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Tjänsteöversikt
Desapex provides Integrated Building Management System (IBMS) and smart building design services that connect building systems, operational data and digital technologies into a unified, intelligent infrastructure.
We design integrated solutions for HVAC, electrical systems, lighting, energy metering, fire alarm, security, access control, utilities and IoT-enabled devices, enabling building owners and facility teams to monitor, control and optimize performance from a centralized platform. Our approach combines MEPF engineering, BMS design, BIM, building automation, energy management and digital asset strategies to create smart buildings that are efficient, interoperable, scalable and ready for future technologies.
From commercial buildings and corporate real estate to data centers, healthcare facilities, airports, industrial buildings and mixed-use developments, Desapex helps clients move beyond standalone building systems toward a connected and data-driven built environment.
What is IBMS & Smart Building Design?
An Integrated Building Management System (IBMS) connects multiple building services and control systems through a common architecture so they can be monitored, analyzed and managed as one environment.
Unlike a standalone BMS that may primarily control individual building services, an IBMS strategy can integrate building automation, HVAC controls, lighting, power monitoring, smart meters, fire and life safety interfaces, security, access control, IoT sensors and energy-management systems.
The result is a smart building in which operational data can support energy optimization, fault identification, occupant comfort, security, maintenance planning and informed facility-management decisions.
Vårt digitala arbetssätt
Define the Smart Building Strategy
We begin with the building's operational objectives, user requirements, energy goals and future expansion needs. This establishes the required systems, data points, integrations, control philosophy and performance outcomes before technology selection begins.
Design an Open & Integrated Architecture
We develop a scalable IBMS architecture connecting HVAC, lighting, power, metering, security, fire and other building systems using interoperable communication standards such as BACnet, Modbus, KNX, LonWorks and RS-485 where appropriate. These protocols are also identified in Desapex's existing IBMS service material.
BIM-Led Multidisciplinary Coordination
IBMS and BMS requirements are coordinated digitally with MEPF, architecture and other building services, helping identify interfaces, equipment requirements and spatial conflicts before construction. Desapex's broader MEPF approach already emphasizes BIM-led coordination and integrated engineering.
Connect Data for Intelligent Operations
We structure points, meters, sensors and operational data so building performance can be visualized through dashboards, alarms, trends and analytics. This enables centralized monitoring and provides the digital foundation for energy management and future digital twin integration
Design for Lifecycle Performance
Smart building design should continue delivering value after handover. We consider scalability, maintainability, interoperability, analytics and future technology adoption so the IBMS can evolve with changing operational requirements rather than becoming a closed, isolated system
Huvudleveranser
IBMS / BMS System Architecture - Overall system hierarchy, integration philosophy, network topology and connectivity between building systems.
Sequence of Operations & Control Philosophy - Functional logic defining how HVAC, lighting, utilities and other systems respond to operating conditions.
Points List / I/O Schedule - Structured definition of monitored points, control points, alarms, commands and status signals.
Multi-System Integration Design - Integration strategy for HVAC, electrical, fire alarm interfaces, lighting controls, security, access control and other ELV systems.
Central Monitoring & Command Centre Design - Workstation architecture, dashboards, alarms, trends and centralized control requirements.
Smart Metering & Utility Monitoring - Energy, water and other utility-metering architecture for performance tracking and resource management.
Energy Monitoring & Analytics Framework - KPIs, energy dashboards, trend requirements and data structures supporting sustainability and operational optimization.
IoT & Sensor Integration Strategy - Integration of occupancy, environmental and other intelligent sensors into the smart-building ecosystem.
BMS Network & Communication Architecture - Design around protocols such as BACnet, Modbus and KNX with system interoperability requirements.
BIM-Coordinated IBMS Design - Models, layouts and multidisciplinary coordination of controls, panels, sensors and smart-building infrastructure.
Technical Specifications & BOQ Support - Employer requirements, equipment specifications, schedules and procurement documentation.
Testing, Commissioning & Handover Requirements - Functional testing requirements, system integration criteria and documentation needed for operational readiness.
Systems we Integrate
HVAC & Mechanical Systems
Chillers, AHUs, FCUs, ventilation systems, pumps, cooling towers and environmental controls.
Electrical & Energy Systems
Power monitoring, generators, UPS systems, electrical panels, energy meters and demand monitoring.
Lighting Control Systems
Scheduling, daylight control, occupancy-based lighting and centralized monitoring.
Fire & Life Safety Interfaces
Fire-alarm status, critical alarms and relevant building-management interfaces while maintaining required system independence.
Security & Access Control
CCTV, access control, intrusion monitoring, intercom and integrated security interfaces.
Smart Metering & Utilities
Electricity, water and other utility data for consumption monitoring, benchmarking and analytics.
IoT & Environmental Sensors
Occupancy, temperature, humidity, indoor environmental parameters and other smart-building sensor networks.
Digital Twin & Facility Management Platforms
Structured building and operational data that can support future digital twin, asset-management and facility-management applications.
Desapex's ELV capabilities already include structured networks, CCTV, access control, fire/security monitoring, communication systems, Wi-Fi planning and BMS integration coordination, giving this page genuine multidisciplinary depth.
Därför ska du välja Desapex
Desapex combines MEPF engineering, BIM, digital engineering, building automation, and operational technology to deliver integrated, intelligent, and future-ready smart building solutions. Our BIM-driven approach ensures seamless coordination between building systems and digital infrastructure, improving design accuracy, constructability, and system integration. We develop open, interoperable IBMS architectures using industry-standard communication protocols, enabling scalable automation and reducing dependency on isolated systems. With a strong focus on energy efficiency, occupant comfort, operational performance, and sustainability, our smart building designs support data-driven decision-making and long-term asset optimization. Guided by ISO 19650-aligned BIM and information management practices, we connect design, construction, and facility operations to deliver reliable, adaptable, and lifecycle-focused smart building solutions.
Unikt mervärde
From Building Systems to Building Intelligence
Desapex combines MEPF engineering, BIM, IBMS design, building automation, energy management and digital twin thinking within one digital-first workflow creating smart buildings designed not only to connect systems, but to turn building data into better operational decisions.
Industries We Support
Corporate Real Estate | Data Centers | Commercial Buildings | Residential Developments | Healthcare | Airports | Rail & Metro | Retail | Hospitality | Industrial & Manufacturing Facilities | Logistics & Warehouses | Educational & Institutional Campuses
Vanliga frågor och svar
What is an Integrated Building Management System (IBMS)?
An Integrated Building Management System connects multiple building services including HVAC, lighting, electrical monitoring, security, access control, utilities and other systems into a centralized platform for monitoring, control, analytics and operational management.
What is the difference between BMS and IBMS?
What systems can be integrated into an IBMS?
How does IBMS improve building energy efficiency?
What is smart building design?
Can IBMS integrate with BIM or a digital twin?
