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161
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15/01/2026 [06:46:00]
Resultados 150 a 161 de 161
Resumen de: US2025353022A1
A receiver system for a concentrated solar power system can include a receiver and a particle feed system. The receiver can include a rotating drum and a solar aperture. The particle feed system can include a hopper and a feedpipe. The feedpipe can include an outlet portion and an exit opening. The outlet portion of the feedpipe can be disposed within the rotating drum at a clocking angle between 116 degrees and 150 degrees, a radial angle of less than 10 degrees, and an axial angle of less than 10 degrees. The feedpipe can include one or more cross-sectional reductions to generally maintain a pipe cross-sectional area that is three times the particle flow cross-sectional area. In some embodiments, the particle feed system can include a plurality of feedpipes. The plurality of feedpipes can be aligned at an inclination corresponding to the inclination of the rotating drum.
Resumen de: US2025354724A1
A system may include a hot energy storage (HES). A system may include a cold energy storage (CES). A system may include an extraction condenser, wherein the extraction condenser receives coolth from the CES and is configured to condense at least a portion of a flare gas stream exiting a wellbore to produce a dry flare gas. A system may include a combustion generator configured to produce electrical power and combustion generator heat by combusting at least one portion of the dry flare gas or a derivative thereof and configured to provide the combustion generator heat to the HES. A system may include a thermodynamic cycle generator including a generator working fluid and configured to produce electrical power, and wherein the generator working fluid receives heat from the HES.
Resumen de: WO2025237443A2
The present application relates to a photovoltaic tile mounting structure, a photovoltaic tile assembly and a roof photovoltaic system. The photovoltaic tile mounting structure comprises: a first frame configured to be combined with a second structural member; the second structural member configured to be detachably connected to an attachment surface, wherein the second structural member is provided with a second snap-fit portion detachably connected to the attachment surface; and a first limiting member, which penetrates the first frame from outside to inside, and is configured to maintain a connection state between the second snap-fit portion and the attachment surface.
Resumen de: CN120970074A
本发明提供一种基于多场耦合感知的吸热塔热失控预防系统及方法，属于太阳能热发电技术领域，其可至少部分解决现有的多采用单一温度监测或泄漏检测手段，感知维度单一，控制策略被动，各子系统独立运行的问题，本发明包括吸热塔组件、多维度监测吸热塔组件的感知系统、与感知系统通信连接的数据融合分析系统和智能执行系统，本发明实现温度场、流场、力学场(热应力)、化学场(腐蚀)、光场和泄漏六大物理场同步感知，覆盖吸热塔各关键部位和工况，实现对潜在危险的早期捕捉，通过多场耦合算法与深度学习模型，提前15‑30分钟识别潜在风险。
Resumen de: CN120970073A
本发明涉太阳能高效利用和工业清洁供热技术领域，特别是一种防冻太阳能光伏光热集热器和地源热泵工业供热系统，防冻太阳能光伏光热集热器包括冷却管和换热件，换热器包括PV板、管外肋片、旋流器和管内肋片。本发明利用结构优化的防冻太阳能光伏光热集热器模块和地源热泵系统相结合，通过管外肋片、管内肋片及旋流器设计提高传热效率和防冻性能，并采用日内与跨季节多时蓄热技术实现太阳能与地下热能的梯级利用，同时在不同季节和负荷条件下智能切换各供热循环，不仅有效降低工业供热能耗和运行成本，还实现了电网削峰填谷和清洁低碳供热目标。
