BUILDING & ENERGY INTEGRATION

Building Management System

Connect building systems. Understand energy use. Manage operations with clearer insight.

ONE OPERATIONAL VIEW

Different systems. Connected information.

Cooling, pumps, electricity meters, and lighting often operate in separate systems. WSI helps design their integration so operators can understand facility conditions and act through a unified supervision platform.

WHY TOPKAPI

Freedom to choose hardware. Multiple brands on one platform.

TOPKAPI is a candidate for BMS supervision because it is independent of hardware manufacturers and supports multiple communication protocols, including native BACnet. Equipment can be selected around technical needs, budget, and local support.

01

Wider equipment choice

Select controllers, sensors, and meters around facility requirements.

02

Multi-brand integration

Bring data together through compatible protocols and interfaces.

03

Retain viable investments

Assess existing equipment for integration before replacing it.

04

Expand in stages

Add functions and equipment with a broader choice of suppliers.

Compatibility is checked against the model, version, protocol, and required functions. Open integration reduces dependence on one hardware brand; platform licensing and support still need to be considered.

TOPKAPI ILLUSTRATIONS

See how building data can come together.

Visual examples from AREAL brochures illustrate building supervision and connections across several sites. Application views are configured for each project.

Illustration of TOPKAPI connecting several buildings through one supervision platform.
Illustration of multiple buildings connected through TOPKAPI.

Source: AREAL / TOPKAPI brochures. Product illustrations, not WSI project documentation.

SOLUTION SCOPE

Start with your operational needs.

01

Building supervision

Connect HVAC, pumps, tanks, and electrical distribution through available equipment interfaces.

02

Energy and utilities

Review electricity, water, and thermal energy consumption to investigate deviations.

03

Alarms and history

Prioritise alarms and use historical conditions to support inspection and maintenance.

04

Operating schedules

Align operating hours and permitted parameters with facility requirements.

05

BMS modernisation

Assess existing systems and add functions based on a site survey.

06

Multi-site supervision

Design central monitoring with views and access rights matched to user responsibilities.

SOLUTION ARCHITECTURE

Local control. Connected supervision.

Local controllers execute control functions according to the design. TOPKAPI collects and processes data for dashboards, alarms, schedules, and reports.

  1. 01

    FIELD EQUIPMENT

    Sensors · meters · actuators

  2. 02

    LOCAL CONTROL

    DDC / PLC · equipment panels

  3. 03

    TOPKAPI SUPERVISION

    Data · alarms · history · schedules

  4. 04

    OPERATIONAL INSIGHT

    Dashboards · energy KPIs · reports

Protocols and gateways are selected for the equipment. Safety, lift, and access integration is coordinated with the relevant system suppliers and project requirements.

THE WSI APPROACH

From building needs to tested integration.

  1. 01

    Understand requirements

    Review installed systems, interfaces, operator concerns, and information needs.

  2. 02

    Design the integration

    Define architecture, point lists, dashboards, alarms, and performance indicators.

  3. 03

    Validate through a pilot

    Test communication and user workflows within a limited scope before expansion.

  4. 04

    Prepare handover

    Plan testing, documentation, training, and support with the parties involved.

Questions before getting started

Must all equipment use one brand?

No. Equipment from different manufacturers can be considered where protocols, interfaces, and required functions are compatible.

Does the entire existing BMS need replacing?

The decision follows a survey. Viable controllers and equipment can be assessed for integration.

Does installing BMS guarantee energy savings?

Efficiency depends on equipment condition, data quality, control strategies, and operator follow-through. Evaluation requires a baseline and measurement.

Start with one clear requirement.

Tell us about your facility. Work with WSI to map requirements and plan a suitable integration approach.

Final scope and functions are defined after a survey and compatibility testing.