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211
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Updated on
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Results 200 to 211 of 211
Absstract of: CN121161767A
本发明公开了一种具备姿态自适应调整功能的浮式储能与消波平台，包括整体呈倒T形式的浮式结构，浮式结构的左右两个上表面布置多个透水舱室；透水舱室的正面为进水面，背面为透水面，进水面左右两侧各布置一个导流板，两个导流板间的开口朝透水舱室内，在两个导流板间形成进水口；每个透水舱室透水面上设置分流柱体；每个导流板与透水舱室内壁间形成夹角，夹角区竖直布置导流叶片；浮式结构的顶面设置上甲板，上甲板顶面设置储能装置，所有导流叶片与储能装置相连；进入透水舱室的流体经过分流柱体，在导流板背侧形成旋涡区，从而驱动处于旋涡区的导流叶片转动进行发电，储能装置储存电能。本发明能够降低浮式防波堤在运动状态下消波性能。
Absstract of: CN121162444A
本发明提出了一种水下可控升力翼驱动的发电装置及其使用方法，属于水下发电领域，包括平台设置在水下；霍尔发电机设置在平台上并具有旋转端；绞轮设置在旋转端上并同步转动；浮子通过绞绳连接在绞轮上；浮子在水中具有第一位置与第二位置，第一位置位于第二位置下方；当浮子在水流作用下从第一位置上浮至第二位置时，浮子带动绞轮转动并驱使旋转端同步转动，霍尔发电机将机械能转化为电能。本发明通过浮子反复升降带动霍尔发电机的旋转端转动进行发电，尽利用洋流驱使浮子升降而无需控制浮子依靠洋流进行复杂的轨迹移动，大幅降低了发电难度，而通过控制升降高度，限制了浮子带动旋转端的旋转圈数与转速，使发电效率能够保持稳定。
Absstract of: CN119084211A
The invention provides a multi-parameter collaborative optimization self-adaptive hydraulic PTO wave energy power generation system. The system comprises a hydraulic energy storage and release PTO unit, a hydraulic motor, a direct-current generator, a detection unit, an optimization unit and a control unit. The hydraulic energy storage and release PTO unit comprises a floater, a hydraulic cylinder and an energy storage unit, the energy storage unit comprises two energy accumulators, and a hydraulic motor drives a direct-current generator to generate power by using pressure potential energy released by the energy accumulators; the detection unit is used for acquiring real-time motion data of the floater and real-time pressure data of the energy accumulator; the optimization unit uses the power-stability combined optimal target function to search and obtain the optimal value of the multi-parameter combination of the wave energy power generation system, and the control unit adjusts the displacement of the hydraulic motor and the load resistance of the direct-current generator based on the optimal value of the multi-parameter combination and switches the energy storage and release processes of each energy accumulator. The power generation system provided by the invention can adaptively realize the optimal output of the generated power while ensuring the stability of power generation.
Absstract of: CN121158169A
本发明公开了一种流致涡激振动电能转化自持仿生蝠鲼潜航器及方法，其包括躯干框架，躯干框架的前部连接有头部框架，躯干框架的中部安装有控制装置，控制装置的两侧均连接有胸鳍驱动装置，胸鳍驱动装置包括若干串联的伺服电机，伺服电机的前后两侧均连接有柔性鳍板，控制装置的后部连接有尾鳍驱动装置，躯干框架的后部连接有拖尾及声纳装置，躯干框架的后顶部安装有立鳍框架，立鳍框架的内部安装有涡激振动直线发电装置，潜航器外部还包覆有一体化仿生蒙皮，本发明创新性地将涡激振动直线发电装置集成于潜航器的立鳍和背部，提供了两种利用涡激振动能量自持的方案；并采用多个伺服电机串联驱动胸鳍，实现高度仿生运动。
Absstract of: CN121162237A
本发明公开了基于分控式电地暖的天然气水合物储层加热与采收系统，涉及海洋能源开发技术领域，海面集能供电平台实现多能综合协同发电，并为采收系统供能；分控式电地暖加热装置通过分区加热的方式实现对储层的分区温控与分解速率调节；海水提温自循环管网位于储层内部，通过泵控推拉式循环，实现表层温热海水与深层水合物储层之间的高效热交换，并为海水温差能发电提供冷源；储层热解与气体采收管网通过控制开关阀组开闭实现分区智能采收；海面作业船舶能源处理模块用于采收气体，并与采收系统交互，实现远程监控和控制。本发明构建了一种能源自给、加热均匀、可分区控制且环境友好的高效加热采收系统，实现了能源低消耗条件下的稳定安全采气。
Absstract of: CN121162443A
本发明提供一种海洋载体随动式波浪能发电装置，包括：圆筒型直线发电机、直线运动滑台、双稳态运动单元和转向调节单元，圆筒型直线发电机放置于直线运动滑台上，电机整体可以滑动，上滑轨两侧与双稳态运动单元中的上支杆架固定连接，下滑轨与双稳态运动单元中的双稳态运动框架相连接，双稳态运动单元放置于转向调节单元上形成发电装置整体结构。装置可安装在各种适宜的海洋载体，利用双稳态运动原理提高发电装置的发电效能；通过将圆筒型直线发电机、直线运动滑台，以双稳态运动弹簧为主要工具的双稳态运动单元及转向调节单元相组合，实现基于跨势能阱的双稳态运动发电，增加波浪能频率较低时的能量捕获效率，提升装置对不同海况下的发电适应性。
