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151
results.
Updated on
28/12/2025 [06:46:00]
Results 50 to 75 of 151
Absstract of: CN121063624A
本发明的海水淡化太阳能集热器与海水源热泵运行控制系统及方法，系统包括海水环境感知模块实时采集海水温度信号和太阳能辐照度信号；热管理模块接收海水温度信号和太阳能辐照度信号，通过预置的换热回路对海水进行梯级加热处理并生成热能输出信号；淡化控制模块接收热能输出信号并生成淡化装置驱动信号；中央协调模块分别连接海水环境感知模块与热管理模块，接收海水温度信号和太阳能辐照度信号；安全防护模块连接热管理模块与淡化控制模块，接收热能输出信号及淡化装置驱动信号。本发明的海水淡化太阳能集热器与海水源热泵运行控制系统及方法可以解决传统太阳能海水淡化系统能效低、易结垢腐蚀、运行不稳定的问题。
Absstract of: US2025369580A1
A solar energy device includes a solar panel array including a plurality of solar panels, each of the solar panels being divided into solar sub-panels. The solar sub-panels have unequal shapes but equal areas. Wires electrically connect the solar sub-panels and connect the solar panels. The solar panels are secured on a base which is formed with cutouts to receive the wires. The wires are fixed to the solar sub-panels but are free to move with respect to the base.
Absstract of: US2025368507A1
Methane may be reformed through use of a solar reformer. Example methods of methane conversion through solar energy may include: supplying water and methane to a reaction chamber of a solar reformer unit; directing, using a solar reflector external to the reaction chamber, sunlight to one or more exterior solar absorbers of one or more solar absorbers; converting the sunlight into heat with the one or more solar absorbers; directing a portion of the heat converted by the one or more exterior solar absorbers to an interior of the reaction chamber using one or more light-porous pipes disposed within the reaction chamber; vaporizing at least a portion of the water to steam; and generating, within the reaction chamber, a reformate gas from the methane and the steam by a steam-methane reaction aided by one or more catalyst rods disposed within the reaction chamber.
Absstract of: US2025373041A1
The present invention provides a solar-based multipurpose utility system which is an integrated appliance that uses solar energy to perform various utility functions such as cooking, ice melting, water heating, room heating, and food drying. The phase change material has been used in the system for enhancing the thermal storage capacity of the system. The invention supports the idea of providing wireless remote control for the overall system to the end-user using IoT-based sensors and devices. The system comprises Fresnel lens with cover (21), Fresnel lens (22), ice pot (23), water pipe (24), reflector (25), water storage tank (26), blower (13), phase change material (PCM) filled in evacuated tube arrangement (27), hot air sprayer (28), water filter (15), battery with electronic components (3), water tap (29), temperature and humidity sensor (16), exhaust fan (12), and solar panel (1).
Absstract of: US2025369655A1
The invention provides a solar collector arrangement which includes a reflector (12), a collector (14) and a support arrangement (16). The support arrangement is configured to permit relative displacement of the reflector and the collector between an operative condition, in which the collector is positioned to receive reflected radiation from the reflector, and a stowed condition. In the stowed condition, the spacing between the reflector and the collector is less than in the operative condition and the wind loading on the solar collector arrangement is less than in the operative condition. The invention extends to a solar assembly which includes a mobile platform on which the solar collector arrangement is mounted.
Absstract of: US2025373200A1
A solar energy storage management system includes a solar thermal collection unit, a photovoltaic pre-heating system, and heat exchanger. The solar thermal collection unit collects incident radiation and adds heat into a heat transfer fluid. The first photovoltaic pre-heating system pre-heats a spent stream from a utilization facility. The heat exchanger conveys heat from the heat transfer fluid and pre-heated stream to a storage stream for output to an aquifer thermal storage system. A method for managing solar energy storage and production includes collecting incident radiation with a solar thermal collection unit, adding heat into a heat transfer fluid, and conveying the heat transfer fluid to a heat exchanger for later storage of thermal energy in an aquifer thermal storage system. Systems and methods monitor heat storage and operational characteristics of the aquifer thermal storage system.
Absstract of: WO2025250313A1
Methane may be reformed through use of a solar reformer. Example methods of methane conversion through solar energy may include: supplying water and methane to a reaction chamber of a solar reformer unit; directing, using a solar reflector external to the reaction chamber, sunlight to one or more exterior solar absorbers of one or more solar absorbers; converting the sunlight into heat with the one or more solar absorbers; directing a portion of the heat converted by the one or more exterior solar absorbers to an interior of the reaction chamber using one or more light-porous pipes disposed within the reaction chamber; vaporizing at least a portion of the water to steam; and generating, within the reaction chamber, a reformate gas from the methane and the steam by a steam-methane reaction aided by one or more catalyst rods disposed within the reaction chamber.
