科研参谋长

Abstract A process for the catalytic synthesis of a cracked gas (30) from ammonia (NH₃) comprising the steps of:(a) preheating and evaporating (2) liquid ammonia (1) to obtain an ammonia gaseous stream (3);(b) subjecting said ammonia gaseous stream (3) to catalytic ammonia cracking (5, 7) in presence of heat to yield a cracked gas (30) containing nitrogen, hydrogen, and any unreacted ammonia;wherein step (b) comprises a catalytic gas-heated cracking (GHC) step (5) and a fired cracking step (7), said fired cracking step (7) being performed in a cracking furnace including a plurality of extern

Abstract 本公开涉及正极活性物质、电极和锂离子二次电池。本公开能够实现循环特性的改善。本公开的正极活性物质包含含有单晶粒子的粉体。单晶粒子包含锂过渡金属复合氧化物。锂过渡金属复合氧化物具有归属于空间群R‑3m的晶体结构，且至少包含镍。在粉体的扫描型电子显微镜图像中，单晶粒子是独立而不凝聚的1个粒子。单晶粒子为多面体状。单晶粒子包含最长边和短边。最长边沿着003面延伸。短边与最长边的末端连接。最长边和短边所成的内角为60°以上且120°以下。最长边相对于短边之比为1.10以上。

Abstract [0001] The present disclosure relates to methods (100, 200) for operating a wind turbine (10). The wind turbine (10) comprises a rotor (18) including a plurality of blades (22). A rotor disk (181) is defined by an area swept by the blades (22). The wind turbine (10) comprises a nacelle (16), a tower (15), and a yaw system (56). The methods (100, 200) comprise detecting or predicting a fire in a first blade (22f) and adjusting an azimuth angle of the rotor (18) such that the first blade (22f) is positioned in an upper half of the rotor disk (181). Furthermore, the methods (100, 200) comprise

Abstract [0001] A secondary battery module includes a battery cell including terminals and a vent, a vent potting plate including a base plate configured to cover at least the vent of the battery cell and a potting material accommodation portion provided on the base plate and located at a position corresponding to a position of the vent of the battery cell.

Abstract 根据本公开的一个实施例的液浸冷却模块可以包括：壳体，其以预定水位容纳冷却流体；至少一个单元壳体，其以浸没于所述冷却流体的方式容纳在所述壳体的内部，并且形成有供所述冷却流体流入流出所述单元壳体的内部的流动通道，在内部容纳电池模块且上部开放；以及冷凝器，其结合成对所述壳体的冷却流体汽化形成的气体进行液化并以液体状态重新投入到所述壳体的内部，其中，所述电池模块的两侧面与所述单元壳体的相对的内侧面隔开预定间隔来形成所述冷却流体的流道，包括结合于相对的所述电池模块的两侧面的多孔性吸湿部件。本公开的液浸冷却模块提高电池模块的液浸冷却的效率和可靠性，可以有效地减少整个设备的电能的消耗，实现减少碳排放的效果。

Abstract A battery module includes: a plurality of battery cells each comprising a terminal part on one side of the corresponding battery cell, and a vent at an opposite side to the one side; and a cooling plate comprising a cooling passage extending in a direction in which the plurality of battery cells are located, wherein the cooling plate comprises a vent gas passage arranged to correspond to the vents of the plurality of battery cells.

Abstract [0001] A nacelle support system (1) for a nacelle (2) of a wind turbine, comprising: a - support module (3) comprising: an open lower portion (30); an open front portion (31); a compartment (32) configured to receive a nacelle (2) through the open lower portion (30); and a locking system (33) for locking the nacelle (2) in an operative position (O) within the compartment (32); and - a support structure (4) comprising a base portion (40) and structural elements (41) extending upwards from the base portion (40); the nacelle support module (3) being configured to be connected to an upper part

Abstract [0001] The invention relates to a yeast cell that is capable of fermenting an aqueous fermentation medium comprising, per 100 mL, at least 0.8 g of a total of maltose and maltotriose, thereby producing alcohol in a concentration of 0.5 vol.% or less, based on the volume of the aqueous fermentation medium, , and that has an ability to decrease the pH of the aqueous fermentation medium by 0.7 pH units or more and/or that is capable of fermenting an aqueous fermentation medium comprising, per 100 mL, at least 0.8 g of a total of maltose and maltotriose and a total of glucose, fructose and sucr

Abstract [0001] The present disclosure relates to a charging management device for electric vehicles comprising at least one processor configured to obtain a predetermined state of charge, SoC, of a battery of the electric vehicle; determine a power consumption for reaching the predetermined SoC; determine a power consumption for preconditioning of the electric vehicle; and assign a power reserve of at least one electric charger to the electric vehicle based on the determined total power consumption. The disclosure further relates to a corresponding method, system, storage device and computer progra

Abstract [0001] A method for monitoring and analyzing the operation of a battery energy storage system (BESS) comprises, entering data parameters from one or more subsystems of a field installed BESS into a correlation matrix and extracting target correlations from the correlation matrix. The target correlations along with independent data parameters are entered into a relational coefficient matrix to identify data features. The method further includes extracting the data features from the relational coefficient matrix to a generative and adversarial artificial intelligence network model, where the

Abstract Przedmiotem zgłoszenia jest kompensator o ciągłej zmianie reaktancji oraz sposób kontroli mocy biernej z jego użyciem, przeznaczony do kompensacji napięcia w sieciach z dynamicznymi obciążeniami, np. silnikami dużej mocy. Zgłoszenie umożliwia płynną regulację reaktancji bez konwersji AC/DC, zachowując zalety systemów SVC. Kompensator zawiera transformator (1) wieloodczepowy, którego odczepy (11, 12, 13) są połączone z wyjściami przez sterowane łączniki (21, 22, 23), które są sterowane przez układ sterujący za pomocą sygnału PWM. Do wyjścia podłączona jest równolegle bateria (3) elementów reakt

