Alerta

葫芦型莫比乌斯磁电熔盐固碳一体化装置

Absstract of: CN122881157A

本发明公开一种葫芦型莫比乌斯磁电熔盐固碳一体化装置，属于太阳能光热与民用低碳减排领域。装置为葫芦不倒翁分体结构，集成聚光模块、Y型石墨导热模块、莫比乌斯无摩擦磁电发电模块、熔盐固碳模块及区块链确权储能基座。多机组随温度动态调功，维持熔盐最佳固碳温度，依靠磁流体实现无摩擦发电，三级温控避免构件老化。整机设有真空充氮腔体与AI工况调度系统，可回收空调废热，封存二氧化碳，优化室内氧碳环境。本装置借助区块链生成可交易低碳数字资产，选材廉价易得，适合家用，完成降耗、废热治理与分布式固碳减碳，填补成套设备市场空白。

光重定向棱镜、重定向棱镜壁以及包含它们的太阳能电池板

Absstract of: WO2021205390A1

The present disclosure relates to light redirecting elements in solar energy absorption systems and envisages a light redirecting prism, a redirecting prismatic wall and a solar panel incorporating the same. The light redirecting prism has three elongate surfaces. The incident surface receives incident parallel rays of light. The redirecting surface performs total internal reflection of the light travelling from the incident surface through a predetermined range of angles and thus redirect the light. The transmitting surface transmits the redirected light at a predetermined angle out of the prism and directs the light towards a solar energy absorbing device. Further, a redirecting prismatic wall can be constructed to comprise redirecting prisms. The light redirecting prism or redirecting prismatic wall can be used in solar panels for enhancing quantum of light incident on the PV cell of the panel.

CURVED PHOTOVOLTAIC MEMBER AND PHOTOVOLTAIC BUILDING SURFACE

Absstract of: US20260312528A1

A curved photovoltaic member (100) includes a power generation layer (30), a current transmission layer (50), a front plate (10), and a back plate (70). The current transmission layer (50) is located at a second side (33) of the power generation layer (30) and is electrically connected to the power generation layer (30). The front plate (10) is located at a first side (31) of the power generation layer (30). The back plate (70) is located at a side of the current transmission layer (50) away from the power generation layer (30).

COOLING SYSTEM AND METHOD FOR COOLING FLOATING SOLAR PANEL

Absstract of: WO2026210325A1

Disclosed is a cooling system (100, 700) for floating solar panel (102, 702). Cooling system comprising: shell (104) configured to enclose solar panel in sealed manner, comprising: first sheet (104A, 704) adapted to receive sunlight; second sheet (104B, 706) spaced apart from first sheet; and edge connectors (106) sealing first and second sheets peripherally to form sealed enclosure, wherein solar panel is secured within shell such that: first distance (DI) is defined between first surface of solar panel and first sheet; and second distance (D2) is defined between second surface of solar panel and second sheet, first distance being smaller than second distance; cooling medium (202, 708) contained within shell and submerging solar panel, wherein temperature differential induces convection; and heat exchanger (108) coupled to shell, transferring excess heat to surrounding water (110).

UTILIZATION OF DYNAMICALLY-ADAPTIVE STRUCTURES IN ADVANCED BUILDING ENVELOPE SYSTEMS TO IMPROVE LIGHTING, THERMAL, ACOUSTIC, AND STORM PROTECTION PERFORMANCE

Absstract of: WO2026213324A1

A dynamically-adaptable building envelope system. The system comprises a plurality of structural modules for installing over a building façade. The size, shape, orientation, configuration, and material of each module is controlled to optimize any one of several indoor environmental quality parameters. A control system issues control signals responsive to environmental conditions inside or outside the building. The control signal causes a motion imparting element to apply a force to each one of the structural modules, such that each one of the structural modules assumes any configuration between and including an opened configuration and a closed configuration.

