CATEGORY 05 • BUILDING AUTOMATIONBuilding Management Systems & Integrated Building Automation

BMS & Building Automation

Integrated Building Management Systems for supervisory monitoring, HVAC control, energy management, plant interfaces and coordinated building automation across commercial, institutional, healthcare, hospitality, industrial and critical facilities.

TECHNICAL & STATUTORY REFERENCES:BACnet / BACnet/IP where applicableModbus / Modbus TCP where applicableKNX where applicableApplicable HVAC, electrical & controls codesLocal statutory requirements as designed
Enterprise Building Management System BMS supervisory workstation displaying HVAC plant schematics, equipment status, and building automation telemetry
Supervisory BMS Console
BACnet / Modbus
CategoryBuilding Automation
DisciplineBuilding Management Systems
Deployment ModeTurnkey Supply, Installation, Testing & Commissioning
Post-Handover SupportAMC & Preventive Maintenance
Direct Engineering Desk:+91 8920700133
ENGINEERING SCOPE

Integrated Building Management & Controls Infrastructure

HORNET INFOTECH designs, installs, and commissions vendor-neutral building management systems. From field-level temperature sensors, flow meters, and precision valves to Direct Digital Controllers (DDC), automation networks, and centralized supervisory servers, we engineer robust automation tailored to your facility’s mechanical and electrical operational profiles.

1. HVAC & Mechanical Systems

AHU and FCU monitoring and control, chiller and cooling plant interfaces, temperature and humidity telemetry, equipment run/trip status monitoring, automated operating schedules, setpoint regulation, and plant sequencing where designed.

2. Electrical & Energy Monitoring

Integration of multi-function energy meters, electrical distribution parameter monitoring (voltage, current, power factor), power-quality data where supported, lighting and load monitoring, and centralized energy dashboards with consumption reporting.

3. Building Automation & Supervisory Control

Distributed DDC and controller integration, user-configurable automated operating schedules, dynamic setpoint management, multi-level alarm and event routing, interactive graphical floor and mechanical plant schematics, and long-term trend logging where required.

4. Multi-System Integration

Coordinated interfaces with fire alarm panels where required (damper control/AHU shutdown), access control systems where required, CCTV event triggers where applicable, water-leak detection, and status monitoring for elevators, diesel generators, and modular UPS systems where designed.

Open commercial building automation DDC control panel showing modular automation controllers, field wiring terminals, 24V power supplies, and communication buses
AUTOMATION SIGNAL & CONTROL TOPOLOGY
Field Sensors & Meters → Controllers / DDC → Automation Network → BMS Server / Supervisor → Graphics & Alarms → Operator Workstations → Integrated Building Systems
SYSTEM ARCHITECTURE

7-Stage Building Automation Ecosystem

From field instrumentation and distributed DDC panels to high-speed automation networks, central supervisory servers, and multi-system facility integrations, each architectural layer delivers structured operational oversight.

01
Primary Sensing

Field Sensors & Meters

Immersion/duct temperature sensors, humidity transmitters, static differential pressure gauges, water flow meters, and multi-function energy meters.

02
Distributed Control

Controllers / DDC

Direct Digital Controllers (DDC) with modular universal I/O, native PID loop execution, localized fail-safe logic, and 24VAC/DC power distribution.

03
Field Bus & IP

Automation Network

RS-485 MSTP trunks, BACnet/IP building networks, Modbus TCP gateways, and fiber-optic backbone uplinks configured with robust surge isolation.

04
Central Core

BMS Server / Supervisor

Enterprise BMS server engine hosting real-time point databases, automated scheduling engines, trend log historians, and multi-protocol normalization.

05
Supervisory Visuals

Graphics & Alarms

Interactive 2D/3D dynamic floor plans, schematic HVAC plant diagrams, real-time setpoint toggles, multi-tier alarm escalation, and event notification.

06
Operations Desk

Operator Workstations

Dedicated engineering workstations, SOC video-wall clients, browser-based secure web access, and role-based audit-trailed maintenance consoles.

07
Converged Facility

Integrated Building Systems

Project-specific interfaces with fire alarms, access control, CCTV, lifts, diesel generators, modular UPS, and third-party facility management tools.

DEPLOYMENT SECTORS

Operational Environments & Facility Profiles

BMS engineering adapts to each facility's mechanical complexity, life-safety requirements, operational duty cycles, and energy monitoring requirements across varied building typologies.

Corporate & Commercial Buildings

Centralized supervisory control of multi-floor VAV systems, primary AHUs, occupancy-based comfort scheduling, electrical tenant sub-metering, and unified facilities operations.

IT / ITES & Business Parks

High-density campus environments requiring continuous power-quality tracking, chiller plant sequencing, redundant DDC field networks, and multi-tenant energy allocation dashboards.

Healthcare Facilities

Hospitals and surgical centres requiring critical pressure gradient control (isolation rooms/OTs), precise humidity and temperature stabilization, and rapid air-handling alarm escalation.

Hotels & Hospitality

Luxury hotels and resorts balancing guestroom energy management (GRMS interface where specified) with central boiler, chiller, kitchen ventilation, and public area ambient air regulation.

Manufacturing & Industrial Facilities

Production plants and cleanrooms demanding ruggedized industrial Modbus/BACnet I/O modules, compressor monitoring, exhaust scrubber tracking, and continuous electrical sub-station monitoring.

Government / Institutional Campuses

Public administration campuses and universities requiring robust on-premises supervisory servers, distributed DDC panels across multiple structures, and long-term historical data archives.

TECHNICAL & BOQ CONSULTATION

Detailed BMS Specifications & Engineering Design Review

HORNET INFOTECH provides comprehensive pre-bid engineering, schematic review, and vendor-neutral technical BOQ formulation tailored to building automation and supervisory monitoring specifications.

BMS point-list development & physical/software point schedules
Input/Output (I/O) schedules (AI, AO, DI, DO) per control panel
HVAC equipment interface schedules (Chillers, AHUs, FCUs, VAVs, Pumps)
DDC & automation controller sizing, enclosure layouts, and power calculations
Automation network topology (BACnet/IP, MS/TP, Modbus TCP/RTU)
BMS graphical user interface & supervisory console requirements
Energy metering schedules & power monitoring integration parameters
Sequence-of-operation (SOO) documentation & control loop logic review
Cause-and-effect / interface schedules with fire alarm & emergency systems
Multi-system integration interface schedules (UPS, DG, Lifts, CCTV)
Comprehensive testing & commissioning procedures (FAT/SAT schedules)
Vendor-neutral technical BOQ review & preventive maintenance (AMC) planning
ENGINEERING ADVISORY & PROTOCOL COMPLIANCE:

• Communication protocols (BACnet/IP, BACnet MS/TP, Modbus RTU/TCP, or KNX) are implemented where applicable and supported by target mechanical and electrical equipment.

• HVAC direct control vs. high-level monitoring interfaces depend on equipment manufacturer controllers and project specifications.

• Interfaces with fire alarm, access control, CCTV, elevators, generators, and UPS systems are project-specific and subject to engineered design requirements.

OFFICIAL ENGINEERING DESK
HORNET INFOTECH
J-50, Abul Fazal Enclave, Okhla, New Delhi-110025
+91 8920700133
contact@hornetindia.com
Single contract accountability for ELV, ICT & Building Automation.
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BUILDING AUTOMATIONCentralized Building Management Systems (BMS) integrating HVAC, electrical, lighting, and environmental subsystems.