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192
results.
Updated on
20/08/2025 [06:47:00]
Absstract of: CN120488521A
本发明涉及太阳能热水器技术领域，具体是具有均衡保温式加热机制的太阳能热水器，包括太阳能储水箱模组，太阳能储水箱模组固定安装在支撑架的顶部，太阳能储水箱模组和支撑架之间设置有用于对太阳能储水箱模组内部液态水进行加热的集热管，本发明与现有技术相比较，是通过内胆多腔室配合相变材料及SMA阀片的热传导系统，以及集热管下方可随季节和时间动态调节的反光调光组件，不仅解决传统的整体水箱因太阳能输入不均导致的水温失衡问题，实现热量的分层存储与跨区域分配，而且有效弥补集热管底部光照盲区，显著提升不同时段及季节下的太阳能吸收效率。
Absstract of: CN120488517A
本发明公开了一种带有清理组件的太阳能热水器，涉及太阳能清洁装置领域，所述太阳能热水器、太阳能电池板、蓄电池，所述太阳能电池板固定安装在太阳能热水器的侧面，所述蓄电池通过线路与太阳能电池板连接，所述太阳能热水器的两侧上方设有导向结构，所述导向结构上安装有清理组件；所述清理组件包括移动组件以及复合清理结构，所述移动组件能够在导向结构的引导下上下移动；所述复合清理结构包括清理环组件以及气泡清理组件，该发明通过设置的复合清理组件能够对太阳能热水器的真空管外部进行清理，去除管壁外的灰尘等覆盖物，维持太阳能热水器的使用效果。
Absstract of: CN120488518A
本发明公开了建筑技术领域一种由集热盒拼装而成的节能型建筑及其使用方法，集热盒为六棱柱形状，集热盒的正立面中部设置有圆形的菲涅尔透镜；集热盒正立面的其他部位涂有降冰片二烯类结构涂层；集热盒的背立面上设置有通风输水口；集热盒的宽端和窄端处设置可开关的密封盖；集热盒内设有散热片；建筑主体为四棱锥形状，其基座、侧面及内部的通风柱均由集热盒组成。在冬季，可利用菲涅尔透镜进行太阳能收集，利用降冰片二烯类结构涂层和水进行太阳热能储能及释放。在夏季，也利用集热盒所容纳的水体在夜晚吸收冷量，在白天向室内释放冷量，改善室内热环境。在不需能耗的前提下改善室内热环境质量和人体舒适性。
Absstract of: AT527993A1
Die Erfindung betrifft eine Lichtbündelungseinrichtung für photoelektrische, photothermische und faseroptische Anwendungen umfassend ein oder mehrere zusammengesetzte Parabolkonzentratorenpaare, die jeweils aus einem ersten und einem zweiten Parabolkonzentrator bestehen, wobei die Brennpunkte aller Parabolflächen eines Parabolkonzentratorenpaars außerhalb seiner Symmetrieachse liegen. Die relative Ausrichtung der Parabolflächen des ersten und des zweiten Parabolkonzentrators und die Lage der Brennpunkte erlauben eine exakte Festlegung der Strahlkonvergenz des die Lichtbündelungseinrichtung verlassenden, konzentrierten Lichts. Weiters betrifft die Erfindung eine Einrichtung zur Ausrichtung zumindest einer Lichtbündelungseinrichtung nach dem Sonnenstand.
Absstract of: AT527994A1
Die Erfindung betrifft eine Lichtbündelungseinrichtung zum Einspeisen von Sonnenlicht in eine Faseroptik umfassend einen Grundkörper, an dem ein Einspeisungsabschnitt angeordnet ist und benachbart zum Einspeisungsabschnitt ein Kopplungsabschnitt mit einer Kopplungsöffnung zum Ankoppeln einer Faseroptik angeordnet ist. Im Kopplungsabschnitt ist eine Konkavlinse angeordnet, wobei zumindest eine Krümmungsfläche hin zur Kopplungsöffnung ausgerichtet ist. Alternativ oder ergänzend ist im Kopplungsabschnitt eine gekrümmte Reflexionsfläche an einer Innenfläche zur Bündelung des Sonnenlichts vorhanden. Weiters betrifft die Erfindung eine Vorrichtung zum Einfangen von Licht, ein computerimplementiertes Verfahren zum Ausrichten zumindest einer Lichtbündelungseinrichtung, ein Computerprogrammprodukt, ein computerlesbares Speichermedium und ein Herstellverfahren einer Lichtbündelungseinrichtung.