SEMI-TRANSLUCENT PHOTOVOLTAIC MODULE FOR GENERATING ELECTRICITY AND LIGHT, AN ARCHITECTURAL ELEMENT COMPRISING SAME AND MANUFACTURING METHOD

Absstract of: WO2026210045A1

The present invention relates to a semi-translucent photovoltaic module for generating electricity and light, an architectural element comprising same and a method for manufacturing the module. The module comprises at least one fixed transparent sheet (2), which comprises an array of primary optical elements (4) distributed over one of its surfaces; and a movable transparent sheet (3) with a front face comprising a photovoltaic cell matrix (5). The primary optical elements (4) consist of arrays of thin, linear Fresnel lenses with transverse asymmetry configured to concentrate sunlight on focal lines and disperse the diffuse light on the front face of the movable transparent sheet (3). The photovoltaic cell matrix (5) is configured to capture the focal lines of light concentrated by the primary optical elements (4) or let the light pass through the movable transparent sheet (3).

SOLAR TRACKER

Absstract of: WO2026210056A1

The invention relates to a floating solar tracker (200) including two side floats (220) and at least one central chamber (100) arranged therebetween. The central chamber (100) has an open-bottomed profile that allows the entry of water, and an internal geometry with two cavities separated by outer walls (L1) and at least one inner wall (L2). The system includes a support structure that connects the chamber and the floats and on which at least one photovoltaic module (230) is mounted. The inclination of the tracker is adjusted using at least a pneumatic control system that independently adjusts the buoyancy of the cavities by introducing or releasing air, thereby generating controlled movement for solar tracking. This design allows a stable balanced position without moveable mechanical components, optimising solar radiation capture on bodies of water.

TREATMENT IN A CONCENTRATION SYSTEM WITH SOLAR MIRRORS

Absstract of: WO2025114823A1

Treatment in a concentration system with solar mirrors including a reflecting surface, the treatment consisting, after any possible removal of a pre-existing coating, possible preliminary cleaning and possible polishing of such reflecting surface, in applying thereon a self-cleaning coating made of a polymer for optics, by spray technique, wherein, while dispensing the polymer for optics, the reflecting surface is kept in a horizontal position and the spray follows a direction along a vertical axis perpendicular thereto, and consisting in a possible subsequent finishing whereby a surface wettability with a static contact angle (WCA) between 70 ° and 160°,, a difference in reflectance, with respect to the untreated reflecting surface, not exceeding 10%, nm a coating transmittance at least equal to 90 % for wavelengths between 380 nm and 700, a coating transmittance of at least 85% for wavelengths between 700 nm and 1500 nm, and a coating transmittance always higher than 50% for wavelengths between 1500 nm ad 2500 nm are obtained.

二酸化炭素回収装置

Absstract of: US20260284571A1

0000 A heat medium circuit of a carbon dioxide recovery apparatus includes a heat pump, high-temperature side and low-temperature side tanks, a solar collector, high-temperature side and low-temperature side temperature sensors, a solar radiation sensor, and a control device. The heat pump heats a reactor with a high-temperature heat medium of the high-temperature side tank and cools the reactor with a low-temperature heat medium of the low-temperature side tank. The solar collector heats the heat medium by using solar thermal energy. Each temperature sensor detects a temperature of the heat medium of each tank. The solar radiation sensor detects an amount of solar radiation at the solar collector. The control device switches circulation of the heat medium from the solar collector to each tank in accordance with the temperature of the heat medium of each tank and the amount of solar radiation.

軽量で、収納体積が小さく、展開可能な太陽光集光器の形状記憶設計

Absstract of: WO2025054623A1

A lightweight, low stow volume solar concentrator/collector may include one or more reflective surfaces comprising a shape memory material. The solar concentrator/collector may include.

