Capstone® – digital building data for needs-based building management.

With the introduction of the IP interface for our sensors and the capabilities of wireless Bluetooth Mesh technology, we have laid the foundations for integrating existing building infrastructure and flexibly networking new systems. All the data collected is transmitted to the Capstone server, where it is processed further.

The Capstone software provides a range of visualisation options. This means you can decide whether the data obtained at room, floor or building level is best presented for your decisions. It is also important to be able to show or hide certain data for a quick overview that meets your requirements.

With the help of the Capstone software, the average utilisation rate of all rooms can be accurately displayed. A targeted analysis of room usage can help to plan and utilise existing office space in line with requirements. Resources that become available can be repurposed, thereby creating entirely new opportunities.

Many rooms often contain a large number of people at the same time, which leads to excessively high room temperatures. This not only affects well-being but also results in inefficient energy use. By analysing the data from the HVAC systems, adjustments can be made to these systems to adapt their operation to the recorded conditions.

Using the Capstone software, both room occupancy and lighting control can be visualised in real time. Analyses show that, in many rooms, the lights are frequently left on unnecessarily outside working hours. Adjustments to sensor settings and delay times can help to align the lighting’s operating times with actual usage.

In some rooms, the air quality is particularly poor, which can lead to tiredness and reduced concentration. By analysing indoor air quality, appropriate measures can be identified.

High humidity can cause damage to the building structure and lead to health problems for the occupants. With the help of the Capstone software, problem areas can be identified at an early stage and targeted measures – such as regular ventilation and adjusted heating – can be taken to identify conditions that may encourage mould growth and to determine appropriate courses of action.

Reducing noise pollution is crucial for a good working and learning environment. With the help of Capstone software, noisy areas can be identified and targeted measures – such as sound insulation and room reconfiguration – can be implemented to pinpoint areas with elevated noise levels and determine appropriate measures to optimise room acoustics.

The Steinel Capstone Dashboard enables centralised monitoring and control of building systems in real time. Users can analyse data, quickly identify faults and take action to monitor operations based on the building data collected, whilst identifying opportunities for optimisation. Customisable widgets and clear visualisations make operation and optimisation easier. An integrated alarm system alerts users to faults, enabling immediate action, and supports the monitoring and optimisation of building management.

The floor plans displayed in the software provide a clear visualisation of the buildings. Users can see rooms and levels in detail and can locate sensors and devices directly on the floor plan. This visual mapping makes it easier to manage systems, as all relevant data is visible in its spatial context. This means that problems can be pinpointed and adjustments made with precision, enabling more efficient management of the building infrastructure.

The device overview in the Steinel Capstone software provides a centralised list of all connected devices and sensors. Users can monitor the status of each device in real time, including operating data, conditions and any error messages. This overview simplifies management by making it easy to locate and control each device as needed. It also enables easy maintenance by allowing problems to be identified and resolved immediately.

The room overview in the Steinel Capstone software provides a clear display of all key parameters for a room, such as lighting, temperature and ventilation. Users can see the status of the systems at a glance and make the necessary adjustments. This centralised control for each room allows operating conditions to be analysed and settings to be adjusted based on the data collected.

The alarm function ensures immediate notification in the event of problems or critical conditions in the building systems. Users are informed in real time about faults, such as equipment failures or deviations from specified limit values. These alarms enable rapid intervention before major damage or downtime occurs. The function helps to proactively monitor the systems and increase operational reliability by enabling problems to be identified and rectified at an early stage.

The report function enables comprehensive evaluation of building data. Users can create and analyse reports on various systems, such as energy consumption, equipment utilisation or climate data. These reports provide detailed insights into building performance and efficiency and help identify optimisation potential. Regular reports enable analysis over longer periods of time, facilitate maintenance planning and support informed decisions for continuous operational optimisation.