Absstract of: MX2025001391A
The invention relates to a solar installation (11) having a plurality of solar panels (19) arranged in series, wherein an innermost and an outermost solar panel (19) are provided, and having at least one holding element (13) oriented in the longitudinal direction of the solar installation (11), on which holding element the solar panels (19) are held one behind the other and along which the solar panels (11) can be displaced using engagement means from an extended operating position to a retracted protected position and vice versa, wherein adjacent solar panels (19) are connected to one another in an articulated manner such that a pushing or pulling force can be transferred from one solar panel (19) to an adjacent solar panel (19). The outermost and innermost solar panel (19) are, in the protected position, pushed against one another by a mechanical force, as a result of which a stable packet of solar panels (19) is formed which enables the solar panels (19) to protect themselves against weather influences.
Absstract of: CN120488393A
本发明属于空气净化领域，尤其涉及一种宜居生态环保装置，包括箱壳，设于箱壳开口端的盖板，盖板上设有防护网，且箱壳内设有对室内空气进行替换和净化的过滤装置。过滤组件包括设于上腔体内对室内空气排出的排风扇，并于下腔体内设有对室内空气进行补充的进风扇。下腔体内设有调温组件和遮挡组件，遮挡组件与调温组件配合，且调温组件包括设于下腔体内位于隔板底面的水箱，设于下腔体底面与水箱底面的集热器，且集热器与水箱连通，且水箱底面位于进风扇一侧设有散热片。本发明在箱壳内设有对调温组件，调温组件通过阳光进行加热，节省能源消耗。同时调温组件的设置可对进入到室内的空气温度进行控制，使得室内温度处于恒温，提高室内舒适性。
Absstract of: CN120488515A
本发明提供一种调节式全光谱太阳能逐日系统及控制方法，系统包括沿光路设置的菲涅尔透镜聚光单元、真空玻璃集热管和光伏发电单元；菲涅尔透镜聚光单元聚焦于真空玻璃集热管，转动支架转动轴心为真空玻璃集热管中心轴线，真空玻璃集热管连接有分频流体储存换热单元；菲涅尔透镜聚光单元侧面平行设置光敏电阻传感器以及光线入射角传感器，转动支架连接追光驱动装置，光敏电阻传感器和光线入射角传感器连接追光控制系统的输入端，光驱动装置和焦距调节驱动装置控制信号输入端连接光控制系统的输出端；菲涅尔透镜聚光单元连接焦距调节驱动装置；避免透镜焦距缩短而导致的光线损失问题，增加系统集热量和发电量，提高系统整体效率。
Absstract of: CN120488523A
本发明公开了一种供热系统和光热熔盐电站与煤电机组耦合的发电系统，供热系统包括：熔盐塔式吸热子系统、电厂熔盐放热子系统和管道，熔盐塔式吸热子系统包括吸热器；电厂熔盐放热子系统包括换热器；管道连接在熔盐塔式吸热子系统和电厂熔盐放热子系统之间，管道、吸热器和换热器共同构造出循环流路，熔盐适于在循环流路内流动，管道的长度为L，L满足：1km≤L≤30km。熔盐能够有效地收集太阳能并将其转化为热能。熔盐在吸热器中被加热至高温，然后传输至换热器中释放热量，用于发电或供热。采用分段多级加压输送，防止出现温降过大、压降过大、泵送功率不足等问题。通过限定管道长度可以实现跨区域供热，扩大供热范围，提高能源利用的效率。
Absstract of: CN120486615A
本发明提供了一种物理构造与数智控制耦合的低碳建筑外围护系统，包括：物理构造层和数智控制层。物理构造层为转轴式轻型围护板，具备相变蓄能与保温、隔热、隔音、密封性等方面的优良性能，涵盖热、风、光、声的自然因素调节功能；数智控制层集成了间歇空调运行状态下，无人使用时自然室温模式、开启使用时快速制冷制热模式、长时间使用时恒温模式、用电高峰时削峰模式、谷电蓄热蓄冷模式等，有利于节能降碳和电网的整体稳定。数智控制层与物理构造层紧密耦合，结合数字化智能控制的优势，将物理构造层高效、可变的特性充分发挥出来。本发明对气候环境、功能需要的适用性强，在节能、低碳的基础上达到健康、舒适的建筑内部环境要求。
