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Benj Sykes 海上风电——超越碳排放的可持续性.pdf

上传人: Fl****zo 编号:718525 2025-06-22 15页 2.36MB

1、Clean Ocean Energy:Sustainability Beyond CarbonBenj SykesPresident of the Society for Underwater Technologyrsted INTERNAL2A clean energy transition is increasingly urgent2.7 C50-75%10%USD 44 tn74%is the average global temperature increase by 2100 expected under current policiesof the global populati

2、on is at risk of exposure to periods of life-threatening heat and humidity by 2100of all species will face a very high risk of extinction if global temperatures rise by more than 2.0 Cof economic value generation globally is exposed to risks from nature lossof annual global greenhouse gas emissions

3、are from energySources:IPCC(2022),World Economic Forum(2020),Climate Watch(2021).2INTERNAL3Offshore wind is a vital tool in the race to Net Zero380 GWCurrent global offshore wind capacity at end of 2022Sources:GWEC(2024)32000 GWGlobal offshore wind capacity needed by 2050 to hit Net ZeroGlobal offsh

4、ore wind capacity needed by 2030 to hit Net Zero65 GW4Proof of Concept1991 2009 Industrialization2010 2015 Across portfolioLCoE on par with fossilsFirst zero subsidy bidWorlds largest renewable PPAUS and APAC developmentIn the past decades,rsted has pioneered offshore wind and spear-headed the indus

5、try with innovation to drive down cost of electricityCost-out&competition2016 202120122021177 63-65%LCoEEUR/MWh,Northwest Europe5Mis-informationAddressing and overcoming misuse of information from whale strandings to comparisons to nuclear energy and visual impact disinformation,to help all communit

6、ies make more informed decisions.Reducing risk to vulnerable speciesHealthy seas require action across industries.To reduce known risks to vulnerable species,innovation supports work to protect the local and wider marine environment.Grid InfrastructureInsufficient grid capacity and connection queues

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本文主要内容概括如下: 1. 清洁海洋能源的紧迫性:到2100年,全球平均温度预计将上升2.7°C,全球75%的人口可能面临生命威胁的热湿环境,若温度上升超过2.0°C,74%的物种面临高风险灭绝。(2.7°C,50-75%,74%) 2. 海上风电是实现净零排放的关键:目前全球海上风电容量为380GW,预计到2050年需达到2000GW,2030年前需达到约65GW。(380GW,2000GW,~65GW) 3. 海上风电成本降低与竞争:2016-2021年,欧洲西北部海上风电平准化度电成本(LCoE)降低65%。(65%) 4. 面临的挑战:电网基础设施不足、对非价格因素的支持滞后、基线数据与数据共享、空间规划与沿海社区转型等。 5. 创新与可持续发展:英国海上风电创新至2050年的累计收益为18.8亿英镑,创新对降低LCoE至关重要。(18.8亿英镑) 6. 生物多样性保护:Ørsted致力于科学减碳、避免和减缓负面影响、实现积极影响、全面可持续发展,并通过多个项目推动生物多样性保护。 核心数据:全球海上风电容量需求、LCoE降低幅度、创新带来的累计收益等。 关键点:清洁海洋能源的紧迫性、海上风电发展、成本降低与竞争、面临的挑战、创新与可持续发展、生物多样性保护。
"如何实现海洋清洁能源转型?" "2050年全球离岸风电需达多少GW?" "创新如何降低离岸风电成本?"
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