By Gerd Balzer, Christian Schorn
The ebook deals a extensive evaluate of asset administration procedures for various utilities, with a different emphasis on power and water. It presents readers with vital functional concerns about the improvement of latest aggressive buildings and systems for making certain a enough offer of strength and water in a regulated atmosphere, utilizing sincerely outlined technical and monetary cornerstones. at the one hand asset vendors anticipate compatible pursuits from their funding and enterprise development; nevertheless regulators concentration extra on a competent and economical purchaser provide. This publication indicates how you can think about those diversified views within the strategy of designing new constructions and the way to assure organizational transparency. in keeping with the main projects of an asset supervisor, it describes crucial ideas and boundary stipulations for making sure the optimum use of assets in a community, similar to funding and upkeep techniques, apparatus provider lifestyles, funding and operational bills, and so on. in addition, it issues out their influence at the association of the corporate, together with the required IT panorama and desktop courses. The e-book is the English translation of Asset administration für Infrastrukturanlagen - Energie und Wasser1, written via an identical authors and released through Springer in 2014.
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Extra info for Asset Management for Infrastructure Systems: Energy and Water
For example, the following criteria can be used for the assessment: insulator tower foundation earth conductor transmission line line conductor circuit Fig. 1 Development of Strategies 33 Line conductor: • • • • • • • Age, Material, Design temperature, Damages, Sag, and change, and etc. Line tower: • • • • • • • • • Age, Material, Construction, Experiences, Type of tower, Quality of steel, Corrosion protection, Corrosion, and etc. Foundation: • • • • • • Age, Type of tower, Damages, Design, Deterioration, and etc.
Regarding the implementation of maintenance strategies, it is practically adopted that the MV/LV transformer is exchanged regardless of the condition of the other operational equipment. The technical condition of the transformer therefore does not have any impact on the decision for or against a total rehabilitation of the substation. The fuzzy logic as described in Sect. 1 is therefore applied to the following decisions: • Building/tower–primary equipment, • instrument transformers–switches–bays.
The technical condition is taken into account indirectly via the hazard rate, for example, if the outage probability or the energy not supplied is calculated. In the opposite, a strategy is understood under the label RCM, which takes both the equipment importance and the equipment condition into consideration. Only the combination of importance and condition leads to an optimal allocation of ﬁnancial resources regarding the maintenance strategy of assets, which on the one hand have a corresponding influence on the supply and on the other hand are also in a technical condition that justiﬁes an activity.