1. 再生能源

Gazelle 与 Tugdock 签署海上风电组装谅解备忘录

2024 年 1 月 4 日
Gazelle Wind Power 与 Tugdock 签署了一份谅解备忘录，共同开发用于浮动海上风电场的模块化组装系统。
相关主题：瞪羚风力发电
由瞪羚风力发电公司提供
Gazelle 组件的模块化使得海上风电平台模块能够在造船厂经济高效地制造，然后运输到靠近风电场的组装港口完成。
Gazelle 组件的模块化使得海上风电平台模块能够在造船厂经济高效地制造，然后运输到靠近风电场的组装港口完成。
Gazelle 组件的模块化使得海上风电平台模块能够在造船厂经济高效地制造，然后运输到靠近风电场的组装港口完成。
Gazelle 组件的模块化使得海上风电平台模块能够在造船厂经济高效地制造，然后运输到靠近风电场的组装港口完成。
Gazelle 组件的模块化使得海上风电平台模块能够在造船厂经济高效地制造，然后运输到靠近风电场的组装港口完成。
Gazelle组件的模块化使得海上风电平台模块能够在造船厂经济高效地制造，然后运输到靠近风电场的组装港口完成。

离岸人员

爱尔兰都柏林/英国法尔茅斯——浮动式海上风电平台设计公司Gazelle Wind Power上月底与Tugdock签署了一份谅解备忘录，共同开发用于浮动式海上风电场的模块化组装系统。

Gazelle 的平台由获得专利的动态系泊系统固定到位，据说该系统可以消除因风、波浪和潮汐而产生的俯仰和平衡运动。

据称，其模块化设计可实现可扩展且适应性强的配置，对于深水部署来说更加经济实惠。该公司正在与多家开发商就潜力超过 5 吉瓦并在 2035 年之前交付的项目进行谈判。

组件的模块化旨在在造船厂提供具有成本效益的制造，然后运输到靠近风电场的组装港口。

Tugdock 潜水平台也是一项专利技术，提供了一个构建和发射平台，据说可以解决港口限制。该结构结合了钢框架和气升袋，提供额外的浮力，或者是用于提升或下水重型海洋结构的潜水平台。

Gazelle Wind Power首席执行官Jon Salazar表示：“虽然Gazelle平台具有天生的低吃水深度，但在Tugdock平台上组装组件具有显着的好处，它兼作组装夹具和发射方法，加快了平台组装速度并以安全且经济高效的方式将我们的平台放入水中。”

合作伙伴的第一个项目将是位于亚得里亚海意大利海域的莫利塞海上风电场，该项目将支持安装 70 台涡轮机，发电量为 1.05 吉瓦。

莫利塞电站占地 219 平方公里，涡轮机位于水深 88 m 至 126 m 之间。第一个平台将于 2028 年 1 月推出。

2024年3月1日

有关的

由瞪羚风力发电公司提供
Gazelle Wind Power 的浮动海上风电平台采用模块化和可扩展的设计，与当前设计相比，投入材料更少，环境足迹也更小，以解决行业对技术成本、供应链、港口基础设施和可持续性的担忧。
Gazelle Wind Power 的浮动海上风电平台采用模块化和可扩展的设计，与当前设计相比，投入材料更少，环境足迹也更小，以解决行业对技术成本、供应链、港口基础设施和可持续性的担忧。
Gazelle Wind Power 的浮动海上风电平台采用模块化和可扩展的设计，与当前设计相比，投入材料更少，环境足迹也更小，以解决行业对技术成本、供应链、港口基础设施和可持续性的担忧。
Gazelle Wind Power 的浮动海上风电平台采用模块化和可扩展的设计，与当前设计相比，投入材料更少，环境足迹也更小，以解决行业对技术成本、供应链、港口基础设施和可持续性的担忧。
Gazelle Wind Power 的浮动海上风电平台采用模块化和可扩展的设计，与当前设计相比，投入材料更少，环境足迹也更小，以解决行业对技术成本、供应链、港口基础设施和可持续性的担忧。
由图格多克提供
拖船码头
拖船码头
拖船码头
拖船码头
拖船码头
由瞪羚风力发电公司提供
瞪羚风电
瞪羚风电
瞪羚风电
瞪羚风电
瞪羚风电
由瞪羚风力发电公司提供
GWP 渲染 0327 05
GWP 渲染 0327 05
GWP 渲染 0327 05
GWP 渲染 0327 05
GWP 渲染 0327 05

索取更多信息

点击上方，即表示我承认并同意 Endeavor Business Media 的服务条款，并同意 Endeavor Business Media 使用我的联系信息与我就 Endeavor、其品牌、附属公司和/或第三方合作伙伴提供的产品进行沟通，符合以下规定奋进的隐私政策。此外，我了解我的个人信息将与该资源的任何赞助商共享，以便他们可以直接与我联系以了解他们的产品或服务。请参阅此类赞助商的隐私政策，了解有关他们如何使用您的信息的更多详细信息。您可以随时取消订阅。

