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建物の熱利用システム

Resumen de: JP2026010331A

【課題】建物の屋根以外の部位を集熱のために有効利用する。【解決手段】建物の熱利用システム１は、建物の側面に沿って設けられ、液体を太陽熱で加熱することで集熱する集熱器２と、集熱器２で集熱した熱の蓄熱と、集熱器２で集熱した熱への新たな熱の追加の少なくともいずれかを行う中間設備３または６と、集熱器２と中間設備３とを接続する第１の配管４と、中間設備３または６と建物の熱利用部１１０とを接続する第２の配管５と、を有する。【選択図】図２

COUPLING BRIDGE BEARING HOUSING FOR SOLAR TRACKER

Resumen de: WO2026019575A1

A solar tracker bearing housing includes a closed hoop and a pier coupler. The closed hoop is formed by a base hoop portion, a first side hoop portion, a second side hoop potion, and a top hoop portion. The pier coupler is adjacent to the base hoop portion. The pier coupler includes a first coupler leg, a second coupler leg, and a coupler bridge extending along the base hoop portion between the first coupler leg and the second coupler leg.

System zum solarbetriebenen Sintern von Material

Resumen de: DE102024120547A1

System (1) zum solarbetriebenen Sintern von Material (11) mit einer Strahlungskonzentrationsvorrichtung (3) zur Bereitstellung von auf einem Fokuspunkt (5) konzentrierter Solarstrahlung, mit einer Spiegelvorrichtung (9) mit mehreren Spiegeln (13), die einen Spiegelraum (15) umgeben und eine Strahleneintrittsöffnung (17) für den Spiegelraum (15) bilden, wobei reflektierende Flächen (13a) der Spiegel (13) auf der dem Spiegelraum (15) zugewandten Seite ange-ordnet sind, und mit einer Halterung (19) zur Aufnahme des Materials (11), die in dem Spiegelraum (15) angeordnet ist, wobei die Halterung (19) einen Sinterraum (21) bildet, der sich in einer axia-len Richtung erstreckt und in dem das Material (11) anordenbar ist, wobei mindestens eine Wandung (23) aus keramischen Material den Sinterraum (21) zumindest in radialer Richtung begrenzt, wobei die mindestens eine Wandung aus keramischen Material mittels von den Spiegeln (13) reflektierter Solarstrahlung erwärmbar ist.

MODÜLER YÜKSEK ELEKTRİK ÜRETİM KAPASİTESİNE SAHİP KARAVAN

Resumen de: TR2024008131A1

Buluş, üzerinde güneş panelleri (7), akü grubu (8), invertörler (9), dağıtım panosu (10) bulunan istenilen yere çekilerek götürülen elektrik üretiminin uzay istasyonlarındaki gibi açılarak yapılabildiği modüler yüksek elektrik üretim kapasitesine sahip karavan, römork (1) sistemi ile ilgilidir.

太陽熱利用システム

Resumen de: JP2026007696A

【課題】熱利用部側に熱を安定して供給することが可能な太陽熱利用システムを提供する。【解決手段】この太陽熱利用システム１００では、蓄熱槽２内の第１熱媒の熱を利用して第２熱媒を加熱し、加熱された第２熱媒を熱利用部に流通させる第２流路４と、第２流路４の蓄熱槽を通過する部分に設けられ、第１熱媒と第２熱媒との間で熱交換を行う熱交換器と、第２流路４から分岐し、熱交換器を通過しないとともに、集熱器１において太陽熱により加熱された第２熱媒が流通する第３流路５と、第２熱媒が流通する流路を第２流路４と第３流路５とに切り替える切替部７とを備える。【選択図】図１

