OCEAN ENERGY MARKET DEVELOPMENT SUMMIT · 2020. 9. 9. · COMPANY INTRODUCTION Wave energy...

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05 December 2019 OCEAN ENERGY MARKET DEVELOPMENT SUMMIT TECHNOLOGY DEVELOPERS SHOWCASE

Transcript of OCEAN ENERGY MARKET DEVELOPMENT SUMMIT · 2020. 9. 9. · COMPANY INTRODUCTION Wave energy...

  • 05 December 2019

    OCEAN ENERGY MARKET DEVELOPMENT SUMMITTECHNOLOGY DEVELOPERS SHOWCASE

  • COMPANY INTRODUCTION

    Wave energy technology developer

    • Based in Stockholm, Sweden, with offices in Norway, Scotland and Portugal

    • Founded in 2012

    • 30 employees today

    • Structured five-stage product verification program – IEA-OES/Equimar.

    COMPANY 3

  • COMPANY INTRODUCTION

    Wave energy technology developer

    • Based in Stockholm, Sweden, with offices in Norway, Scotland and Portugal

    • Founded in 2012

    • 30 employees today

    • Structured five-stage product verification program – IEA-OES/Equimar.

    • Investors with experience from the ocean energy sector, 24 MEUR funding secured to date, mostly non-dilutive

    • Major utilities and project developers engaged as customers/partners

    • The most mature technology in the Wave Energy Scotland program.

    • The only Wave technology promoted by InnoEnergy.

    COMPANY 3

  • 4TECHNOLOGY

    OCEAN ENERGY TECHNOLOGY

    ▪ Tuned point absorbero Resonnating in normal operationo Detuned in storms ⟶ limiting loads

    ▪ Performance before readiness

    Grid connection

    WEC system

    PTOComposite buoy

    Mooring system

    Foundation

    Ø ≈ 10 m400-500 m3

    90 tonnes300 to 450 kW

    WaveSpringnegativespring mechanism

    Pretensionsystem

  • 4TECHNOLOGY

    OCEAN ENERGY TECHNOLOGY

    ▪ Tuned point absorbero Resonnating in normal operationo Detuned in storms ⟶ limiting loads

    ▪ Performance before readiness▪ Large structural efficiency ⟶ low cost

    Grid connection

    WEC system

    PTOComposite buoy

    Mooring system

    Foundation

    WaveSpringnegativespring mechanism

    Pretensionsystem

    A. Babarit et al. 2012: “Numerical benchmarking study of a selection of Wave Energy Converters”.

    10 MWh / tonne

  • ~30MW ~1GW ~5 GW~500MW

    ~30MW ~1GW ~7.5GW~500MW ~2GW ~4GW ~15GW ~30GW ~60GW ~120GW ~240GW~250MW~120MW~60MW~7MW ~14MWInstalled Capacity

    €150/MWh by 60-100 MW installed capacity (generation 8)

    €100/MWh by 250-500 MW installed capacity (generation 10-11)

    €60-50/MWh by 4-7 GW installed capacity (generation 14-15)

    5PROJECTS

    CURRENT STATUS -PROJECTS

  • 5PROJECTS

    CURRENT STATUS -PROJECTS

    Stage 4: 2018-2021 Demonstration and prototype certification of single device full scale C4 WEC. Taking the technology from TRL 6 to TRL 7

    Stage 5: 2022-2023 Demonstration and type certification of pilot array with three C5 WECs.Taking the technology from TRL 7 to TRL 8

  • TARGET MARKET & WHY

    MARKETS

  • TARGET MARKET & WHY

    MARKETS

    Wind (6.5 GW) and solar (13.5GW) production: Actual time series of the period Wave production (6.0 GW): Estimate based on measured wave data and CorPower power matrix 6 GW wave energy devices evenly distributed over four sites along the coast of California

  • Anders Jansson, Commercial Director

    P. +46 707-575762

    E. [email protected]

    Web: www.corpowerocean.com

    oceanenergygroup.org.au

    COMPANY CONTACT

    http://www.corpowerocean.com/