrophic failures that could pose safety risks to personnel and facilities.