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Neueste Veröffentlichungen und Patente zum Thema Energy Harvesting

Energiegewinnung

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Energiegewinnungstechnologien
Energiegewinnung Technologien ermöglichen autarke Systeme durch Umwandlung von Umgebungsenergie in elektrische Energie für verschiedene Anwendungen.

Energy-Harvesting-Technologien wandeln Umgebungsenergie in nutzbare elektrische Energie um und ermöglichen so autarke Systeme ohne externe Energiequellen. Piezoelektrische und triboelektrische Nanogeneratoren fangen mechanische Vibrationen und Reibungskräfte ein, während thermoelektrische Generatoren Temperaturgradienten für eine kontinuierliche Stromversorgung nutzen. Photovoltaische und elektromagnetische Methoden nutzen Sonnen- bzw. Hochfrequenzenergie und erweitern damit die Anwendungsbereiche. Integration mit drahtlosen Sensornetzen und IoT Geräte erfordern effiziente Energiemanagementschaltungen und Energiespeicherlösungen. Fortschritte bei Nanomaterialien und mikroelektromechanischen Systemen verbessern die Umwandlungseffizienz und Miniaturisierung. Die Energiegewinnung aus menschlichen Bewegungen und Umweltquellen unterstützt tragbar und Fernerkundungsanwendungen.

Dies ist unsere neueste Auswahl an weltweiten Veröffentlichungen und Patenten in englischer Sprache zum Thema Energy Harvesting, die in zahlreichen wissenschaftlichen Online-Zeitschriften zu den Themen piezoelektrische Energie, triboelektrischer Nanogenerator, thermoelektrischer Generator, photovoltaisches Energy Harvesting, elektromagnetisches Energy Harvesting, Vibrationsenergie, Harvesting-Schaltung, Energiespeichersystem, Nano Energy Harvesting, mikroelektromechanisches System, Energiespülung, Umgebungsenergie, Erntetransducer, Erntetransducer für Sensorknoten, Erntetransducer für drahtlose Kommunikation, Erntetransducer für IoT-Geräte, Erntetransducer für tragbare Geräte, Erntetransducer für menschliche Bewegung, Erntetransducer für RF-Signale, Erntetransducer für mechanische Belastung, Erntetransducer für Temperaturgradienten, Erntetransducer, Erntetransducer für Systemmodellierung und Erntetransducer für Optimierung.

Efficient indoor and outdoor organic photovoltaics enabled by a pyrimido[5,4-<i>d</i>]pyrimidine-based ?-conjugated polymer

Published on 2026-05-22 by Jiahui Duan, Asumi Sueyasu, Takuma Yasuda @NATURE

Abstract: Polymer Journal, Published online: 22 May 2026; doi:10.1038/s41428-026-01199-wDual-mode organic photovoltaics (OPVs) enabling efficient operation under both outdoor and indoor conditions have been developed using a pyrimido[5,4-d]pyrimidine-based π-conjugated polymer, P(PyPy-BDT). Under standard solar illumination, P(PyPy-BDT):IT-4F devices achieve a power conversion efficiency (PCE) of 9.3%. In contrast, under indoor white LED lighting (1000 lx), P(PyPy-BDT):IO-4F devices deliver a high PCE [...]


Our summary: A new dual-mode organic photovoltaic system has been developed using a pyrimido[5,4-d]pyrimidine-based π-conjugated polymer. The system achieves a power conversion efficiency of 9.3% under standard solar illumination and 20.0% under indoor LED lighting. These results highlight the potential for illumination-adaptive organic photovoltaics in efficient energy harvesting.

organic photovoltaics, π-conjugated polymer, power conversion efficiency, illumination-adaptive

Publication

Marine energy storage system, and charging method and discharging method for marine energy storage system

Patent published on the 2026-05-21 in WO under Ref WO2026102891 by EVE ENERGY STORAGE CO LTD [CN] (Liu Huiguang [cn], Wang Xuxing [cn], Feng Chaojun [cn], Gong Muhong [cn], Gui Ke [cn])

Abstract: A marine energy storage system, and a charging method and a discharging method for a marine energy storage system. The marine energy storage system comprises a power supply branch and a first high-voltage box. The power supply branch comprises an energy storage apparatus and a second high-voltage box. A first interface, a second interface, a third interface, and a fourth interface of the second high-voltage box are respectively electrically connected to a battery positive electrode and a battery[...]