Absstract of: EP4656506A1
A floating power plant (2) comprises a plurality of interconnected floating platforms (6) which are movable with respect to each other. Each floating platform (6) comprises a floating member (8), wherein the floating member (8) of at least one floating platform (6) has an internal chamber (9) for storing hydrogen. The floating power plant (2) is provided with an electrolyzer including a hydrogen output and a fuel cell including a hydrogen input. The largest number of the floating platforms (6) is provided with PV panels (3) and at least one of the floating platforms (6) is provided with the electrolyzer and/or the fuel cell. The electrolyzer is electrically connectable to the PV panels (3) and the hydrogen output and/or the hydrogen input is fluidly connectable to the internal chamber (9) of the floating member (8) of the at least one platform (6).
Absstract of: WO2024159230A1
The present subject matter relates to structure systems, including structures with integrated solar racking systems, frame systems, post and frame components, and related methods. In particular, the present subject matter relates to posts and frame components that form a frame system that can be used to support a roofing system. The frame system and roofing system can forma structure system. The roofing systems can include integrated solar panels in the roofing structure and/or support the use of insulated roofing panels for non-solar applications to form a roofing system for a building, a structure, or a canopy.
Absstract of: CN121046879A
本发明涉及节能减排技术领域，尤其涉及一种CO2电还原催化剂和基于CO2电还原的联供系统，所述CO2电还原催化剂包括氮掺杂多孔碳载体和负载于氮掺杂多孔碳载体上的活性组分，活性组分具有核‑壳结构，核心为Cu，外壳为硫和/或硼掺杂的Cu2O。本发明提供的CO2电还原催化剂具有高活性、高选择性和高稳定性，能够有效促进CO2在电还原过程中选择性生成CH4，且本发明基于CO2电还原的联供系统能够利用工厂废热或太阳能进行发电，同时对海水进行淡化，利用得到的电能和淡水对工厂排出的CO2进行电还原获得清洁能源CH4，充分贯彻了“变废为宝”的理念，减少了碳排放，提升了整体资源利用效率，同时减少能源成本。
Absstract of: CN121044668A
本发明提供了一种回收氨氮的太阳能界面蒸发器及其制备方法，属于水处理技术领域。本发明的太阳能界面蒸发器由基体、光热转化层和沉淀结晶层组成，其中光热转化层位于基体的上表面，沉淀结晶层位于基体的侧面。本发明所制备的太阳能界面蒸发器通过结构优化设计，利用化学沉淀反应将离子态铵转化为固体沉积物磷酸铵镁，在减少游离态氨的产生与逃逸的同时，以缓释肥的形式回收氨氮。太阳能界面蒸发器利用海水养殖尾水中含有高浓度Mg2+，仅需在蒸发器中引入磷酸根，在资源化回收氨氮生成磷酸铵镁时可减少镁盐的投加量。
Absstract of: MX2025009945A
An agricultural product processing (roasting) system that uses solar power as the primary heat source. An embodiment includes two rotating hollow chambers for containing agricultural products, such as beans or nuts, during a roasting session. An array of heliostats concentrates reflected solar radiation onto the surface of each hollow chamber, typically one chamber at a time, while the other chamber is cooling or being serviced. The rotational velocity is controlled to ensure even heating from the solar heliostat array, and temperature and humidity sensors may be used to monitor and control the system. Various actuators control the rotational velocity, the opening or closing of vents or perhaps louvers, the directional pointing of the heliostat array, and the opening of a door to empty the hollow chamber after processing.
Absstract of: MX2025010564A
An aspect of the present invention provides a building tile made from a plastic material, having a top surface and a bottom surface and generally comprising a top section and a bottom section, and wherein the top section of the building tile is configured to interlock with the top section of adjacent building tiles in a horizontal row and the bottom section of another building tile positioned above it in a vertical row, and the bottom section of the building tile is configured to interlock with the bottom section of adjacent building tiles in a horizontal row.