Wärmetauscher und PVT-Modul

Resumen de: DE102025126737A1

Ein Wärmetauscher (3), insbesondere für ein PVT-Modul (1), weist wenigstens ein mäanderförmig gebogenes Rohr (5) zur Durchströmung eines ersten Mediums sowie mehrere an parallel zueinander verlaufenden Rohrabschnitten (51) des wenigstens einen Rohres (5) angeordnete und mit diesem verlötete oder verklebte Leitbleche (13) zur Durchströmung eines zweiten Mediums in einer Durchströmungsrichtung (Y) auf, wobei an Ober- und/oder Unterkanten (131, 132) der Leitbleche (13) Ausnehmungen (12) mit im Bereich der Ausnehmungen (12) angeformten, sich in Richtung der parallel zueinander verlaufenden Rohrabschnitte (51) erstreckenden Kragen (14) vorgesehen sind, in denen Teilquerschnitte der jeweiligen Rohrabschnitte (51) des Rohres (5) an den Kragen (14) anliegend aufgenommen sind, wobei die Leitbleche (13) wenigstens paarweise über Stege (15, 24) zu einem Leitblechpaar (11) miteinander verbunden sind, wobei die Kragen (14) einander gegenüber angeordneter Leitbleche (13) eines jeweiligen Leitblechpaares (11) aufeinander zulaufend angeordnet sind.

COMPOUND MODULAR VALVE FOR PRODUCING WIDE PARTICLE CURTAINS WITH ADJUSTABLE THICKNESS AND PROFILE

Resumen de: US20260014584A1

A modular particle valve comprises a plurality of aligned and abutted valve modules that dispense particle curtain segments. The curtain segments merge to form a particle curtain having a width that is limited only by the number of included valve modules. Each valve module comprises a particle hopper and a movable element abutting the hopper from below. An actuator causes the moveable element to block or partially open a hopper outlet to provide a curtain segment of variable thickness. The resulting particle curtain can have a thickness that is uniform or shaped and adjusted according to environmental changes. The moveable elements have edges that abut without intervening structures, and in embodiments interlock while permitting separate movements thereof. Individual valve modules can be removed and reinstalled without significantly disturbing the remaining valve modules. Embodiments are incorporated into systems that dry seeds or collect solar energy by heating particles.

MINERAL INSULATED CABLE, METHOD OF MANUFACTURING A MINERAL INSULATED CABLE, AND METHOD AND SYSTEM FOR HEATING A SUBSTANCE

Resumen de: CN120883724A

A mineral insulated cable includes an elongated core including an electrically conductive ceramic-based material having a negative temperature coefficient. The elongate core is disposed on a central axis of the mineral insulated cable and is surrounded by an electrically insulating layer comprising a mineral material. The electrically conductive ceramic-based material is electrically conductive relative to the electrically insulating layer. A metal outer sheath concentrically surrounds the electrically insulating layer. Current may pass through the elongated core at a high voltage to produce up to 15 kW heat per meter of the cable.

MINERAL INSULATED CABLE, METHOD OF MANUFACTURING A MINERAL INSULATED CABLE, AND METHOD AND SYSTEM FOR HEATING A SUBSTANCE

Resumen de: CN120814335A

A mineral insulated cable includes a core including a resistive tube having an aperture surrounded by a cylindrical wall, and a semiconductor filler filled in the aperture. The cylindrical wall is surrounded by an electrically insulating layer comprising a mineral material. The cylindrical wall is made of a metallic material having a resistivity of at least 0.05 mu Omega m at 20 DEG C. The semiconductor filler is in electrical contact with the wall along a substantial length of the resistive tube. The electrical band gap of the semiconductor filler is smaller than the electrical band gap of the mineral material of the electrically insulating layer. The current may pass through the core at a high voltage to produce up to 15 kW heat per meter of the cable.

SOLAR COLLECTOR STRUCTURE WITH WATER COLLECTOR

Resumen de: EP4678830A1

The present invention relates to a structure designed to support a solar collector and additionally incorporate a water collector. The structure comprises a plurality of posts (1) arranged longitudinally in pairs, structural elements (2, 3, 4, 5, 6) that, when joined, form a longitudinal base with a V-shaped cross-section fixed to the posts (1), a channel (8) fixed to the structural elements (2, 3, 4, 5, 6) and located between each pair of adjacent solar panels (7), a gutter (9) with openings located beneath the vertex formed by the two rows of solar panels (7) and fixed to a plurality of channels (8), a support clip (10) with a fastening clip (13) and a screw that secures the solar panels (7) to the channels (8), and a container (15) located beneath the openings for collecting water from the gutter (9).