Our summary: The marine energy storage system includes a power supply branch and high-voltage boxes. It features interfaces connecting to a battery and a switch circuit. This system integrates with a marine power distribution system for efficient energy management.

marine energy storage, charging method, discharging method, power distribution system

Patent

Energy storage control method and energy storage system

Patent published on the 2026-05-21 in US under Ref US20260140186 by CSI ENERGY STORAGE CO LTD [CN] (Huang Guijiang [cn], Guan Shuai [cn], Cha Ziyao [cn], Yao Meiqi [cn], Gao Lijun [cn])

Abstract: [0000] An energy storage control method and an energy storage system. The method includes: determining that an energy storage system is powered on, and obtaining an online number of energy storage cabinets in the system, a target total active power of the system, an SOH value of each cabinet, and an SOC value of each cabinet; obtaining an average SOH value based on the number and the SOH value, obtaining a first difference value between the SOH value and the average SOH value, obtaining an avera[...]


Our summary: The method monitors the status of energy storage cabinets. It calculates target power values based on SOH and SOC metrics. The system optimizes performance using preset thresholds and distribution coefficients.

Energy storage, control method, SOC, SOH

Patent

Single pole circuit breaker with contactless switching detection

Patent published on the 2026-05-20 in GB under Ref GB2701922 by EATON INTELLIGENT POWER LTD [IE] (Yogesh Suresh Rajwade [in], Vishakha Vilas Harlapur [in])

Abstract: A single-pole circuit breaker (100, figure 1) configured to conduct a current when the circuit breaker is closed; it comprises a rotatable engagement knob 210 with a coil winding (111, figure 2a) arranged around a part of it and at least one permanent magnet adjacent to it. It also comprises a control unit 106 configured to detect switching events of the single-pole circuit breaker by measuring a voltage and recording data. The circuit-breaker may also comprise a conductor (118, figure 1), senso[...]


Our summary: A single-pole circuit breaker features contactless switching detection through a control unit that measures voltage and records data. It includes a rotatable engagement knob, a coil winding, and a permanent magnet. The system can classify various switching events and communicate data wirelessly for monitoring and maintenance purposes.

circuit breaker, contactless switching, control unit, energy harvesting

Patent

Switch device and energy storage system

Patent published on the 2026-05-20 in EP under Ref EP4746011 by MUNICH ELECTRIFICATION GMBH [DE] (Menz Fabian [de], Larranaga Javier [de])

Abstract: The present invention relates to a switch device, which is capable of providing stable open or closed states, and to an energy storage system comprising the switch device. The switch device (100, 200, 300) comprises a contact arrangement, which includes at least a first fixed contact (110 , 210 , 310 ) and a first deflectable bus (108 , 208 , 308 ). A first deflectable contact region of the first deflectable bus (108 , 208 , 308 ) is configured to deflect elastically between an interruption posi[...]


Our summary: The invention describes a switch device that maintains stable open or closed states. It includes a contact arrangement with a deflectable bus that can switch between isolation and conductivity. An electric motor drives the mechanism to change the state of the contact arrangement.

switch device, energy storage, contact arrangement, electric motor

Patent

Method of dicing a semiconductor wafer

Patent published on the 2026-05-20 in EP under Ref EP4746035 by MICROSOFT TECHNOLOGY LICENSING LLC [US] (Viazmitinov Dmitrii [us])

Abstract: [0001] A method of dicing a semiconductor wafer comprises steps of a) positioning a stencil mask over the semiconductor wafer, with the stencil mask being spaced from the semiconductor wafer by a gap such that the stencil mask does not touch a component arranged on the semiconductor wafer, the stencil mask having an aperture; and b) subsequently etching through the semiconductor wafer by performing a reactive ion etch, wherein the stencil mask controls the etch. The method may allow a wafer to b[...]