Absstract of: CN120488520A
公开了太阳能颗粒吸热装置及方法，装置中，颗粒在其内间接加热，颗粒第一流量控制阀和颗粒第二流量控制阀控制进入颗粒第一吸热器内颗粒的速度和流量，颗粒在第一级颗粒吸热器内通过重力驱动流动，颗粒流出颗粒第一吸热器后通过颗粒第二流量控制阀流入颗粒混合料箱，颗粒第一吸热器为四周封闭的箱体，其受光面设置有光吸收模块和光反射模块；第二级颗粒吸热器位于第一级颗粒吸热器下方以接收来自第一级颗粒吸热器流出的颗粒并直接加热；定日镜场定向反射太阳光，光吸收模块吸收来自定日镜场的太阳光束并加热颗粒第一吸热器内的颗粒，光反射模块将来自定日镜场的光束反射到第二级颗粒吸热器表面。
Absstract of: CN120483744A
本发明涉及一种陶瓷片、陶瓷炉膛、聚光太阳能高温炉及其制备方法，陶瓷片的原料包括基础组分和外加组分；按质量百分比计，基础组分包括氧化铝80～96%，高岭土4～20%；外加组分包括占基础组分总质量1～3%的氧化钛、1～6%的氧化锆、5～11%的氧化铁和1～7%的氧化铜。本发明所得陶瓷片具有良好的吸储热功能，将其制成陶瓷炉膛并组装聚光太阳能高温炉，用于陶瓷样品烧结时，能够保障陶瓷样品连续、稳定烧结。
Absstract of: WO2024038057A1
A floating structure (1) for supporting PV panels comprises a frame (2) extending in a main plane and a plurality of elongate buoyant members (5) having respective longitudinal directions which extend in transverse direction of the main plane. Each of the buoyant members (5) has an upper part (5a) which is fixed to the frame (2) above a lower side (4) of the frame (2) and a lower part (5b) which projects from the lower side (4) of the frame (2). The upper part (5a) and the lower part (5b) are separate elements which are fixed to each other.
Absstract of: WO2025166458A1
A thermal energy system includes an outdoor panel having a first surface exposed outwardly to an outdoor environment. The first surface is an emissive and reflective surface. The outdoor panel is in heat exchange relationship with an air passage adapted to be connected to a ventilation system of a building or process. A selective layer can be applied onto a second surface of the panel opposite to the first surface thereof. A system may be provided to pivot the panel from a first position in which the emissive surface faces the outdoor environment and a second position in which the selective surface faces the outdoor environment. The panel can be perforated and depression can be formed in the emissive surface to collect water between the perforations when the thermal panel is used in a cooling mode. The emissive and reflective side of the panel can be oriented to redirect solar radiations towards a solar collector to improve the performance thereof.
