Evaluation of maintenance system in emergency installation of Meuraxa Hospital Banda Aceh, Indonesia

Abstract

Hospital building and all its equipment require regular maintenance in order to avoid heavier damage. The implementation of continuity of optimal hospital building maintenance is expected to reduce the incidence of heavier damage and minimize the cost of existing repair and ensure the readiness of supporting facilities for the implementation of health services to the public in the hospital. The purpose of this research is to know the maintenance system that has been applied and to identify the condition of building emergency installation in Meuraxa Hospital. This research was conducted by distributing questionnaires to 91 respondents who are employees, nurses, doctors, and families of patients who are in the installation of Meuraxa hospital in Banda Aceh. Based on descriptive analysis, obtained the highest mean value is at component of roof maintenance at Building emergency installation (X1) for 3,934. This shows that respondents assess the roof maintenance variable is good. And the lowest mean is on ceramic maintenance component (X2) for 2,894. This indicates that respondents assess ceramic maintenance are less well. The observation results show the same thing with the opinion of the respondents which is the roof conditions on emergency installation Meuraxa is categorized as mild damage and still functioning well but the color of the roof cover has faded. Similarly, in the paint maintenance (X3), window and door frames maintenance (X4), ceiling maintenance (X5), water installation maintenance (X6), electrical installation maintenance (X7), air conditioning installation maintenance (X8), sanitary maintenance (X9) ) is categorized as mild damage but still function well. On the results of these observations by researchers in general about the building emergency installation, it can be concluded that the implementation of building emergency installation maintenance has been done well.

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“…Poppe et al [32] mention that Condition-Based Maintenance (CBM) makes use of the actual condition of the component to decide when to maintain and/or to replace the component, thereby maximising the lifetime of the equipment while minimising the number of service interventions. Fatimah & Amin [10] mention that the implementation of continuity of optimal hospital building maintenance is expected to reduce the incidence of heavier damage and minimise the cost of existing repair and to ensure the readiness of supporting facilities for the implementation of health services to the public in the hospital. Svigelj [33] mentions that with the increasing penetration of distributed energy resources, the smart grids need more and deeper monitoring and control to maintain stable operation; the key is the distribution system state estimation, where the pseudo measurements from AMI are of paramount importance.…”

“…Dewi et al [9] report that maintenance of electrical components in the green building has a more significant correlation or relationship to increase safety performance based on research results, compared to health performance, comfort and convenience. Fatimah and Amin [10] report that the implementation of continuity of optimal hospital building maintenance is expected to reduce the incidence of heavier damage and to minimise the cost of existing repair, ensuring the readiness of supporting facilities for the implementation of health services to the public in the hospital. Indriani et al [11] report that the development of a green building electrical components maintenance guideline in a web-based information system has shown its capability on improving maintenance work, achieving building reliability requirements.…”