太阳光与热辐射协同定向传输的热管理器件及制法和应用

Absstract of: CN122857979A

本发明涉及一种太阳光与热辐射协同定向传输的热管理器件及制法和应用，涉及辐射制冷与热辐射调控技术领域。该热管理器件包括基底，及在基底的底面上设置的多个结构相同的非对称锯齿单元；每个非对称锯齿单元均包括：一个第一斜面和一个第二斜面，第一斜面与第二斜面相互正交；第一斜面和第二斜面上分别设有光谱选择性膜层。本发明的热管理器件，利用非对称锯齿单元对反射太阳辐射和发射热辐射的传播方向进行几何调控，使建筑外墙反射的太阳辐射和发射热辐射优先向天空方向传播，减少传统镜面或漫反射辐射制冷器在城市街谷内引起的太阳辐射多次反射和能量滞留，以及街谷内部的长波辐射交换，从而降低街谷内部的短波及长波辐射热负荷。

热电站溢出能量回收系统、光伏板倾角优化方法及系统

Absstract of: CN122857978A

本发明提出一种热电站溢出能量回收系统、光伏板倾角优化方法及系统，能量回收系统包括：吸热塔塔身及设于其顶部的吸热器；能量回收模块包括光伏单元和电能输出单元，电能输出单元与光伏单元电连接，用于将光伏单元产生的电能供给厂用电系统或并入站内低压电网。光伏单元至少包括安装于吸热器顶部和底部的光伏阵列，包括多个环绕吸热器布置的光伏板，不同区域光伏板的固定倾角根据所在位置的光照条件差异化设置。本发明通过近场环形与远场塔身协同的多层级光伏布置及基于光线追踪的分区倾角优化，实现了对吸热器溢出光和散射弱能的全空间梯级高效回收，在零新增占地、替代传统防护罩的同时，最大化发电效率、降低厂用电率并提升高空运维便捷性。

SOLAR LIGHT INTELLIGENT DYNAMIC REGULATION SYSTEM AND METHOD BASED ON PHOTOTHERMAL COUPLING REACTION DEVICE

Absstract of: WO2026200297A1

The present invention relates to the technical field of solar light use. Disclosed are a solar light intelligent dynamic regulation system and method based on a photothermal coupling reaction device. The system comprises: a reactor body, a light regulation system comprising a light filtering member and a light adjusting member, a top window being provided, the light filtering member being arranged on a top end of the reactor body, an external light source irradiating into the reactor body via the light filtering member, and the light adjusting member being mounted above the top window for adjusting an illumination intensity entering the reactor body; and a control system comprising a detection member and a control member, the detection member being arranged on the reactor body for monitoring an illumination parameter within the reactor body, and the control member being connected to the detection member for controlling the light adjusting member. The present invention achieves precise light regulation, reflects changes in the illumination parameter in the system in real time, performs real-time regulation for conditions required by the actual reaction, and ensures precise control of experimental conditions.

METHOD FOR THE PREPARATION OF A PROTECTIVE CURING NANO-COATING FOR A PHOTOVOLTAIC PANEL, BASED ON THE 9H NANO-CERAMIC COATING AND THE INCORPORATION OF TITANIUM DIOXIDE TIO2

Absstract of: WO2026199090A1

The invention relates to a method for preparing a protective nano-coating for photovoltaic panels, with the aim of improving their energy efficiency and reducing operational interventions by up to 25%. This nano-coating is based on a 9H nano-ceramic coating to which 20 wt.% of titanium dioxide (TiO₂) has been added, obtained from titanium(IV) butoxide or isopropoxide. The TiO₂ acts as the main component of the self-cleaning layers of the coating, which lower the specific heat, reduce thermal absorption and fluctuations, and increase the effectiveness of the panel. When exposed to ultraviolet radiation, the coating triggers a sintering process that chemically bonds the nano-particles on the glass surface of the panel, forming a thin, durable film that is resistant to wear and dissolution, similar to "liquid glass", which protects the photovoltaic panel and optimises its performance.

RECEIVER

Absstract of: AU2026230215A1

Abstract The invention relates to a receiver (50) having an absorber (55) and an opening (53) for the solar rays incident on the absorber (55) during operation, wherein a window (52, 60, 61, 62) is provided, which covers the opening (53), and wherein a changing assembly (51) is provided, which interacts with said window to change the window (52) covering the opening (53) for another window (60, 61 62). ep e p

BEAM PROFILOMETRY METHOD AND SYSTEM AT OPTICAL SURFACES USING IN-SITU OPTICAL POWER SENSORS

Absstract of: US20260298704A1

0000 Orbiting spacecraft use lightweight reflecting mirrors to concentrate solar energy into powerful energy beams. Smaller mirrors direct the energy to useful locations around and within the spacecraft. A system of sensors imbedded in the mirrors and a feedback control system prevent beams from damaging spacecraft structures.