原文链接/offshore_mag
  1. Renewable Energy

Gazelle, Tugdock enter offshore wind assembly MoU

Jan. 4, 2024
Gazelle Wind Power has signed an MoU with Tugdock to co-develop a modular assembly system for floating offshore wind farms.
Related To: Gazelle Wind Power
Courtesy Gazelle Wind Power
The modularity of Gazelle’s components enables the offshore wind platform modules to be fabricated cost-effectively in shipyards and then transported to an assembly port, adjacent to a wind farm to be completed.
The modularity of Gazelle’s components enables the offshore wind platform modules to be fabricated cost-effectively in shipyards and then transported to an assembly port, adjacent to a wind farm to be completed.
The modularity of Gazelle’s components enables the offshore wind platform modules to be fabricated cost-effectively in shipyards and then transported to an assembly port, adjacent to a wind farm to be completed.
The modularity of Gazelle’s components enables the offshore wind platform modules to be fabricated cost-effectively in shipyards and then transported to an assembly port, adjacent to a wind farm to be completed.
The modularity of Gazelle’s components enables the offshore wind platform modules to be fabricated cost-effectively in shipyards and then transported to an assembly port, adjacent to a wind farm to be completed.
The modularity of Gazelle’s components enables the offshore wind platform modules to be fabricated cost-effectively in shipyards and then transported to an assembly port, adjacent to a wind farm to be completed.

Offshore staff

DUBLIN, Ireland/FALMOUTH, UK — Floating offshore wind platform designer Gazelle Wind Power signed an MoU with Tugdock late last month to co-develop a modular assembly system for floating offshore wind farms.

Gazelle’s platform is held in place by a patented dynamic mooring system that is said to eliminate pitch and balance movement in response to wind, waves and tide.

Its modular design is claimed to enable scalable and adaptable configurations that are more affordable for deepwater deployments. The company is in talks with various developers on projects with potential for more than 5 GW and for delivery before 2035.

The modularity of the components is intended to provide cost-effective fabrication in shipyards followed by transport to an assembly port, adjacent to a wind farm.

The Tugdock submersible platform, also patented technology, provides a build and launch platform said to address port constraints. The structure combines a steel frame and airlift bags, which provide additional buoyancy, or alternatively a submersible platform for lifting or launching heavy marine structures.

Jon Salazar, CEO of Gazelle Wind Power, said, “While the Gazelle platform possesses a naturally low draft, there are significant benefits to assembling the modules on the Tugdock platform, which doubles as the assembly fixture and launch method, speeding up platform assembly and getting our platform into the water in a safe and cost-effective way.”

The partners’ first project will be the Molise offshore wind farm in the Italian sector of the Adriatic Sea, where the technologies will support installation of 70 turbines designed to generate 1.05 GW of electricity.

Molise will span a 219-sq-km area, with the turbines in water depths ranging from 88 m to 126 m. The first platform is due to be launched in January 2028.

01.03.2024

Related

Courtesy Gazelle Wind Power
Gazelle Wind Power’s floating offshore wind platform utilizes modular and scalable design, less input materials and a reduced environmental footprint than current designs to address industry concerns around technology costs, supply chains, port infrastructure and sustainability.
Gazelle Wind Power’s floating offshore wind platform utilizes modular and scalable design, less input materials and a reduced environmental footprint than current designs to address industry concerns around technology costs, supply chains, port infrastructure and sustainability.
Gazelle Wind Power’s floating offshore wind platform utilizes modular and scalable design, less input materials and a reduced environmental footprint than current designs to address industry concerns around technology costs, supply chains, port infrastructure and sustainability.
Gazelle Wind Power’s floating offshore wind platform utilizes modular and scalable design, less input materials and a reduced environmental footprint than current designs to address industry concerns around technology costs, supply chains, port infrastructure and sustainability.
Gazelle Wind Power’s floating offshore wind platform utilizes modular and scalable design, less input materials and a reduced environmental footprint than current designs to address industry concerns around technology costs, supply chains, port infrastructure and sustainability.
Courtesy Tugdock
Tugdock
Tugdock
Tugdock
Tugdock
Tugdock
Courtesy Gazelle Wind Power
Gazelle Wind Power
Gazelle Wind Power
Gazelle Wind Power
Gazelle Wind Power
Gazelle Wind Power
Courtesy Gazelle Wind Power
Gwp Renders 0327 05
Gwp Renders 0327 05
Gwp Renders 0327 05
Gwp Renders 0327 05
Gwp Renders 0327 05

Request More Information

By clicking above, I acknowledge and agree to Endeavor Business Media’s Terms of Service and to Endeavor Business Media's use of my contact information to communicate with me about offerings by Endeavor, its brands, affiliates and/or third-party partners, consistent with Endeavor's Privacy Policy. In addition, I understand that my personal information will be shared with any sponsor(s) of the resource, so they can contact me directly about their products or services. Please refer to the privacy policies of such sponsor(s) for more details on how your information will be used by them. You may unsubscribe at any time.