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Resultados 100 a 125 de 221
Resumen de: CN119983581A
本发明公开了一种用户侧光伏光热熔盐储能热电联供系统，其中，光伏发电模块，用于获取太阳能，以转化为电能，并传输至电用户、熔盐电加热模块和电网；熔盐槽式聚光集热模块，用于聚焦太阳能，以加热熔盐工质，并将其运送至熔盐储能模块；熔盐电加热模块，用于将电能转化为热能，以加热熔盐工质，并将升温后的熔盐工质传输至熔盐储能模块；熔盐储能模块，用于存储熔盐工质，并获取熔盐工质中的存储的热能，以将热能传输至蒸汽发生模块；蒸汽发生模块，用于利用熔盐储能模块传输的热能生成不同品位的蒸汽，以将各种不同品位的蒸汽用于发电与供热。通过本系统，可以同时为用户提供热水、不同品位蒸汽及电能，以增强对热负荷变化的适应能力。
Resumen de: JP2025072787A
【課題】吸収材を均一に加熱し且つ前記吸収材の温度を所定範囲に維持することができる二酸化炭素回収システムを提供する。【解決手段】二酸化炭素捕集モジュール１０１を収容するモジュール収容体１０と、モジュール収容体１０を収容する外装体２０と、モジュール収容体１０を覆う水３５と、外装体２０の収容部２１に水３５を供給する熱媒体供給部３０と、太陽光によって、水３５を加熱する加熱部４０と、吸収材１０２ａから脱離した二酸化炭素を回収する回収部５０と、熱媒体供給部３０によって収容部２１内に位置する水３５の温度を検出する温度検出部６０と、熱媒体供給部３０を制御する制御部９０と、を有する。制御部９０は、温度検出部６０が検出した収容部２１内の水３５の温度に基づいて前記熱媒体供給部３０によって収容部２１に新たな水３５を供給し、収容部２１内の水３５の温度Ｔ１を制御する。【選択図】図１
Resumen de: JP2025072788A
【課題】吸収材を均一に加熱し且つ前記吸収材の温度を所定の温度範囲に維持することができる二酸化炭素回収システムを提供する。【解決手段】二酸化炭素を吸収した吸収材１０２ａを加熱して、吸収材１０２ａから二酸化炭素を脱離させて回収する二酸化炭素回収システム１である。二酸化炭素回収システム１は、吸収材１０２ａを含む二酸化炭素捕集モジュール１０１を収容するモジュール収容体１０と、太陽光を集光し、モジュール収容体１０を加熱する集光部２０と、吸収材１０２ａから脱離した二酸化炭素を回収する回収部３０と、集光部２０及びモジュール収容体１０の少なくとも一方に対して照射される太陽光を遮蔽する遮蔽状態と、前記太陽光を透過させる透過状態とに変更可能な太陽光調整部５０と、を有する。【選択図】図２
Resumen de: CN119954473A
一种利用工业固废低温固化渣土造粒的方法属于建筑材料技术领域。工业固废由钢渣粉、副产石膏、矿渣粉、石灰石粉和激发剂组成，其组成比例为：钢渣粉60‑80重量份，副产石膏10‑20重量份，矿渣粉5‑20重量份，石灰石粉5‑20重量份，激发剂5‑10重量份，工业固废与建筑垃圾渣土质量比为(10‑30):100。本发明通过钢渣粉提供碱性反应环境及补充钙源、脱硫石膏粉提供SO42‑、矿渣粉提供活性钙源、超细石灰石粉提供水化产物成核位点和物理填充效应，在激发剂作用下，在40℃‑50℃的环境下，工业固废间协同水化反应生成致密凝胶产物，激发建筑渣土内部潜在的硅铝质矿物活性，进一步促进水化硬化强度的形成，实现工业固废与建筑渣土的低温固化造粒。
Resumen de: CN119958280A
本发明涉及水泥制备的技术领域，提供一种水泥熟料的反应装置，包括壳体和阶梯组件；壳体内形成有密闭的腔室，阶梯组件设于腔室内，壳体的顶部设有进料口，进料口与腔室连通，并位于阶梯组件的上方；壳体上设有透光罩，聚光太阳能通过透光罩射入到阶梯组件上；阶梯组件包括交替设置的固定梯级和活动梯级，固定梯级的阶梯面和活动梯级的阶梯面形成用于生料流动的倾斜料床，活动梯级用于调整自身阶梯面的伸出距离。通过阶梯组件形成倾斜料床，生料在料床上流动，在流动过程中太阳能通过透光罩入射到阶梯组件上，从而在料床上形成温度梯度，也就是靠近焦平面的位置温度高，远离焦平面的位置温度较低，这能够实现水泥熟料的连续化煅烧。
Resumen de: CN119958112A
本发明涉及新能源利用、低碳、节能技术领域，是一种利用原油储罐储太阳能的装置及其使用方法，前者包括太阳能集热器和生产储罐，太阳能集热器与热媒储罐壁换热器之间连通有吸热后管线，热媒储罐壁换热器与太阳能集热器之间连通有放热后管线，用热介质储罐壁换热器连通有用热介质输入管线和用热介质输出管线，太阳能集热器采集太阳的热能后，携带有热能的吸热体与储能原油循环换热，升温后的储能原油持与生产储罐内的升温后的储能原油循环换热。本发明通过将太阳能转换为油田开采用热，极大提高了对太阳能热的利用效率，减少了天然气及原油的自消耗，冬季与绿电供电装置联合使用，可以实现原油生产过程的CO2近零碳排放。
Resumen de: CN119958115A
本发明公开了一种太阳能热水器，涉及热水器领域，包括热水器水桶，热水器水桶底部处安装有安装架，安装架的斜侧安装有太阳能热水组件，太阳能热水组件包括安装框，安装框顶部处通过合页铰接安装有顶盖，安装框顶部处开设有若干个槽道，槽道处安装有加热管，安装框的一侧边上安装有出水管和进水管；槽道内对称转动设置有转动盘，转动盘上转动固定有弧形片状的反射板，安装框远离顶盖的一端开设有传动腔，传动腔内安装有辅助转动盘角度调整的调节组件。本发明可以在日照条件较差的情况，提供更好的加热条件，从而尽量避免出现加热管的一侧边上朝向接收阳光进行照射加热，照射效率较差等情况。