Our summary: The method involves positioning a stencil mask over a semiconductor wafer and etching through the wafer using reactive ion etch. The stencil mask controls the etching process without contacting the wafer components. This technique eliminates the need for die attach tape and cleaning steps, beneficial for microelectromechanical systems.

dicing, semiconductor, stencil mask, reactive ion etch

Patent

Power supporting system with energy storage system

Patent published on the 2026-05-20 in EP under Ref EP4746229 by HITACHI ENERGY LTD [CH] (Bai Haofeng [se], Wang Feng [se], Zhang Hongyang [se], Abraham Lingan Aravind Raj [in], Fan Jianzhong [se], IngestrÖm Gunnar [se], WikstrÖm Kent [se])

Abstract: [0001] The present disclosure relates to a method of controlling a power supporting system for a power transmission or distribution system, said power supporting system being controllable to: a first power supporting mode (S8) in which said power supporting system is capable of providing active power support and reactive power support, said active power support being provided by means of an energy storage system, ESS, having been charged to an energized state, and said reactive power support bei[...]


Our summary: The document describes a method for controlling a power supporting system that provides both active and reactive power support. It outlines two operational modes: one where the energy storage system is charged and another where it is de-energized. The method includes mechanisms for managing switching behavior during transitions between these modes.

energy storage system, power transmission, voltage source converter, reactive power support

Patent

Enhancing power density of piezoelectric energy harvesters through fabric-based design for low frequency wind-induced vibrations

Published on 2026-03-16 by @OXFORD

Abstract: AbstractThis paper proposes a low-frequency, fabric-based wind energy harvester (FWEH) consisting of a flag-shaped polyester fabric affixed to an aluminum cantilever beam. The experimental research analyzes the effects of various design parameters, such as external load resistance, wind speed, and geometric properties of energy harvester, on maximum voltage, vibration frequency, and power density. Under optimal conditions, the FWEH generated an average power of 4.01 mW/cm$^{3}$ at a wind speed o[...]


Our summary: This study introduces a fabric-based wind energy harvester designed for low-frequency vibrations. Experimental results show that optimal conditions yield a significant power density increase of over 300%. The harvester achieved an average output of 4.01 mW/cm³ at specific wind speeds and load resistance.

piezoelectric, energy harvesting, wind energy, power density

Publication

Behandelte Themen: Energy Harvesting, autarke Systeme, Umgebungsenergie, elektrische Energie, piezoelektrische Nanogeneratoren, triboelektrische Nanogeneratoren, thermoelektrische Generatoren, Temperaturgradienten, photovoltaische Methoden, elektromagnetische Methoden, drahtlose Sensornetzwerke, IoT-Geräte, Energieverwaltungsschaltungen, Energiespeicherlösungen, Nanomaterialien, mikroelektromechanische Systeme, tragbare Anwendungen, Fernerkundungsanwendungen ISO 50001, IEC 62040, IEEE 1722, ISO 26262 und IEC 61131.

Glossar der verwendeten Begriffe

Internet of Things (IoT): Ein Netzwerk miteinander verbundener Geräte mit eingebetteten Sensoren, Software und anderen Technologien, die es ihnen ermöglichen, Daten über das Internet zu sammeln und auszutauschen und so die Automatisierung, Überwachung und Steuerung verschiedener Prozesse und Systeme zu erleichtern.

Historischer Kontext

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(wenn das Datum unbekannt oder nicht relevant ist, z. B. „Strömungsmechanik“, wird eine gerundete Schätzung seines bemerkenswerten Auftretens bereitgestellt)

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