Building services maintenance management system
The maintenance team sees the building's engineering equipment, faults and previous work. Upon receipt of the report, it can prepare repairs and check that the system is working properly again.
The modified device, settings and previous repair history are not linked to the same functional location. The specialist diagnoses according to an outdated configuration or orders the wrong part.
How the solution works
- The employee finds technical information applicable to them under a specific system and an interchangeable component.
- The maintenance plan is combined with the necessary terms and realistic conditions of use.
- The signal or complaint receives the expert's assessment and the technical work of choice.
- The enforcer provides the action, the modified component, and the conditions for verification.
- The host verifies the required system function, updates the history and leaves a clear limit remaining.
Key challenges
- The composition of the operating system lags behind reality
- The operating signal does not reach responsible technical work
- The maintenance plan does not correspond to the actual system use
- A closed maintenance task does not indicate that the system is working properly
Solution capabilities
Relevant configuration
The functional location, the real device and its version of settings remain traceable after the change.
Reasonable Care Plan
The maintenance plan is made according to the equipment instructions, necessary periodic checks and actual use. Condition assessment helps to adjust it in accordance with applicable requirements.
Evaluation of a technical event
Related signals and user notes are checked against the mode and previous work before the action is set.
Job readiness
For a specific action, the appropriate part, competence, access and permissible effects on the user are provided.
Function Recovery Check
After work, the specialist checks the agreed temperature, pressure, performance, or other system-specific performance indicator.
Operating result
A change in energy or other resources is assessed along with load, conditions and maintained service quality.
Business context
- The composition of the operating system lags behind reality
- The modified device, settings and previous repair history are not linked to the same functional location. The specialist diagnoses according to an outdated configuration or orders the wrong part.
- The operating signal does not reach responsible technical work
- The automation event, user complaint and previous failure are dealt with separately without checking the common cause. A temporary correction is repeated, and the real malfunction remains without a technical solution.
- The maintenance plan does not correspond to the actual system use
- The instruction, the periodic check required and the actual working conditions are incompatible with the plan of a specific installation. The work required is omitted or performed at the wrong time and without the necessary readiness.
- A closed maintenance task does not indicate that the system is working properly
- The work is closed according to the action performed without checking the required temperature, pressure, performance or other specific system result. The cost indicator looks better, although the need for a user or technological process remains unmet.
- The service is based on the equipment in the building
- It is important for the building customer that the service team is aware of system changes and previous failures. The exact history helps to prepare for repairs more quickly and to explain the proposed works. A continuing maintenance proposal may be associated with actual use, rather than just a general equipment list.
Core features
- Relevant configuration
- Reasonable Care Plan
- Evaluation of a technical event
- Job readiness
- Function Recovery Check
- Operating result
Key integrations
- Technical data transmitted
- Genuine composition, settings, instructions and accepted tests.
- Automation of a building or process when used
- Reliable time, mode, signal and its quality attribute.
- Parts and Specialists Plan
- Proper part, competence and time of performance accepted.
- Work result measurements
- Technical verification clause, result and remaining limitation.
Potential impact (%)
The ranges indicate an illustrative relative change in the metric under the stated assumptions. Results depend on the starting position and actual use of the solution. Percentages for different metrics must not be added together.
Re-applying for an Unsolved Cause
12–42%Decreasing
This illustrative scenario assumes that 30-60% of errors can be addressed through the data and rule checks described. That share is assumed to fall by 40-70%. Company data is needed to verify both the addressable share and the resulting change.
The specialist's associated returns of the same unsolved cause over a defined observation time are calculated.
Time to gather technical history of the equipment
16–42%Decreasing
This illustrative scenario assumes that 40-70% of information searches and repeated cross-checks can be addressed. That share is assumed to fall by 40-60%. Company data is needed to verify both the addressable workload and the resulting change.
Additional search for information and re-checking for lost history are measured, separating the new diagnosis.
Conditional calculation scenarios. The assumptions have not been validated against client measurements.
When this solution is relevant
- The same disruption in the building system recurs, but records of previous work do not help determine the cause.
- Replacing equipment, maintenance instructions and spare parts lists requires updating in several locations.
Implementation requirements
Maintenance analysis requires a reliable equipment configuration, working conditions and history of repairs made. There is consensus as to the result of the operation being confirmed; building automation data is only used when their accuracy and timing are appropriate for technical evaluation.
Further development options
- Use of verified automation signals for specific maintenance needs
- Analysis of maintenance effects on energy with comparable conditions of use and function criteria