Resumen de: CN119958364A
本发明公开了涉及热泵技术领域的一种太阳能耦合空气源热泵的高效供热系统及工作方法。包括：太阳能集热模组、空气源热泵模组和用户端；所述空气源热泵模组包括：机架，所述机架固接有若干个蒸发器，所述蒸发器上设置有用于对其进行清理的清理组件；所述清理组件包括：两个电动滑轨，均固接于所述蒸发器，所述电动滑轨的滑块固接有L形架；毛刷辊，转动连接于所述L形架，所述毛刷辊固接有刷毛。本发明通过将刷毛插入蒸发器的翅片间隙内，利用刷毛限制翅片的形变，提高翅片所能承受水流冲击的力度，随后利用水流对翅片进行冲洗，如此增强对蒸发器翅片的清理效果，提高蒸发器翅片的洁净度，有利于保持蒸发器的工作效率。
Resumen de: CN119958111A
本申请涉及一种油井产出液加热集输系统，属于油气开采技术领域；系统包括：第一换热器，用以实现循环传热介质和蓄热介质间的热交换；太阳能集热器，用以加热循环传热介质；传热介质循环管线，用以循环流动循环传热介质，传热介质循环管线连通太阳能集热器和第一换热器的热壳层；第二换热器，用以实现蓄热介质和油井产出液间的热交换；蓄热介质循环管线，用以循环流动蓄热介质，蓄热介质循环管线连通第一换热器的冷壳层和第二换热器的热壳层；油井产出液管线，用以输送带加热的油井产出液，油井产出液连通第二换热器的冷壳层；通过利用太阳能为集输系统提供热能，替代燃气加热与电加热，能够有效降低油田能源消耗。
Resumen de: CN119958114A
本发明公开了太阳聚焦热能模块组排式集储系统，包括箱体，箱体上设有蓄热组和导热组，所述蓄热组包括等间距设置的若干个吸焦导热带，所述吸焦导热带由若干个透镜组构成，所述透镜组包括若干个依次叠放的凸透镜，透镜组朝向导热组设置，所述导热组包括导热管，导热管一端伸出箱体外侧。通过在每个吸焦导热带中采用多个依次叠放的凸透镜组成的透镜组，能够显著提升对太阳光的聚集效率。这种多层透镜的设计不仅缩短了太阳能聚焦的距离，还提高了焦点处的能量密度，使得单位面积内的导热管能够接收更多的热能。
Resumen de: CN119962916A
本发明提出了一种含光热电站的新能源基地主体联合报量决策方法，包括：步骤1，构建考虑不确定性的储热型光热电站日运行模型：步骤2，分析沙戈荒新能源基地风电、光伏、光热与储能设备作为一个整体共同参与受端现货市场与辅助服务市场联合出清的运行方式并对两阶段不确定性进行建模；步骤3，分别对主辅市场日前申报经济效益计算方法建模；步骤4，考虑沙戈荒地区新能源出力不确定性带来的影响，构造两阶段随机优化模型给出新能源发电基地自调度策略。本发明引入日前场景，采用不同时间尺度不确定性，同时利用光热电站储热特性平抑新能源出力波动量，提升日前申报经济效益。
Resumen de: CN119949170A
本发明公开了一种昼夜温差监测的农作物保温防护装置，包括包括围栏架、聚碳酸酯围板、保温门帘、拱形直板、拱形曲板、智能控制柜、能源供给单元、透光单元及供热单元，其中，所述聚碳酸酯围板固定安装在围栏架上。本发明通过玻璃外罩和吸热管吸收太阳能，将热量传递给换热管；换热管内的氨液吸收热量后转变为气态，氨气向换热管上方流动，并进入热传管，最终流至热传管上方，热传管上方插入集热液管；通过进液管抽取蓄热罐内的水，水流进入集热液管内，带走热传管内氨气的热量，使氨气转化为氨液并流回换热管；集热液管带走的热量通过出液管流出回蓄热罐，从而储存太阳能热量；待昼夜温差变化时，可从蓄热罐取用热水加热大棚，避免温差过大。
Resumen de: FR3154977A1
La présente divulgation est relative à un ensemble modulaire flottant (1) comprenant au moins deux dispositifs flottants (D1, D2, D3) et un système de raccord; configuré pour lier mécaniquement lesdits au moins deux dispositifs flottant, ledit système de raccord comprenant - un premier élément de couplage (E1), solidaire et saillant latéralement d’un premier dispositif flottant (D1)- un deuxième élément de couplage (E2), solidaire saillant latéralement du deuxième dispositif flottant (D2)- un système de verrouillage, amovible, configuré pour lier le premier élément de couplage et le deuxième élément de couplage. Figure de l’abrégé : Figure 3
Resumen de: CN119958116A