Absstract of: WO2025169570A1
A solar heat collection system 1 comprises a plurality of solar heat collection members 10 installed on an installation object 5 constituting a building 2. Each solar heat collection member 10 has a hollow part 10a, a light-receiving surface 10b, a facing surface 10c, and a non-heat-insulating part 10d for performing convection heat transfer with ambient air. Each solar heat collection member 10 is installed on the installation object 5 in an installation orientation in which the facing surface 10c is inclined with respect to the installation object 5 so as to form a space together with the installation object 5. The plurality of solar heat collection members 10 are arranged with a prescribed installation interval L therebetween.
Absstract of: WO2025169684A1
Provided is a concentration difference power generation system 100 which utilizes a concentration difference liquid including a first liquid 22 and a second liquid 42 having a concentration lower than that of the first liquid, in order to provide renewable energy power generation which utilizes sunlight and easily adapts power generation amount to demand. The first liquid is in contact with a metamaterial absorber 10. Upon irradiation with sunlight, the metamaterial absorber accelerates evaporation of a solvent from the first liquid in accordance with energy from the sunlight, and increases the concentration of the solute of the first liquid. The concentration difference power generation system additionally comprises, as needed: a first liquid storage unit 30 and an evaporation pool 20 for the first liquid 22; a second liquid storage unit 40 for supplying the second liquid 42; and a concentration difference power generation unit 50.
Absstract of: WO2025168422A1
Disclosed is a thermal solar collector arrangement (1) comprising a solar energy absorbing tube (10) for a fluid and a reflector (20) arranged along the tube (10) and arranged to focus reflected light onto the tube (10) so that the fluid inside the tube (10) is heated up. The arrangement (1) has a wall (30, 35) and a foot (40, 45) on its respective first and second end (1a, 1b) through which the tube (10) extends. The reflector (20) and the walls (30, 35) are rotatable in relation to the feet (40, 45). The walls (30, 35) and feet (40, 45) are so dimensioned that the reflector (20) can be rotated from its open position where it receives sunlight into a closed position where an inner side (22) of the reflector is enclosed by the walls (30, 35), and the rotated reflector. Hereby, the reflector can easily be protected when for example a sandstorm approaches.
Absstract of: EP4600489A1
Inventive concentrated solar power systems using solar receivers, and related devices and methods, are generally described.
Absstract of: EP4601189A1
A support system for offshore solar photovoltaics equipment includes a float platform (1), float bodies (2), a ballast member (4), and a carrier frame (6) disposed on the float platform (1) and defining an accommodating space (61). The float platform (1) defines a plurality of limiting grooves (111) each of which extends in the longitudinal direction (A) and that are spaced apart from each other in a transverse direction (8) transverse to the longitudinal direction (A). The float bodies (2) are disposed in the limiting grooves (111) and protrude out of a bottom surface of the float platform (1). Each float body (2) surrounds and defines an inner space (21) adapted for a liquid or a gas to be filled therein. The ballast member (4) is connected to the float platform (1) and extends downwardly from the float platform (1) across bottom sides of the float bodies (2).
Absstract of: EP4600581A1
Disclosed is a thermal solar collector arrangement (1) comprising a solar energy absorbing tube (10) for a fluid and a reflector (20) arranged along the tube (10) and arranged to focus reflected light onto the tube (10) so that the fluid inside the tube (10) is heated up. The arrangement (1) has a wall (30, 35) and a foot (40, 45) on its respective first and second end (1a, 1b) through which the tube (10) extends. The reflector (20) and the walls (30, 35) are rotatable in relation to the feet (40, 45). The walls (30, 35) and feet (40, 45) are so dimensioned that the reflector (20) can be rotated from its open position where it receives sunlight into a closed position where an inner side (22) of the reflector is enclosed by the walls, the rotated reflector and ground surface. Hereby, the reflector 20 can easily be protected when for example a sandstorm approaches.