Abstract Przedmiotem zgłoszenia jest ogniwo litowo-jonowe z elektrolitem żelowym, anodą oraz przeciwelektrodą oraz sposób jego wytworzenia, gdzie elektrolit żelowy nałożony jest na powierzchnię elektrody wykonanej z ligniny po karbonizacji i połączony z nią trwale w dwóch kolejnych warstwach, w których stosunek składników wynosi: dla pierwszej warstwy wewnętrznej: 78%-85% IM LiPF6 w EC/DMC, 12%-17% HEMA, 5% żywica, 0,002%-000,3% DMPA, dla drugiej warstwy: 70%-75% IM LiPF6 w EC/DMC, 18%-25% HEMA, 5% żywica, 0,002%-000,3% DMPA.

Abstract A positive electrode slurry composition, a positive electrode, a manufacturing method thereof, and a rechargeable lithium battery. The positive electrode slurry composition includes a positive electrode active material including secondary particles of a lithium nickel-based composite oxide, carbon nanotubes, and a cellulose-based additive.

Abstract A power storage device (10) includes a first power storage cell (101), a second power storage cell (102) spaced apart from the first power storage cell (101) in a predetermined direction, a third power storage cell (103) spaced apart from the second power storage cell (102) in the predetermined direction, a conductive member (850), a first spacer (701) disposed between the first power storage cell (101) and the second power storage cell (102), and a second spacer (702) disposed between the second power storage cell (102) and the third power storage cell (103). A first terminal (121b) is provid

Abstract An electric system comprises electrical components (101b, 101d, 101e) such as capacitors and/or battery elements, and at least one busbar (102a, 102d) arranged to connect two or more of poles of the electrical components electrically to each other. The busbar is tubular to allow cooling medium, such as air or cooling liquid, to flow through the busbar. As the busbar is tubular, its inner surface and its outer surface can act as cooling surfaces of the busbar. Therefore, the cooling area of the busbar can be increased without excessively increasing the room needed by the busbar. Furthermore, th

Abstract A battery device includes: a plurality of battery cells, each including a cell case provided with a relief valve that opens when internal pressure reaches a predetermined threshold; a case that houses the plurality of battery cells; a non-combustible paper that is provided at at least a part of an inner surface of the case; an intermediate material that is provided at a surface of the non-combustible paper opposite from the inner surface and that has a higher mechanical strength than the non-combustible paper; and an insulating plate that is provided at a surface of the intermediate material o

Abstract The present disclosure relates to an electrode and a rechargeable lithium battery including the electrode, and a method of manufacturing an electrode for a rechargeable lithium battery. An electrode for a rechargeable lithium battery includes an electrode current collector, a first active material layer on the electrode current collector, and a second active material layer on first active material layer. The first active material layer includes a first active material, a binder, and a conductive material. The second active material layer includes a second active material and a composite conduc

Abstract [0001] Proposed is a control rod assembly used in a reactor of a nuclear power plant and, more particularly, a control rod assembly with enhanced control rod worth using highly enriched B<4>C and for enhancing core safety under boron-free operation and top-mounted in-reactor instrumentation (TM-ICI) conditions, wherein the control rod assembly includes shutdown group neutron absorbers made of B<4>C comprising B-10 is enriched to at least 70%.

Abstract [0001] Provided are a negative electrode for a rechargeable lithium battery, a rechargeable lithium battery including the same, and a method of manufacturing a negative electrode. A negative electrode includes a negative electrode current collector and a negative electrode active material layer on the negative electrode current collector. The negative electrode active material layer includes a first negative electrode active material layer and a second negative electrode active material layer, which are stacked on the negative electrode current collector, at least one of the first and secon

Abstract [0001] A battery electric vehicle (100) controlled in control modes including a manual mode in which an electric motor (4) is controlled so as to simulate an action of a virtual vehicle equipped with a virtual engine includes: a transmission (9) configured to change a gear ratio between the electric motor (4) and a drive wheel (6F, 6R); a clutch (8) provided between the electric motor (4) and the transmission (9); a clutch operation device (24); and a control device (101) including a processor (102). The processor (102) is configured to communicate with the clutch (8) and the clutch operati

Abstract A packed bed unit for chemical processing is described. The packed bed unit includes packing material disposed within the packed bed unit, wherein the packing material includes a plurality of different compositions distributed in the packed bed unit.

Abstract 提供了一种电力控制系统，用于将电力从第一电源提供给负载和电池。第一电源将预定电压的电力传输到车载充电控制模块，所述车载充电控制模块调节电力以给电池充电。车载充电模块被配置成处理来自第一电源的电力以给电池充电。分离器模块介于第一电源和车载充电控制模块之间。分离器模块被配置为将电力从第一电源引导到负载。因此，可以在电池充电时给负载供应电力。

Abstract Disclosed are a negative electrode for a rechargeable lithium battery and a rechargeable lithium battery including the negative electrode. The negative electrode includes a current collector and a negative electrode active material layer on the current collector. The negative electrode active material layer includes a first region, a second region, and an edge region, the first region is in contact with the edge region, and the second region is not in contact with the edge region, the second region includes a crystalline carbon negative electrode active material. The edge region includes a fir

Abstract [0001] Proposed is a control rod assembly with enhanced control rod worth suitable for a small modular reactor (SMR). The control rod assembly with enhanced control rod worth includes a plurality of spider vanes provided radially on a plane perpendicular to a spider body to support control rods, wherein the control rods consist of 28 shutdown group neutron absorbers in total made of B<4>C comprising B-10 enriched to at least 70%.