A BUILDING INTEGRATED PHOTOVOLTAIC ASSEMBLY

Absstract of: WO2026206251A1

This document describes a building integrated photovoltaic assembly that comprises a plurality of photovoltaic modules that are disposed on a housing of the photovoltaic assembly in a matrix configuration. The housing further includes an electrical interconnection network and a plurality of bypass diode mounting locations associated with the housing. The bypass diode mounting locations are configured to selectively receive and connect bypass diodes to the electrical interconnection network to adjust a density of bypass diodes across the photovoltaic modules, thereby mitigating performance losses due to shading or electrical mismatch.

INSTALLATION STRUCTURE OF FLEXIBLE SOLAR CELL

Absstract of: WO2026205083A1

The purpose of the present invention is to provide an installation structure of a flexible solar cell that exhibits high safety even when exposed to strong wind. The present invention is an installation structure of a flexible solar cell, the structure including: an installation surface having a projection part continuous in one direction; a flexible solar cell disposed on a surface having the projection part of the installation surface; a fixing member for fixing the flexible solar cell by sandwiching the same between the fixing member and the projection part; and an easily deformable member disposed between the projection part and the flexible solar cell. The easily deformable member is sandwiched, together with the flexible solar cell, between the fixing member and the projection part, and the compressive strength of the easily deformable member is 0.5-400 MPa.

HIGH ULTRAVIOLET TRANSMITTANCE OPTICAL-THERMAL COUPLING UTILIZATION DEVICE AND METHOD

Absstract of: WO2026200298A1

The present invention relates to the technical field of solar energy, and disclosed are a high ultraviolet transmittance optical-thermal coupling utilization device and method. The device comprises: a reactor body, wherein a reaction chamber is provided in the reactor body; a light-transmitting assembly, comprising a window and a light-transmitting member, wherein the window is provided at the top end and the side wall of the reactor body, the portion of the window on the top end and the portion of the window on the side wall are communicated with each other, and the light-transmitting member is mounted at the window and the side wall for allowing ultraviolet light to pass into the reaction chamber; and an insulation layer, arranged on the reactor body, and used for insulating the reaction chamber. The present invention ensures that ultraviolet light in sunlight can enter the interior of the device to a maximum extent, provides a sufficient ultraviolet light source for subsequent photochemical reactions, and additionally, while maintaining high transmission of the ultraviolet light, achieves an efficient heat insulation effect.

基于四阶等效热参数模型的空调需求响应潜力计算方法

Absstract of: CN122834965A

本申请公开了一种基于四阶等效热参数模型的空调需求响应潜力计算方法，获取目标建筑的围护结构参数、空调运行参数、环境参数以及室内热扰动参数，基于围护结构参数构建用于表征室内空气、内墙、外墙和屋顶热动态特性的四阶等效热参数模型；根据所述模型及各参数确定预设时段内的空调负荷基线；根据预设热舒适度约束确定所述空调负荷基线对应的空调负荷可调节边界；基于空调的实时运行状态信息、空调负荷基线和空调负荷可调节边界，得到预设时段内的空调需求响应潜力。本申请提供的方法能够提高空调负荷调节能力评估精度，兼顾用户舒适度约束，并增强对动态运行场景的适应能力。