Absstract of: CN121158137A
本发明公开了一种利用液压与纳米摩擦联合减振的漂浮式海上光伏电站及方法，发电站包括漂浮基础，用于提供浮力支撑；支撑平台，固定设置于所述漂浮基础之上，其上安装有光伏发电系统；波浪能发电装置阵列，由多个波浪能发电装置沿周向均匀布置于所述支撑平台的外缘，用于吸收来自各个方向的波浪能以产生电能，并为所述光伏发电系统形成低波高环境；其中，所述波浪能发电装置包括液压波浪能发电子系统和纳米摩擦波浪能发电子系统，所述纳米摩擦波浪能发电子系统集成于所述液压波浪能发电子系统的浮球内部，通过联合作用将波浪能转换为电能。
Absstract of: WO2025256410A1
A wave energy converter, a power generation device and a power generation system. The wave energy converter comprises a pile foundation (1), a central column (2), and a floating body; the floating body comprises an inner float (3) and an outer float (4); the inner float (3) and the outer float (4) are both sleeved on the central column (2) and can move up and down along the central column (2); the inner float (3) is provided with an air inlet valve (8), a water inlet valve (10, 12), and a discharge valve (6, 7); and the outer float is provided with an exhaust valve (14) and a drain valve (15). The power generation device comprises the wave energy converter and a hydro-generator. The power generation system comprises an energy harvesting array module, an energy storage module, a power generation module (32), a rectifier module (39) and an energy storage battery module (40). The system can effectively improve the utilization rate of wave energy, and can also achieve grid peak regulation.
Absstract of: US2025382035A1
A floating power generation unit is provided which, by dispersing oxygen content in water as fine air bubbles while generating power on the water, increases the activity of aerobic organisms, promotes plankton growth, and improves fishing grounds. This floating power generation unit is provided with a power generator, an oxygen separator, and a float. The power generator and the oxygen separator are arranged on the top surface of the float. The floating power generation unit is provided with a first fine air bubble generating medium which supplies the oxygen separated by the oxygen separator into the water as fine air bubbles and is provided with a second fine air bubble generating medium which supplies the nitrogen separated by the oxygen separator into the water as fine air bubbles.
Absstract of: WO2025257610A1
A system 100 to change temperature 722 of shallow sea water 704 can include a plurality of a first set of equipment 200; a plurality of energy generating sources 300; a plurality of a second set of equipment 400; and a control and command station 500 such that when the control and command station 500 receives a plurality of data from the plurality of the second 5 set of equipment 400, compares data with a plurality of predefined optimal data values, and in case one or plurality of values is different from the corresponding predefined optimal data value that affecting temperature of the shallow sea water 704, the control and command station 500 generate commands to operate the plurality of the first set of equipment 200 to bring back the parameters to the predefined optimal data value to change temperature 722 of 0 the shallow sea water 704 that helps to avoid induced bleaching of coral reefs 102.
Nº publicación: ES1325916U 18/12/2025
Applicant:
RENEWABLE OCEAN ENERGY S L [ES]
RENEWABLE OCEAN ENERGY S.L
BOPI
Electronic site
