Planning Guide for Power Distribution Plants (eBook)

Dr.-Ing. HARTMUT KIANK, born in 1952, is a principal expert for Power Distribution Solutions of the Siemens Energy Sector. In this professional management position, he deals with planning and project management of public and industrial power supply systems. He is a member of the VDE and author of numerous technical articles and reports (CIRED, ICEE). His "etz" essay "EMC and personal safety in multiply-fed industrial networks" was integrated the "VDE annual report 2007 of electrical engineering". Dipl.-Ing. WOLFGANG FRUTH, born in 1966, is a project planning engineer and consultant support for Totally Integrated Power of the Siemens Industry Sector. He is co-developer of the network calculation and design software "SIMARIS design" and author of various technical publications. ((kurz)) HARTMUT KIANK is a principal expert for Power Distribution Solutions of the Siemens Energy Sector. WOLFGANG FRUTH is a project planning engineer and consultant support for Totally Integrated Power of the Siemens Industry Sector.

DR.-ING. HARTMUT KIANK, Jahrgang 1952, ist Principal Expert für Power Distribution Solutions im Siemens-Sektor Energy. In dieser fachlichen Führungsposition beschäftigt er sich mit der Planung und Projektabwicklung öffentlicher und industrieller Stromversorgungsanlagen. Er ist Mitglied des VDE und Autor zahlreicher Fachartikel und Berichte (CIRED, ICEE). Sein "etz"-Aufsatz "EMV und Personenschutz in mehrfachgespeisten Industrienetzen" wurde in das "VDE-Jahrbuch Elektrotechnik 2007"aufgenommen. DIPL.-ING. WOLFGANG FRUTH, Jahrgang 1966, ist Projektierungsingenieur und Consultant Support für Totally Integrated Power im Siemens-Sektor Industry. Er ist Mitentwickler der Netzberechnungs- und Dimensionierungssoftware "SIMARIS design" und Autor verschiedener Fachveröffentlichungen. ((kurz)) HELMUT KIANK ist Principal Expert für Power Distribution Solutions im Siemens-Sektor Energy. WOLFGANG FRUTH ist Projektierungsingenieur und Consultant Support für Totally Integrated Power im Siemens-Sektor Industry.

Basics: Industrial networks, planning task schedule
Planning recommendations: Medium voltage: Selection of the rated system voltage, determination of the short-circuit stress and the required short-circuit capability, definition of the optimum network configurations for industrial power supply, selection of neutral earthing, design and rating of the power system protection.
Planning recommendations: Low voltage: Selection of the system voltage, short-circuit power and currents in the power system, design of the network according to the requirements, selection and design of the operational equipment, power factor correction, design and rating of the power system protection.
Basics: Industrial networks, planning process for multiple-objective oriented decisions with long-term consequences.
Planning recommendations for medium voltage systems: Choosing the system voltage, determining short-circuit stress and the necessary short-circuit withstand capability, defining optimum system configurations for industrial power supplies, choosing the neutral earthing, design of the power system protection.
Planning recommendations for low voltage systems: Choosing the system voltage, short-circuit power and currents in the power system, designing a low-voltage power system to meet requirements, selecting and dimensioning the electrical equipment, reactive-power compensation, design of the power system protection.