Resumen de: CN120963306A
本发明提供了一种集成光伏光热功能的新能源汽车供电供热系统及方法，以车辆顶部为主体安装平台，自上而下包括高透光高强度玻璃防护层、半透明钙钛矿光伏发电组件层、光学调控夹层、流体传热层以及底部高透光玻璃隔热层五层复合结构；光学调控夹层与底部高透光玻璃隔热层之间构建有流体传热层，流体传热层为扁平化的水循环腔体，设有智能温控的进水口和可调节流量出口，形成完整的热力学循环系统。本发明通过集成光伏光热功能，实现太阳能高效梯级利用，提升新能源汽车能源自给能力。采用半透明钙钛矿组件，可动态调节透光率，兼顾发电与隐私。智能能量管理模块优化能源分配。饮用水供应子系统保障安全，实现全季节供水。
Resumen de: CN120969799A
本发明公开了一种基于酒厂园区光储直柔一体化零碳制蒸汽系统及方法，包括电力系统、太阳能集热系统、电气化制蒸汽系统、补充热源蒸汽供应系统；所述电气化制蒸汽系统用于产生蒸汽；所述太阳能集热系统用于利用太阳能集热产生蒸汽；本发明将光伏‑储能‑充电‑直流微网‑柔性用电与太阳能蒸汽系统结合在一起，并将用电平衡分时段运行方法和蒸汽平衡分时段运行方法相互配合，从而形成基于酒厂园区光储直柔一体化零碳制蒸汽系统，形成独立直流微网、储能（储电、储热）和清洁能源互相耦合的能源微网，实现电热协同供应、实现用能系统的自我调节和柔性响应，从而形成的产、供、消一体化。
Resumen de: CN120970072A
本发明涉及一种槽式太阳能集热器支撑组件和光热发电装置，属于光热发电装置领域，该槽式太阳能集热器支撑组件包括承力框、第一横梁杆和支撑翼，承力框设有多个，且相互间隔设置；第一横梁杆连接于相邻承力框之间；支撑翼位于承力框的两侧。本发明整个槽式太阳能集热器支撑组件采用由四棱锥基本单元构成的承力框结构和与镜面连接的支撑翼结构两个部分组成。各部分符合空间桁架的设计方法，由杆件拼接组成。必要时可增添贴合抛物面的镜面网架结构来使得框架和不同形式的镜片的连接具有更强的兼容匹配性。
Resumen de: CN120969918A
本发明涉及光伏光热供暖技术领域，公开了基于动态负荷的光伏光热热泵供暖控制方法。该方法包括测量记录目标供暖区域的太阳辐照强度、环境温度、相对湿度及建筑热负荷需求，形成环境负荷数据；再基于此数据，通过多源供热组件协同配置方法优化光伏光热集热器阵列与热泵机组的连接拓扑，确定系统结构配置方案；随后依据该方案，采用光热转化效能预测方法动态预测集热器阵列输出热功率，得到预测热功率分配方案；最后基于预测热功率分配方案，利用热媒定向调度方法独立控制热媒介质在集热器阵列与热泵机组间的循环路径，生成热媒调度指令。该方法可实现供暖系统各组件的动态协同，适配建筑热负荷变化，提升系统运行的灵活性与适配性。
Resumen de: CN120970071A
本发明公开了一种槽式太阳能集热器支撑结构，包括支撑立柱和驱动立柱；支撑立柱包括第一混凝土柱体、第一预埋钢板和第一连接主体，第一预埋钢板预埋连接于第一混凝土柱体，第一连接主体连接于第一预埋钢板，第一连接主体与槽式太阳能集热器主体部分连接；驱动立柱包括第二混凝土柱体、第二预埋钢板和第二连接主体，第二预埋钢板预埋连接于第二混凝土柱体，第二连接主体连接于第二预埋钢板，第二连接主体与槽式太阳能集热器主体部分连接；第一连接主体和第二连接主体均为钢结构。本发明的槽式太阳能集热器支撑结构，提高了槽式太阳能集热器支撑结构的整体的强度、抗风抗震能力和耐久性，使用寿命长。本发明还公开了一种槽式太阳能集热器。
Nº publicación: BG113898A 17/11/2025
Solicitante:
MIHAYLOVA TANYA STOYANOVA [BG]
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Resumen de: BG113898A
Applied for economical energy supply of premises, through energy efficient storage of renewable energy current, which is the sustainable solution in energy at all levels, and also is grid electricity at low or zero cost. The main advantages of the automated photovoltaic system are that it uses additional solar energy from reflected light and stores solar energy in an optimally combined way between electrochemical and thermal energy storage and operates energy efficiently thanks to the central optimizing unit, which is configured to work with self-actualizing artificial intelligence. The automated photovoltaic system includes: a photovoltaic power generator of electrically interconnected photovoltaic panels (1). Characterized in that it is connected to a public electricity grid; having its own electrochemical accumulator (11), with a first electrical heating device (5) mounted in a solid-state thermal accumulation mass, with a second electrical heating device (7) mounted in a liquid-state thermal accumulation mass, with a central optimizing unit (12) having outputs from combined sensors (13, 14, 15 and 16), the second having an optical reflector (17) mechanically connected to the lower edge of each photovoltaic panel (1).
BOPI
Sede Electrónica
