Monitoring Management - Building Management System

Monitoring Management

The Monitoring Module is one of the most visible and functional components of the Building Management System (BMS). This module provides managers with a comprehensive control panel by monitoring the current status of all systems and devices within the building.

Critical data such as temperature, humidity, energy consumption, HVAC systems, security devices, fire detection and access control systems are monitored and visualized in real time.

Real-time monitoring accelerates fault and anomaly detection, allowing building managers to take rapid action. In this way, unnecessary energy consumption is prevented, security threats are detected, and comfort levels within the building are kept at ideal levels. This module, supported by data visualization tools, facilitates management processes with graphics, tables, and icons, and accelerates decision-making mechanisms.

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Monitoring Module

The Data Processing Module analyzes building data to provide managers with insights into energy consumption, anomaly detection, predictive maintenance, and device management. This increases building safety, efficiency, and sustainability, while saving energy.

Dashboards

Status Monitoring

Performance Indicators

Energy Monitoring

Incident Detection

Real Time Dashboards

It visualizes data obtained from in-building systems instantly with graphs, tables and visual indicators. This way, critical events such as energy consumption, temperature changes or security violations can be monitored on a single screen. The dashboards are customizable, so building managers can prioritize different data sets according to their needs.

Features

Visual Interface Design
Live Data Stream
Customizable Alerts

Visual Interface Design
Customizable dashboards are designed according to the needs of building managers. Thanks to the user-friendly interface, important data becomes easily accessible and visualized analyses can be performed quickly.

Live Data Stream
Data such as energy consumption, temperature, humidity are transferred to the panels without delay. Thanks to real-time data monitoring, the performance of the systems in the building can be monitored instantly and rapid intervention can be provided.

Customizable Alerts
In critical situations, building managers are informed by displaying visual or audible alerts on the panels. Security, energy management and operational efficiency are increased thanks to emergency notifications.

Status Monitoring

It monitors the current operating status of devices within the building, such as HVAC systems, lighting units, security cameras and energy meters. For example, events such as a malfunction of an HVAC system or a shutdown of the lighting system are immediately reported to managers and rapid intervention is provided.

Features

Device Status Check
Anomaly Detection
Automatic Intervention

Device Status Control
All devices in the building are constantly monitored via the central system and their operating status is monitored instantly. In this way, the performance of critical components such as lighting, HVAC and security systems are evaluated without interruption.

Anomaly Detection:
Devices’ normal operating limits are analyzed to detect abnormal situations. For example, anomalies such as sudden consumption increases on an energy meter or unexpected temperature changes in an HVAC system are automatically detected by the system and reported to administrators.

Automatic Intervention
When an abnormal situation is detected, the system takes automatic action according to the specified rules. For example, a device that detects excessive energy consumption can be shut down or ventilation systems can be automatically activated in the event of an emergency. In this way, uninterrupted operation is ensured while energy efficiency is maintained.

Performance Indicators (KPI Monitoring)

It analyzes the efficiency and usage status of devices in the building with critical performance indicators (KPI). For example; energy efficiency of HVAC system, operating time of ventilation devices or consumption rates of lighting systems are monitored. This feature provides an important decision support mechanism to optimize maintenance planning and increase operational efficiency.

Features

Collecting Device Performance Data
Productivity Comparison
Maintenance Needs Reports

Device Performance Data Collection
The operating times and efficiencies of devices such as HVAC systems, lighting units and energy meters are measured and analyzed in the central system. In this way, the performance of each device is monitored in detail.

Efficiency Comparison
The most efficient devices are determined by comparing the energy efficiency of the same type of devices. Thanks to this analysis, systems with high energy consumption can be identified and optimization studies can be carried out.

Maintenance Requirement Reports
Optimize maintenance planning by identifying underperforming devices. This helps predict failures in advance and minimizes operational disruptions.

Energy Monitoring

It determines energy consumption patterns by instantly monitoring electricity, water and gas consumption. It makes building operations more efficient by detecting unnecessary energy waste. It helps keep energy costs under control by alerting the system manager when energy consumption levels exceed specified thresholds.

Features

Energy Consumption Record
Identifying Energy Expenditure Patterns
Over-Consumption Notifications

Energy Consumption Recording
All energy consumption sources within the building are analyzed and consumption is recorded. With this data, long-term consumption trends can be monitored and energy management strategies can be developed.

Determining Energy Consumption Patterns
Energy consumption fluctuations at certain times of the day or on different days of the week are detected. Thanks to this analysis, optimization strategies for peak consumption hours can be created.

Excessive Consumption Notifications
Instant alerts are sent to building managers when energy consumption exceeds specified thresholds. This way, unexpected energy expenditures can be detected early and unnecessary costs can be prevented.

Anomaly and Incident Detection

It analyzes abnormal situations occurring in indoor systems and provides instant warnings. For example, situations such as a device consuming more energy than normal or abnormalities in operating times are automatically reported. This feature ensures that faults are detected early and unnecessary energy losses are prevented.

Features

Event Detection Algorithms
Critical Threshold Values
Analysis of Past Records
Historical Data Records and Incident Reporting

Event Detection Algorithms
Unusual situations such as heat increase, smoke detection or power outage are analyzed and instant notification is created. The system constantly monitors the data from the sensors to detect abnormal situations and sends alerts to administrators.

Critical Threshold Values
Critical values are defined for each device and system, and if these limits are exceeded, an alarm is immediately activated. In this way, teams can intervene quickly, minimizing possible risks.

Analysis of Past Records
Past anomalies and events are recorded and possible recurrences are predicted. Thus, proactive measures can be taken before similar situations occur again.

Historical Data Records and Event Reporting
Detected events and device statuses are archived in the system so that past failures can be analyzed and more efficient maintenance plans can be created. Additionally, critical data such as energy consumption and security events are regularly reported, allowing building managers to optimize their operational decisions.