DUAL-MODE EVAPORATORS, METHODS, SOFTWARE, AND SYSTEMS FOR OPTIMIZING PERFORMANCE OF SOLAR-ASSISTED HEAT PUMPS

Resumen de: WO2024191809A2

In some aspects, dual-mode evaporators, for example, for solar-assisted heat pumps, are disclosed that are configured for optimizing both radiative and convective heat collection. In some embodiments, a dual-mode evaporator includes at least one radiation collector and at least one convection collector, wherein the radiation collector(s) is/are optimized for radiative collection and the convection collector(s) is/are optimized for convective collection. For example, a radiation collector(s) of an evaporator can have fewer airflow-disturbance features than the convection collector(s) of the same evaporator. In some aspects, control methods for solar-assisted heat pumps are disclosed. In some embodiments, the control methods are configured to operate solar-assisted heat pumps in a manner that optimizes their efficiencies based on the amount of heat available in the environments of their evaporators as determined in any one or more of a variety of ways.

GLASS EVACUATED TUBE SOLAR WATER HEATER CAPABLE OF PRODUCING DISTILLED WATER

Resumen de: MX2024011707A

The present invention relates to the technical field of solar water heaters. Provided is a glass evacuated tube solar water heater capable of producing distilled water. The glass evacuated tube solar water heater comprises an outer water tank, a plurality of upward glass evacuated heat collector tubes being communicatedly provided on the outer water tank, one end of each glass evacuated heat collector tube being provided with an opening while the other end thereof being sealed. The outer water tank is provided with a water outlet and a water inlet; a guide tube is provided in each glass evacuated heat collector tube, and the upper end of the guide tube is close to the sealed end of the glass evacuated heat collector tube and has a gap with the sealed end of the glass evacuated heat collector tube; the lower end of the guide tube is connected to an inner water tank, the inner water tank being provided with a water outlet; the water level in the glass evacuated heat collector tube is lower than the upper end of the guide tube, and after being heated and vaporized by solar energy, water in the glass evacuated heat collector tube flows into the inner water tank through the guide tube. The present invention can produce distilled water and achieves a simple and reasonable structural design.

STRUCTURE SYSTEMS, FRAME SYSTEMS, POST AND FRAME COMPONENTS, AND RELATED METHODS

Resumen de: MX2025008690A

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.

SOLAR TRACKER WITH ARTICULATED SHAFT

Resumen de: EP4675196A1

The invention relates to a single-shaft solar tracker (5) intended to be located in the heads (3) of a plurality of piles (4), wherein the piles are separated by spans and are fastened in the terrain, the solar tracker being characterised in that the shaft (5) comprises at least one flexible connection (1) located at a distance from one of the piles (4) comprised between 5% and 25% of the length of the span in which it is located.

THERMAL ENERGY STORAGE

Resumen de: MX2025013721A

A thermal energy storage and exchange device (100) comprising: - an external casing made of metal carpentry (1), - a fluidizable bed of particles (4), - metal separation means (3), peripheral to the bed of particles, and distant from 5 the walls of the external casing so as to create a hollow volume (20), - an amount of stationary particles (2) filling-in said hollow volume, - means (5) for heating the fluidized bed, in configuration so that the metal separation means allows the tightness of the fluidization air and the section of stationary particles, nor fluidized nor aerated, acts as thermal insulation.

AI A hot water generation fusion seawater source heat pump system that allows selective use of solar energy sources based on AI functions for carbon neutrality

Resumen de: KR20260000689A

집열탱크(130)로부터 가온수(태양광에 의해 가열될 물에 해당)를 저장하는 저장탱크(a100)와 상기 저장탱크(a100)의 열교환장치(a110)와 수조(a120)의 물을 배관라인(a)과 연결된 순환펌프(a130)를 통해 상기 열교환장치(a140)와 열교환 시키도록 하고, 히트펌프 시스템(a150)의 열교환기(a160)와 수조(a120)의 물을 배관라인(b)과 연결된 제2순환펌프(aa130)를 통해 상기 열교환기(a160)와 열교환 시키도록 한 상태에서, 수조(a120)의 해수(민물 포함)온도를 감지하는 온도감지센서(f)에 의해 해수온도를 감지하여 감지값이 설정온도 이하일 경우 제어부(d)는 상기 순환펌프(a130)를 가동하여 수조(a120)의 해수를 배관라인(a)에 의해 상기 열교환장치(a140)로 경유시켜 상기 열교환장치(a140)의 가온수와 열교환하여 다시 수조(a120)로 되돌아 가면서(순환) 상기 수조(a120)의 온도를 설정 온도가 될때까지 열교환하되 이 열교환 과정에 설정 온도에 도달하면 열교환을 중단하고 설정 온도에 도달하지 않을 경우 상기 제어부(d)는 상기 제2순환펌프(aa130)를 가동하여 수조(a120)의 해수를 배관라인(b)에 의해 상기 열교환기(a160)로 경유시켜 상기 열교환기(a160)와 열교환하여 다시 수조(a120)로 되돌아가면서(순환) 상기 수조(a120)의 온도를 설정 온도가 될때까지 열교환 하되

