Luftfragt muliggør levering til tiden. Lise Jonasen, Siemens Mobility

Transkript

1 Luftfragt muliggør levering til tiden Lise Jonasen, Siemens Mobility

2 Luftfragt muliggør levering til tiden Introduktion Hvordan bruger vi luftfragt i Siemens? Eksempler Fremtiden? Page 2

3 Siemens Mobility Intermodal - Green Traffic- and Logistic Solutions Cargo via Rail Airport Air Cargo: Sea & Rail Interface Page 3 Intermodal Rail/Road Terminals Vision: Cargo Transport in Metro Areas Port-Land Interface

4 Airport solutions overview Focus on five key areas Baggage / Cargo Utility / Facility PAX handling Scalable, automated, configurable, and optimizable BHS Planning & simulation for increase of energy efficiency Fast passenger framework Security / Safety Multi sensor next generation screening Aircraft handling ground control solutions Airport (mobile) resources management Standardized, intelligent baggage (based on linear drives technology) Page 4

5 Hvordan bruger vi luftfragt i Siemens? Generelt bruger vi det så lidt som muligt! Siemens har fast logistik parter, som håndterer valg af transportform. Brug af luftfragt direkte (uden om partner) sker sjældent. Luftfragt vælges når: Det haster (og ofte når leverance er uhåndterligt) Risiko på tidplan og/eller bod ved forsen levering overstiger pris for fragt Siemens Freight forwarder - partner Special Service/priority Kurer Service (DHL/UPS/TNT etc.) Luftfragt Kunden Lastbil/Tog Page 5

6 Cargo Handling Process (Land <> Air) Off Airport On Airport Page 6

7 Scanner til hospital skal frem til tiden Produceres i USA, og tager ca. 3-4 uger med skib at transportere til Danmark Tidsplan for implementering skal være meget præcis, da specialteknikker står klar Pris for idle-tid er meget høj Her vælges typisk at transporter med fly, selvom det er en forholdsvis dyr løsning Page 7

8 Oil & Gas reservedel mangler Vigtig del (transformator hoved) skal frem til kritisk olie produktion Vægt 600 kg 2,4 m høj Skulle afhentes i mandags i Frankfurt (på Siemens fabrik) og hurtigst muligt til Houston, USA Lignende eksempler findes ved reservedele til skibe og/eller boreplatforme, hvor det at ligge stille har en enorm omkostning Page 8

9 Planlagt service uforudsete problemer Novo Nordisk, Grundfos, Danish Crown planlægger service af fabriksenheder (automation) f.eks. i ferieperioder Reservedele, teknikere og nedetid i anlæg er booket og planlagt MEN - Uforudsete hændelser gør at man mangler komponent, og tidsplan er i fare Her bruges kurer service, og hvis hurtigst er med luftfragt, så vælges denne. Page 9

10 Luftfragt muliggør levering til tiden Introduktion Hvordan bruger vi luftfragt i Siemens? Eksempler Fremtiden? Page 10

11 Global megatrends imply significant challenges for airports Urbanization Globalization Demographic Change Energy demand / Climate Change 2008: 3.3 bn. People (>50%) live in cities 2030: 5 bn. People (60% of total population) will live in cities From 1950 to 2004, the volume of global trade has increased 27.5-fold Number of global players has grown to 70,000 today Increase of life expectancy: 2007: 7% age : 16% and older Highest CO 2 concentration in the past 350,000 years Significant increase in oil prices expected (>200$ / barrel) Competitiveness Capacity / throughput Service Quality Environment Page 11

12 Besides regional drivers there is one global driver the oil price will have the major impact Important in all regions: Oil price (barrel) Additional drivers important in the following regions: Europe USA India China Alternative fuels & technologies Fuel price per gallon Airport infrastructure Alternative fuels & technologies Government Intervention Carrier Market Dynamics Airline Business Model Public Administration Privatization Major travel type Influence of government Airport Business Model Page 12

13 Top requirements derived by external experts Baggage / Cargo Utility / Facility PAX Handling Inter-modality More throughput with existing infrastructure Simplification & service orientation of all baggage handling processes Peak-flexibility for sudden peaks ''Pay-as-you-grow'' approach Security / Safety Efficient (possibly seamless) passenger / baggage / cargo security Reliable access control / intrusion detection / security solutions for airport / terminal access Energy-efficient, hightech building solutions Carbon-neutral airport / alternative energy creation AH / GCS 1) Optimized Ground Handling Control Seamless inter-airport & community information flow Individually guided and informed PAX Fast passenger handling Cross-process-area optimization of complex airport processes Push non-aeronautical revenues High self-service ATC 2) Increase throughput of existing land & air space Maintain high safety standards Sufficient public transport (light rail) to, between, within, and from airport Combined people movers / urban railways Handling of sharply rising car traffic to and from airports Move secondary processes and buildings (e.g. Parking) further away from the inner airport area 1) AH/GCS = Aircraft Handling / Ground Control Solutions 2) ATC = Air Traffic Control Page 13

14 Konklusion Luftfragt er et meget vigtigt element i den internationale transportkæde: Har unik profil omkring tid og rækkevidde Krisen i 2008 og måske opbremsning p.t. kræver stor effektivitet i branchen for at kunne tilbyde konkurrencedygtige priser til kunderne Der kan være muligheder i den grønne bølge, hvor der vil være mere fokus på brug af CO 2 i transport sektoren Page 14

15 Tak for opmærksomheden Lise Jonasen Infrastructure & Cities Siemens A/S Phone: Page 15 Copyright Siemens AG All rights reserved.

16 The main airports areas and processes with impact on CO 2 emissions and energy efficiency On site energy generation Photo voltaic Solar thermal Geothermal CHP (Combined heat & power plant) Co- / trigeneration (heating / cooling) Wind Building & facility HVAC (Heating, Ventilation, Air Condition) Lighting Energy Management Building Management Smart Buildings PCA (Pre Conditioned Air) Stationary ground power IT & operations Green IT Fleet management Resource management CDM Baggage & cargo handling Energy efficient drives Efficient gear boxes Low friction conveyor belts Variable speed drives Load depended operation Traffic & intermodality Traffic management Parking Personal rapid transport People mover Rail links Metro links Aircraft handling & fleet Airfield lighting & Control Surface Movements Guidance Ground Control Systems Hybrid / bio fuel cars e-cars (electrical cars) New / future technologies Smart airports H 2 storage e-cars as energy storage AGTV (Automated Guided Towing Vehicles) Page 16