1 / 15

Energy and Power System Tender Proposal for Rapa Nui using Renewable Energies

Introduction. MethodologyConcept historic, components, schematicTechnology - descriptionEconomic feasibilityAdvantages / Disadvantages. Methodology 1 - Stages. Coordinate Team of ExpertsMobilisationDetailed research/design stage (permits)Training Islanders for tech. transferConstruction phaseCommission operate 5 yearsDecommissioning.

rad
Download Presentation

Energy and Power System Tender Proposal for Rapa Nui using Renewable Energies

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

    1. Energy and Power System Tender Proposal for Rapa Nui using Renewable Energies Eco-Fair International GROUP 10

    2. Introduction Methodology Concept – historic, components, schematic Technology - description Economic feasibility Advantages / Disadvantages

    3. Methodology 1 - Stages Coordinate Team of Experts Mobilisation Detailed research/design stage (permits) Training Islanders for tech. transfer Construction phase Commission – operate 5 years Decommissioning

    4. Methodology 2 -Tools Planning and Coordination – MSP Gantt Charts/Internal incentives Framework – Weiss + Wysocki ‘5-Phase Project Management’ D.P.O.C.C Costs and Feasibility – CBA and Superdeveloper Constant monitoring of progress and milestones/deliverables to client + GEF

    5. Concept – Historical Input

    6. Concept’s 9 Components

    7. Concept Schematic

    8. Technology? Which renewable energy ensures continuous electricity and hot water? Points to consider: Low investment cost Environmental considerations Aesthetic and historic value of the island( stone monuments) Touristic activities in island

    9. Technology – Landfill Biogas

    10. Technology Transfer Facilitated @ ECO-EDUCENTRE Full public involvement – problem, objective, purpose identification Design and alternatives choices Employment and regular training programmes (Capacity building) Islander, visitor, internet continual education through ECO-EDUCENTRE

    11. Project feasibility - Roles We are Project Managers No direct investment or interest in returns – working on fee basis Chile Govt. sovereign state for grant 50-year life span – repairs, maintenance, monitoring, upgrade etc.

    12. Project feasibility - Capital GEF – UNDP Grant … €6m Qualifies against 2 criteria Feasibility Detailed CBA analysis + Superdeveloper – € 0.06 per KW/h NPV = € 4.5m over 5 years

    13. Advantages .v. Disadvantages

    14. Advantages .v. Disadvantages

    15. Conclusions After comparison of energy sources, landfill biogas works!! Financially feasible Integrates sustainable vision into historic context and today's culture ‘2 birds with 1 stone’ … waste/energy Key point – robust auditing & monitoring

More Related