Absstract of: CN121025632A
本发明公开一种煤棚外附槽式集热器系统，包括水平梯度布置的槽式太阳能集热器、支撑结构及运行控制系统。槽式太阳能集热器沿煤棚长度方向设若干排，安装高度呈梯度变化且相邻排保持设定水平间距；运行控制系统含动态追光系统和冰雹检测传感系统，动态追光系统通过动态曲率方程、光压‑形变耦合方程及多体追踪算法实现对太阳的动态追踪，冰雹检测传感系统采用压电陶瓷阵列检测撞击事件，通过时频域特征区分雨雹并触发保护动作。支撑结构为UHPC增强型钢弧状结构，适配煤棚轮廓。本发明系统能在极端大风时将集热器放平锁紧，冰雹时控制镜面朝下用背板承重，可高效利用煤棚空间，提升集热效率并保障运行安全。
Absstract of: CN121036680A
本发明涉及一种漂浮式充气太阳能聚光发电装置，属于太阳能照明及供电装置技术领域。本漂浮式充气太阳能聚光发电装置，能够高比例聚光，同时聚光束光和散射光，实现电热联产，白天持续提供交流电，夜间提供照明，包括：一个充氦或氢气的充气式穹顶状发散式菲涅耳透镜和非成像太阳能聚光器组成的大聚光固定聚光器；一个其壁面覆盖有显示屏的透明圆柱体；至少一个LED灯或灯泡；一个太阳能热电和光伏混合接收器；至少一个热电模块；一个热能储存装置；一个带有充电器和充电控制器的电池组；以及一个微型逆变器。其中，透明圆柱体环绕充气聚光器，LED灯或灯泡位于聚光器和透明圆柱体之间。整个系统漂浮在空中，不占用土地。
Absstract of: CN121036676A
本发明涉及太阳能综合利用技术领域，具体为一种光伏热水系统及其控制方法，包括光伏阵列、控制系统、户用配电柜组和户用电热水器组，光伏阵列包括n个并联的光伏组串；所述控制系统包括MPPT控制模块组、防逆流单元、主干保护开关，MPPT控制模块组包括n个MPPT控制模块，防逆流单元包括n个防逆流二极管;每个光伏组串均与对应的MPPT控制模块电性相连形成第一回路，每个防逆流二极管均与对应的MPPT控制模块串联后与主干保护开关电性相连形成第二回路；MPPT控制模块能够实时监测光伏组串的输出电压和电流，自动调整光伏组串的工作状态，使系统始终处于最大功率输出状态。主干保护开关通过户用配电柜组与户用电热水器组电性相连，户用电热水器组与市电电性相连。
Absstract of: CN121023885A
本发明涉及一种适用于青藏高原多年冻土区的路基土体水分抽离系统，该系统包括通过联接管串联在一起的防雨帽、聚热管、聚热塔和水平管以及设在路基本体和基底钻孔内的多孔垫材。路基本体中的多孔垫材中设有水平透气管，水平透气管的一端与水平管相通；基底钻孔内的所述多孔垫材中设有数根竖向透气管；聚热管的外部为全封闭玻璃罩，内部为钢质的能量收集管，能量收集管上分布有均匀穿入的传热钉；聚热塔的下部为倒圆锥状的吸热底罩，吸热底罩的内部分布有发热凸钉；聚热塔的外部为稍大的倒锥形玻璃罩，其边缘设有塔罩支架；塔罩支架上设有玻璃塔罩；玻璃塔罩与倒锥形玻璃罩紧密连接。本发明可有效降低路基及基底土体水分含量。
Absstract of: CN121036156A
本发明提出一种太阳能储能空气能互补控制系统及控制方法，方法包括：采集原始数据，并构建系统状态向量；基于所述系统状态向量，计算引入电池温度修正系数的有效供能比；基于电池温度和水箱温度定义冷却可行性判据；基于所述有效供能比和所述冷却可行性判据，生成策略向量；基于所述策略向量和所述系统状态向量，计算各能源通道的当前能力；基于各能源通道的启用状态、预设的优先权重和所述当前能力，得到各能源通道的目标功率；并计算液冷水泵的占空比；以固定调度周期运行，通过判断各控制目标的变化是否超过最小变化阈值来决定保持或刷新指令；最终将各目标功率和占空比下发至相应设备。
Absstract of: CN121025635A
本申请提供一种用于定日镜清洗的控制系统和控制方法及计算设备，包括：后台规划模块，后台控制接口模块、清洗执行模块，其中，所述后台规划模块用于定期制定清洗计划；所述清洗执行模块部署于清洗终端，所述清洗终端设置在清洗车上，按照所述清洗计划指令所述清洗车执行所述定日镜的清洗，直至所述清洗计划完成；所述后台控制接口模块接收来自所述清洗执行模块的位置信息和清洗进度，并根据所述位置信息和所述清洗进度控制待清洗和/或已清洗定日镜的姿态。根据本申请的技术方案能够实现定日镜清洗的高精度、高可靠性与低运维成本，从而提升太阳能热发电控制系统的整体经济性和运行稳定性。
Absstract of: CN121025633A
一种低风载与阻尼减振的太阳能碟式聚光系统，包括聚光器、双轴跟踪装置、主梁、液量调节系统和若干钢索等；聚光器由若干圆周阵列的辐射梁和横杆构成的钢骨架、固定于钢骨架的若干镜面单元、覆盖体及设在其上的若干储液袋等组成；本发明通过覆盖体包裹聚光器背部钢骨架形成流线气动外形来降低风载荷，并使镜面单元仅反射面承受风压，有效减小其风载荷；镜面单元采用轻质支撑背架和内嵌承力骨架的轻质高刚度结构，减小反射元件在风压下的变形；将双轴跟踪装置安装在聚光器背部，靠近气动中心来减小风力矩载荷；调节储液袋和安装在主梁上能移动的储液箱的液位，实现风扰作用下聚光系统自适应液态阻尼耗能减振，提升服役光学精度。
Absstract of: US2025361008A1
A drone deployable modular system for remote solar energy generation utilizes remote-controlled multi-rotor drones configured to deliver and maintain modular heliostat units for assembly into heliostat fields in remote locations. The drone deployable modular heliostat unit may include a frame that supports at least one deployable, mirrored surface controlled by a heliostat driver. In one embodiment, the deployable, mirrored surface is a Mylar film tensioned over a mirror frame portion supported and controlled by the heliostat driver to orient a working face of the mirrored surface in various positions. The drone deployable modular heliostat unit may include a deployable stand arrangement and/or an anchor system. The modular heliostat units May be configured to be deployed in heliostat fields in a generally peripheral arrangement to provide reflected solar energy to a centrally located concentrating solar collector/energy utilization system.