本发明公开了一种定日镜镜架及定日镜，镜架包括扭管组件、支撑梁组件、斜撑组件、檩条组件，所述扭管组件包括主管、卡爪组件、支撑座，所述卡爪组件中间位置设置有主管穿过的通孔，所述主管上设置有支撑座，所述卡爪组件为三角形结构；所述主管上设置有多个卡爪组件，每个所述卡爪组件均与一组支撑梁组件和两组斜撑组件连接，所述支撑梁组件穿过卡爪组件一个顶点，两组所述斜撑组件一端分别与卡爪组件剩余两个顶点连接，另一端与支撑梁组件连接；所述支撑梁组件的两端与檩条组件连接。定日镜包括反射镜、立柱、电动推杆、回转减速机、镜架、连接组件。本发明增加了镜架体系的刚性，连接组件提高了结构强度和刚度，抗弯矩和扭矩性能好。
Resumen de: CN119958113A
本发明公开了一种节能的车载液体速热方法及系统，方法包括以下步骤：获取液体当前温度，同时设定加热温度，计算加热温度与液体当前温度的差值；判断差值与预设阈值的大小，当差值小于或等于预设阈值时，采用升温A模块对液体进行加热，当差值大于预设阈值时，采用升温A模块和升温B模块同时对液体进行加热；其中，所述升温A模块的热量来自于车辆的非动力能源，所述升温B模块的热量来自于车辆的动力能源；达到加热温度后的液体根据需要将液体输出；本发明能够根据用户不同的加热温度需求选择不同的升温模式，既能满足驾乘人员的加热需求，又能达到节能的目标。
Resumen de: WO2025093841A1
The present disclosure relates to a floating modular assembly (1) comprising at least two floating devices (D1, D2, D3) and a connecting system, configured to mechanically connect the at least two floating devices, the connecting system comprising - a first coupling element (E1), rigidly attached to and projecting laterally from a first floating device (D1) - a second coupling element (E2), rigidly attached to and projecting laterally from the second floating device (D2) - a removable locking system, configured to connect the first coupling element to the second coupling element.
Resumen de: US2025150020A1
A roof integrated photovoltaic system includes a starter bar having a foot base and configured to be installed to a roof deck, a plurality of water shedding layers, and a photovoltaic module. One of the plurality of water shedding layers is configured to be installed over the foot base of the starter bar, and one of another of which is configured to overlap and be installed over the one of the plurality of water shedding layers. The system further includes a foot module configured to be attached to an upper portion of the photovoltaic module. A lower portion of the photovoltaic module is configured to align with the foot base of the starter bar, and the foot module is configured to be affixed on a last overlapping layer of the plurality of water shedding layers to the roof deck.
Resumen de: US2025150027A1
A power plant system comprising a number of energy converters fed by light, which are preceded on the light side by a converging lens arrangement.
Resumen de: US2025151455A1
Apparatus, methods and systems of wireless power distribution are disclosed. Embodiments involve the redirection of collimated energy to a converter, which stores or converts the energy into a more suitable form of energy for at least one specific point-of-use that is coupled to the converter.