STEAM TEMPERATURE CONTROL METHOD FOR SOLAR POWER TOWER PLANT

Resumen de: WO2026001479A1

Disclosed in the present invention is a steam temperature control method for a solar power tower plant. The method integrates the control of a hot molten salt transfer pump with the control of inlet hot molten salt regulating valves of a superheater and a reheater on the basis of regulating loop control characteristics, so as to effectively mitigate the effect of temperature lag. Compared with the prior art, the method provided by the present application is based on an independent decoupled operating mode for superheated steam and reheated steam temperature regulating loops, so as to effectively meet the power change requirements of turbo-generator units. In addition, the operation of a hot salt pump flow regulating loop is adjusted on the basis of the operating states and variation trends of the superheated steam and reheated steam temperature regulating loops. To organically coordinate the interrelation, a control method based on a regulating valve position and control loop deviation characteristics is provided. The characteristics of a regulating valve position relationship within the superheated steam and reheated steam temperature regulating loops, along with the deviation states and trend information of the regulating loops, are introduced into a unified valve position integrator and a unified monitor, and by means of the unified valve position integrator and the unified monitor, monitoring and determination are performed, so as to adjust the operation of the hot salt p

CLAMPING ASSEMBLY

Resumen de: WO2026003228A1

There is disclosed a clamping assembly (10) for a solar panel (12) comprising: a deformable clamping plate (100) configured to engage the solar panel (12) at a first side (102) of the deformable clamping plate (100); a bracket (120) configured to engage the solar panel (12) opposite the deformable clamping plate (100); and a spacer (140) for defining a minimum separation distance between the bracket (120) and a portion (104) of the deformable clamping plate (100); wherein, on application of a tensioning force to the clamping assembly (10), the deformable clamping plate (100) is configured to deform to apply a clamping force to the solar panel (12), the clamping force comprising a maximum clamping force that is obtained when said portion (104) of the deformable clamping plate (100) and the bracket (120) are spaced apart by the minimum separation distance. Also disclosed is a deformable clamping plate (100) and a solar panel system.

Thermal energy storage

Resumen de: MX2025013721A

A thermal energy storage and exchange device (100) comprising: - an external casing made of metal carpentry (1), - a fluidizable bed of particles (4), - metal separation means (3), peripheral to the bed of particles, and distant from 5 the walls of the external casing so as to create a hollow volume (20), - an amount of stationary particles (2) filling-in said hollow volume, - means (5) for heating the fluidized bed, in configuration so that the metal separation means allows the tightness of the fluidization air and the section of stationary particles, nor fluidized nor aerated, acts as thermal insulation.

Fully automated vertical farm

FUTURE OF FUEL STATION

Resumen de: US20260001054A1

An apparatus includes a boiler configured to receive water, sodium hydroxide, and aluminum; a generator adjacent to the boiler and configured to generate electricity based on heat received from the boiler; a transformer electrically coupled with the generator; a hydrogen capture system coupled with the boiler and configured to capture hydrogen from the boiler; a carbon capture system coupled with the hydrogen capture system to produce hydrocarbons on-site; a nitrogen capture system coupled with the hydrogen capture system to produce ammonia on-site; and a boron 11 containment system coupled with the hydrogen capture system to produce hydrogen boron on-site.

Tracker for peripherical solar fences

Nº publicación: IL313946A 01/01/2026

Solicitante:

SUN TERRA LTD [IL]
FINAROV MOSHE [IL]
SUN TERRA LTD,
FINAROV Moshe