After the Great Hanshin Awaji Earthquake, the establishment of a regional medical system and a preparation of disaster medical system that is the establishment of the disaster base hospital. Medical facilities are needed to be actuating when the disaster occurs, and varieties of standards and guidelines of architecture and facilities has been established. To enforce medical services smooth enough when the disaster occurs, we need improvement projects that assume disaster medical services beforehand.
But, at a large scale earthquake such as the Great East Japan earthquake, a case which sufficient medical service was difficult to enforce because of the shortage such as water and fuel due to long-term passage of the lifeline in addition to the damage of building equipment and medical equipment even in disaster base hospital has been reported.
About the facility requirements that is based on the correspondence of the disaster, it is determined comprehensively based on expenses among the minimum capacity that is prescribed by Building Standard Act/the Fire Services Act and the capacity that is demanded from the activity assumption, but at the time of disaster there are many cases that caused restriction of medical services because of the restriction on use of medical equipment and the capacity lack of the private power generator, so it doesn’t mean that it is always decided appropriately.
Therefore in this study, we will grasp about the priority of the disaster medical service in the disaster base hospital and the necessary medical equipment and make a survey and analyze about electricity consumption accompanying with it, to estimate the appropriate capacity of a private power generator becoming necessary for correspondence at hospitals at the time of disaster. This study is intended to contribute to the development of the hospital plan which can carry out the medical service at the time of disasters smoothly, by calculating electric power load that is based on the medical policy at the time of a disaster assumed on every hospital.
In this study, we grasped about the priority of the disaster medical service of 14 disaster base hospitals and the necessary medical equipment and make a survey and analyze about electricity consumption accompanying with it, to estimate the appropriate capacity of a private power generator becoming necessary for correspondence at hospitals at the time of disaster. The obtained knowledge is shown below.
1. The ratio of the private power generator to the contract demand of the 14 hospitals that the answer to the questionnaire was provided was from 43% to 155%, and considering the margin of the contract demand, most hospitals hold private power generators that has generation capacity of 60% degree of ordinary time.
2. As a result of the medical equipment load that is assumed by each medical service contents at the time of the disaster calculated by per unit floor space, electricity consumption of emergency patient correspondence and the image diagnosis inspection were big , and the average electricity consumption of 5 hospitals were from 18.95 W/m
2 to 22.40 W/m
2.
3. From the results of estimating the medical equipment load corresponding to the priority of medical services, we found that the medical equipment load account for 51.8% to 120.4% of the capacity of private power generator and 44.5% to 86.3% of the contract demand, even performing duties only that has have the medical services also be always performed at the time of disaster.
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