Resumen de: US2025151417A1
A solar glass assembly configured to generate energy and including a framing assembly having a plurality of framing elements enclosing a cavity, an upper frame surface, and a lower frame surface opposing the upper frame surface, an upper transparent glass layer coupled to the upper frame surface, defining a plurality of enclosed lens apertures with a plurality of magnifying lenses disposed therein and a lower glass layer coupled to the framing assembly and opposing the upper transparent glass layer, and a plurality of honeycomb lattice structures each housed within the cavity, of an electrically and thermally conductive material, interposed between the upper transparent glass layer and the lower glass layer, electrically coupled to a diode, and housing a semiconductor material within a cavity therein, directly coupled thereto, and disposed underneath one of the plurality of magnifying lenses to focus incoming solar light to the semiconductor material.
Resumen de: US2025148176A1
In an example, a system to modify a severe weather vortex comprises a controller configured to specify initial conditions for formation of the severe weather vortex, model the severe weather vortex with equations of fluid dynamics based on the initial conditions to produce a simulated severe weather vortex, and computationally add energy to a vortex generation area at an upper part of the simulated severe weather vortex to modify the simulated severe weather vortex to disrupt at least one of the formation or a travel path of the simulated severe weather vortex. A steerable mirror is oriented to focus solar energy from the sun at a vortex generation area at an upper part of the severe weather vortex based on the energy computationally added to modify the simulated severe weather vortex.
Resumen de: US2025146709A1
Prefabricated building units have been in existence for some time and are gaining popularity. However, existing prefabricated building units have exposed and/or disorganized water pipelines, electricity pipelines and/or other pipelines. They also lack outdoor independent energy supply and, thus, are not suitable in locations with no access to power grid.
Resumen de: US2025143230A1
A multi-source ground-to-air heat transfer system is configured to store thermal energy during a cooling/dehumidification mode of operation for future use during a heating mode of operation. The multi-source ground-to-air heat transfer system utilizes a ground loop that is configured under an enclosure, such as a greenhouse, and is in thermal communication with a thermal reservoir medium to conduct and store heat. A thermal exchange fluid is pumped through the ground loop and ground heat exchanger and may receive heat from a condenser during a cooling/dehumidification mode of operation and may liberate heat to the evaporator during a heating mode. The enclosure air may receive heat from the heat pump during a heating mode and may liberate heat to the evaporator during a cooling/dehumidification mode. The heat exchange system may employ a heat pump having a reversing valve to change the mode of operation.
Resumen de: WO2025095885A1
Invention; it is related to the timber drying system with solar energy sourced heat transfer fluid, which enables rapid drying of timber by transferring the heat energy received from the solar collector (1) with the heat transfer fluid that can change phase to the air taken from the environment in the heat exchanger (4). The invention especially; heat obtained from the resistance (10) and solar collector (1), which converts electrical energy obtained from the solar collector (1) into heat energy, allows it to be transferred to the heat exchanger (4) through heat transfer pipes (2), enters the air inlet (6) by transferring heat in the heat exchanger (4) and heats the air contained in the hot air pipe (5), contains 10-200 nanometer colemanite, borax, Al2O3, SiO3, CuO, TiO2, SiL, boron carbide, szaybelite, boron solid particles in it, and evaporates along with the heat received from the solar collector (1) and the resistance (10) thanks to these particles and allows for rapid heat transfer, it is related to the timber drying system containing the phase-changing heat transfer fluid that cools slowly thanks to nano-sized solid particles that hit the inner walls of the heat exchanger (4) during condensation after heat transfer.
Nº publicación: WO2025095886A1 08/05/2025
Solicitante:
ENOVER ISI SISTEMLERI ANONIM SIRKETI [TR]
ENOVER ISI S\u0130STEMLER\u0130 ANON\u0130M \u015E\u0130RKET\u0130
Resumen de: WO2025095886A1
Invention; it is related to the greenhouse drying system with heat transfer fluid, which is used to dry the foods in the greenhouse (80) by rapidly transmitting the heat accumulated in the photovoltaic thermal collector (20) with the heat transfer fluid that can change phase, in order to dry the foods in the greenhouse (80). The invention especially; It takes the heat accumulated at the back of the photovoltaic thermal collector (20) with the help of heat transfer pipes (30) and transmits it to the heat exchanger (40), transfers its heat to the air in the heat exchanger (40), and contains 10-200 nanometer colemanite, borax, AI2O3, SiO3, CuO, TiO2, SiL, boron carbide, szaybelite, boron solid particles, which enable rapid heat transfer by evaporating with the heat received from the photovoltaic thermal collector (20) thanks to these particles, are used in the heat transfer pipes (30) and heat exchanger (40) during condensation after heat transfer; it is related to the greenhouse drying system containing the phase-change heat transfer fluid that cools slowly thanks to nano-sized solid particles that hit and descend on its inner walls.
BOPI
Sede Electrónica
