Dynamic Asset Management (DYNAM) Functional System Design

Transcriptie

1 Dynamic Asset Management (DYNAM) Functional System Design DYNAM1 is a Dynamic Life Cycle Assessment Model for Wind & Aqua Farming Synergy DYNAM1 field of interest Final version,

2 Blauwdruk Requirements 1. Windfarm analysis: hele park kan aangepast worden aan de parameters (voor meerjarig onderhoud). 2. Analyse: voordelen kunnen bekeken worden a.d.h.v. verschillende parameters 3. Year Scenario s LCA: verschillende settings zijn mogelijk. 4. Zichtbaar maken van kosten die voortkomen uit de jaarscenario s. 5. LCA data: Sale Prices worden gegenereerd. 6. Prijsstijgingen [met (on)zekerheids marges] kunnen gemoduleerd worden. 7. Technische en financiële data van het park kunnen geanalyseerd worden. Een nieuwe factor is het Synergy Percentage. Met dit % wordt aangegeven in welke mate de O&M kosten van de Wind Farm kunnen worden gereduceerd door minder wachttijd t.l.v. de Wind Farm te laten komen (uit publicaties ( ) blijkt dit in die tijd rond de 30% te zijn) In huidige situaties is er bijvoorbeeld sprake van 40-50% tijdverlies door; transitkosten, slechte afstemming, wachttijden, dus een synergievoordeel van 10% zou al een hele verbetering zijn! Resultaat: berekenen van revenuen, system cost-effectiveness, market value, return of investment én grafieken waarin dit wordt weergegeven op basis waarvan e.e.a. kan worden geoptimaliseerd door aanpassingen van het LCM plan en dit opnieuw te simuleren. Ref.: verschillende Blauwdruk afstemmeetings.

3 LCA Data per Life Cycle Year Period Blue text: TOR is pre memoire (PM) or in development Operational Environment Model Operational Environment Impact Factor per Installation/Component (PM) - Temperature load factor - Humidity load factor - Dust/Salt/Chemical load factor - Terrain/Sea/Sky load factor -.. Logistics/ Maintenance Model - LCC Matrix - YS Excel Sheets Per Activity: - Period - Labor Cost - Material Cost - Other Cost - LCM Baseline Sheets - Risk Matrix & Register (PM) - Environmental Impact Sheets (PM) - Year Periods 1 Year: Asset LCM Model (AMICO2) Operational Utilization Model Per Period: - Cost - System Effectiveness - Cost Drivers - Performance Killers Operational Utilization Impact Factor per Installation/Component (PM) - Duration load factor - Peak load factor - Usage load factor - Enforce load factor - LCA Business Model - Return of Investment - Value of Performance - Asset Market Value - Total Cost of Ownership - System Cost-Effectiveness - Environmental Impact (PM) - (most likely, max. and min. result): - Trend Indication of External Factors -. START LIFE CYCLE END

4 Context Diagram LCM Team System of Interest External Systems Asset Owner Energy Demand from Company Asset Manager 1.000x Wind Fish Farm Power Distribution from Shore Service Providers Mussel Unload factoring Financial Environment Technical Environment North Sea Eco System Climate System Law & Regulators Environment(s)

5 System Identification Diagram 1.000x Wind Fish Farm Maintenance Systems Condition Monitoring Maintenance Wind Farm Electrical Grid and Distribution System Mussel Farm Long Lines Wind Turbines Nautical Navigation Systems Foundations Foundations Installations Buoys Socks Vessels Transport Systems Cable to Shore Mussel Harvest & Transport Power Distribution from Shore Mussel Unload factoring & Distribution

6 14 km Wind Fish Farm Outline The WFF exists of: 5 wind clusters of 10x4 km each, with 40x5 MW wind turbines 4 fish clusters of 10x4 km each, with 40x20x3=2.400 mussel long line systems 4 main shipping lanes of 1 km wide. 32 km

7 4 km Wind Farm Outline incl. Auxiliary Systems 5 x 40 5MW Wind Turbine Incl. Foundation 10 km ~ 5 x 50 km Wind Farm Grid Subsea Cable 1x Wind Farm Sub Station 4 x Wind Farm Meteo and Nav. Mast

8 Mussel Farm Cluster Outline The Mussel Farm Cluster exists of: mussel long line systems of 100m long placed in lines of 4 km 150 m minimum wide of shipping lanes between the lines 5-10 tons production of mussel per system per year tons production per cluster per year

9 Transport System Offshore Wind and Fish Farming Support Ship (capable to operate in 3 meters significant wave height) Main Dimensions Symbol Value Unit Length Lpp m Length over all LOA m Molded breadth B m Least molded depth D 6.00 m Mean operating draught T 3.44 m Displacement Δ 2365 m3 Block coefficient Cb Motion Compensated Crane Boom length 26.0m Operating luff angle 60 Max motion compensated lift 3 all Max non-motion compensated lift 13m Overall Mass 22 t Installed Power pack 2*200 kw Construction Aluminum/Steel Wilco Stavenuiter, 2009 Deck load: 12x20 ft. containers (Mussels/Spares) Accommodation: 50 persons. The accommodation is applied with as much as possible double cabins to improve the comfort when the accommodation is not completely filled. Dimensioning of the accommodation is guided the SBM accommodation standard and the NMD and ILO C133 code. At least it should comply with SOLAS. Estimated CAPEX: M

10 Transport Container Support System 24x20 ft. containers in an ideal mix of mussel and spare part transportation Estimated Cost (price level 2013) CAPEX (10 yr. depr.) OPEX (anual) Special equipped Mussel Transport Container , ,- Special equipped Spare Part Container ,- 500,-

11 Subsea Power Cable Subsystem Data Date:

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13 Control Portal (home page) DYNAM1 field of interest

14 Asset Portal Page

15 LCM Diagrams: 1. Asset Control & Cost Overview

16 LCM Diagrams: 2. Revenues, Profit & Market Value

17 LCM Diagrams: 3 System Cost Effectiveness Overv.

18 Balance Sheets OK!

19 Attribute List update for terms used in DYNAM (