Absstract of: AU2024237958A1
The present invention relates to Energy generation panel comprising at least two energy generation modules, each energy generation modules comprising a first surface presenting an energy harvesting device, a second surface, a reflecting surface, and a holding structure connecting the first and second surfaces together so as to present a volume in between, wherein the reflecting surface is configured to filter an incident sunlight thereby letting a first portion of said sunlight pass through it and reflecting a second portion of said sunlight, characterized in that said reflecting surface presents a plurality of reflecting regions differently oriented with respect to each other and each being configured to homogeneously reflect said second portion of incident light on a collecting surface of said energy harvesting device.
Absstract of: US2025361433A1
A device comprising a component configured to contain or circulate a solution, the component having a wall made of steel or a nickel-based alloy comprising chromium, a solution in contact with the wall and including a mixture of molten chloride salts. The solution also includes Ti2+ ions and Ti3+ ions, the Ti3+/Ti2+ ratio being between 20/80 and 70/30.
Absstract of: DE102024114358A1
Es wird eine Solarthermieanlage (300) mit zumindest einem Kollektortisch (100) vorgestellt, wobei der Kollektortisch (100) ein Sammelrohr (102) aufweist, das in zwei unterschiedliche Richtungen quer zu einer Längsachse des Sammelrohrs (102) abgehende Anschlüsse für Kollektorröhren (106) aufweist, wobei die Anschlüsse (108) auf gegenüberliegenden Seiten des Sammelrohrs (102) angeordnet sind. Aus beiden Richtungen sind Kollektorröhren (106) an den Anschlüssen (108) angeschlossen. Das Sammelrohr (102) ist im Wesentlichen in Nord-Süd Richtung ausgerichtet und die Kollektorröhren (106) sind im Wesentlichen in Ost-West Richtung ausgerichtet.
Nº publicación: WO2025242734A1 27/11/2025
Applicant:
GROEN UDVIKLING AF 1/11 2020 APS [DK]
GR\u00D8N UDVIKLING AF 1/11 2020 APS
Absstract of: WO2025242734A1
The invention relates to a fence (1) for protecting a planted area, comprising a plurality of glass elements (2) supported by vertical posts (3) mounted in or on an underlayer (4). Each glass element (2) includes one or more zones (5) that reduce sunlight permeability, each zone (5) comprising one or more bifacial solar cells. The total sunlight permeability through each glass element is within the range of 5-45%, enabling light transmission suitable for plant growth while generating solar energy. The fence may serve as a wind barrier and is optionally configured to attenuate noise using laminated glass, gas-filled cavities, or varying pane thicknesses. It may also supply power to agricultural systems such as irrigation or environmental sensors. The fence can include features such as non-vertical mounting, orientation-based zone distribution, and modular, replaceable panels tailored to crop type or seasonal conditions.
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