Absstract of: CN120466844A
本发明提出了一种光伏光热一体化装置耦合空气源热泵控制系统及方法，包括；光伏光热一体化装置、空气源热泵、储热水箱、控制系统、水循环系统、传感器采集系统；传感器采集系统包括太阳辐射传感器，出口水温传感器，环境温度传感器，热水箱温度传感器，回水温度传感器；所述控制系统用于采集并根据环境温度、太阳辐射强度、储热水箱水温、光伏光热一体化装置出口水温、用户侧水循环系统回水端的回水温度，确定对应控制策略，基于控制策略中的空气源热泵启动策略控制空气源热泵的运行，有效地提高了热泵控制系统的可靠性以及利用率。
Absstract of: CN120466032A
本发明公开了一种耦合太阳能集热与自然通风空冷的发电系统及方法，系统包括自然通风单元、太阳能集热单元、空冷单元和发电单元；所述自然通风单元采用自然通风空冷塔；所述太阳能集热单元设置在自然通风空冷塔的顶部，所述空冷单元设置在自然通风空冷塔的底部，所述太阳能集热单元和空冷单元分别与发电单元相连，所述空冷单元通过自然通风空冷塔进行散热，利用塔身的高度及塔内外空气的密度差形成抽力效应为空冷单元的散热过程提供驱动力；本发明利用塔内外空气密度差与自然通风空冷塔较高的塔身高度形成抽力效应，不需要外界机械驱动即可实现热量的高效交换，有望大幅降低太阳能热发电系统的能耗与运行成本。
Absstract of: CN120466371A
本申请提供一种扭力缓冲器，包括第一基座、第二基座和若干缓冲件，所述扭力缓冲器具有轴心线，第一基座和所述第二基座两者能够绕着轴心线相对旋转，所述缓冲件连接第一基座和第二基座，所述缓冲件能够伸缩，且若干缓冲件沿着所述轴心线呈散射状分布，本申请还提供一种定日镜立柱和定日镜。本申请的扭力缓冲器通过缓冲件连接第一基座和第二基座，当外力作用于第一基座和第二基座中的至少一者时，第一基座和/或第二基座将受力传递给缓冲件，通过缓冲件进行吸能和释能的转化，实现双向扭力缓冲；定日镜镜架在受到风载荷和回转机构运行过程中，扭力缓冲器会顺着风载荷方向有转动趋向来缓冲大部分的扭矩，以减小或避免立柱受到的瞬时力矩影响。
Absstract of: CN120466727A
本发明公开了一种新能源供暖装置及其使用方法，包括Z型结构的承载架。有益效果在于：本发明通过设置通过Z型承载架将太阳能板与集热管集尘在一体以及由太阳能追踪器、伺服电机、主齿轮以及副齿轮组成的追日系统，在供暖过程中，集热管可对供暖水进行加热，无需消耗太阳能板发出的电能，进而保证其在阴雨天气时可提供较多的电能，同时太阳能追踪传感器可实时监测太阳的位置并将检测数据传输到主控器，主控器控制伺服电机，使其通过主齿轮带动副齿轮转动，副齿轮再通过传动轴带动承载架转动，进而带动集热管以及太阳能板同步跟随太阳转动，保证其始终处于最大受光面积，进而保证集热管的发热效率以及太阳能板的发电效果。
Nº publicación: CN120466874A 12/08/2025
Applicant:
江苏心日源建筑节能科技股份有限公司
Absstract of: CN120466874A
本发明公开了一种复合冷热源及控制系统，具体涉及暖通空调系统优化控制领域，包括通过将空气源热泵、地源热泵、太阳能集热装置、电锅炉及其智能控制系统集成于一个可动态调控的多能源联合运行体系中，实现对不同季节、负荷变化及环境参数的智能适配和高效利用；本发明以地源热泵与空气源热泵为主要冷热源设备，辅以太阳能集热装置及电锅炉作为补充和应急热源，并通过上位机与PLC控制柜实现智能控制；系统在北方寒冷地区的典型工况下进行优化设计：夏季运行中，优先采用地源热泵供冷，因为地下温度相对稳定使其COP较高，可有效降低电能消耗并满足制冷需求，以解决现有技术中单一能源供暖方式在能效、可靠性及运行成本等方面的不足。
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