一种基于光子能级分配利用的热光伏热电联产系统

Absstract of: CN122844766A

本发明公开一种基于光子能级分配利用的热光伏热电联产系统，涉及辐射能利用技术领域。该系统包括真空腔体、高温发射器、光子能级分配腔及光伏电池。高温发射器设置于真空腔体内，用于产生宽光谱热辐射；光子能级分配腔设置于发射器的辐射出射侧，包括水层和带通滤波片，用于对辐射光谱进行分段处理：带隙以上光子透射至光伏电池进行光电转换，带隙以下光子被水层吸收用于热能输出，实现辐射能的梯级利用。本发明通过引入光子能级分配腔，实现了辐射光谱的协同管理，在同一系统内同时输出电能与热能，降低了光伏电池的热负荷，显著提高了辐射能的综合利用效率。

太阳能驱动的纤维增强复合材料移动回收装置及方法

Absstract of: CN122834864A

本发明涉及纤维增强复合材料移动回收技术领域，公开了太阳能驱动的纤维增强复合材料移动回收装置及方法，包括移动集装箱壳体；太阳能光热供能系统，包括设置于所述移动集装箱壳体外部的可折叠抛物槽式聚光镜阵列、与所述聚光镜阵列热连接的导热介质管道、与所述导热介质管道连通的高温储热罐。该太阳能驱动的纤维增强复合材料移动回收装置，以太阳能光热作为核心一次能源，通过高效聚光和高温储热技术，直接为热解反应提供所需高温热能，从根本上减少了对化石燃料或外部电力的依赖。结合热解可燃气体的回收再燃作为辅助能源，形成了内部能量闭环，显著降低系统的外部能源消耗和长期运行成本。

一种基于反射光分布数据的槽式反射镜几何误差识别方法

Absstract of: CN122835702A

本发明公开了一种基于反射光分布数据的槽式反射镜几何误差识别方法，属于太阳能光热技术领域。包括以下步骤：获取目标反射镜组的对象标识、结构配置、检测工况及当前反射光分布数据，匹配对应的标准反射光分布配置和带有误差类型、方向及误差量标签的模板集；对数据执行背景扣除、辐射归一化、坐标校正、异常处理和矩阵化，提取质心、宽度、对称性、左右能量比及集中度；基于当前矩阵和特征向量计算标准偏差及模板相似度，确定正常状态、单侧角度偏差、双侧向内偏差、双侧向外偏差或双侧同向偏差，输出误差方向、误差量、等级和可信度。本发明使不同结构和检测工况下的数据可比，实现槽式反射镜几何误差自动分类与量化。

一种减碳高效便捷的加热撬装置及其使用方法

Absstract of: CN122834992A

本发明公开了一种减碳高效便捷的加热撬装置及其使用方法，涉及绿电加热技术领域；其装置包括撬底座，用于承载加热设备；撬顶部平台，通过型钢立柱支撑在撬底座上，在撬顶部平台上设有多个清洁能源设备；撬顶部伸缩平台，位于撬顶部平台两侧，且通过斜撑支撑在型钢立柱上，在撬顶部伸缩平台上设有多个清洁能源设备。加热设备中的第一集水箱、第二集水箱、第一电磁感应加热器、第二电磁感应加热器、电加热器、换热器位于撬底座上，太阳能集热器位于撬顶部平台上。本发明具有结构紧凑、现场安装方便、搬迁便捷等特点，不仅能够通过高效的太阳能集热器充分吸收太阳能，实现清洁能源的利用，还能够结合绿电调峰功能，有效降低加热过程中的用电成本。

一种槽式反射镜结冰识别及除冰参数生成方法及系统

Nº publicación: CN122839030A 29/09/2026

Applicant:

山东建筑大学

Absstract of: CN122839030A

本发明公开了一种槽式反射镜结冰识别及除冰参数生成方法及系统，属于太阳能光热利用技术领域。包括以下步骤：获取目标反射镜组的气象预测数据、现场环境数据、运行热参数及历史无冰运行数据，构建结冰风险特征并确定风险等级；在满足检测条件时，计算当前热性能表征值，匹配当前工况下的无冰热性能基准值并获得热性能偏差；依据热性能偏差确定结冰影响状态和除冰等级，生成除冰参数；除冰后重新计算偏差并输出除冰结束、继续除冰或异常排查标识。本发明可实现结冰预判、热性能确认、参数化除冰和效果复核的闭环处理。