Battery cell including a charging port

A tubular solid oxide fuel cell assembly includes at least two tubular solid oxide fuel cell units, at least one shared current collector and a retainer for retaining a section of the fuel cell units and shared current collector in close fitting relationship therewith.

Tubular solid oxide fuel cell assembly and fuel cell device incorporating same

PROBLEM TO BE SOLVED: To provide an electrolysis cell capable of suppressing gas leakage, an electrolysis cell stack device, an electrolysis module, and an electrolysis device.SOLUTION: In a part of the side surface of a support body 1, an element part 10a formed by successively superimposing a fuel electrode layer 3, a solid electrolyte layer 4, an intermediate layer 9, and an oxygen electrode layer 6 is provided. In a portion on the side surface of the support body 1 different from a formation position of the element part 10a, an interconnector layer 8 electrically connected to the fuel electrode layer 3 is provided. The solid electrolyte layer 4 is extended up to the interconnector layer 8 in the width direction W of the support body 1 from the formation position of the element part 10a and laminated on the support body 1. The intermediate 9 is extended in the width direction W of the support body 1 from the formation position of the element body 10a and covers the solid electrolyte layer 4.

Cell stack device, module, and module housing device

A light source apparatus ( 8 ) includes a rear plate ( 80 ), a front plate ( 89 ) formed with an anode layer ( 82 ), and a cathode ( 81 ) interposed therebetween. The cathode includes a plurality of electrically conductive carriers ( 812 ) and a plurality of field emitters ( 816 ) formed thereon. The field emitters are uniformly distributed on anode-facing surfaces of the conductive carriers. The anode layer includes a plurality of curving portions ( 820 ) corresponding to the conductive carriers. Preferably, the field emitters extend radially outwardly from the corresponding conductive carriers. The conductive carriers are parallel with each other, and are located substantially on a common plane. Each of the conductive carriers can be connected with a pulling device arranged at least one end thereof, and an example of the pulling device is a spring. The conductive carriers may be cylindrical, prism-shaped or polyhedral.

Light source apparatus using field emission cathode

The present disclosure relates to a secondary battery and a battery module. The secondary battery includes: a casing including a receiving cavity and an opening which is in communication with the receiving cavity; an electrode assembly housed in the casing; a first top cover plate, which covers the opening and is connected with the casing, the first top cover plate including an insertion portion extending into the casing and an exposed portion disposed outside the casing; and a sealing member; the casing is provided with a first through hole, the insertion portion is provided with a second through hole, the second through hole includes an inlet which is in communication with the first through hole and an outlet which is in communication with the receiving cavity, and the sealing member is connected to the casing and seals the first through hole.

Secondary battery and battery module

A solid oxide fuel cell. The solid oxide fuel cell includes a unit cell, which includes a first electrode layer, an electrolyte layer, and a second electrode layer that are sequentially laminated from an inner region to an outer region of the unit cell; and an interconnector electrically connected to the first electrode layer, exposed to outside of the unit cell, and electrically insulated from the second electrode. The solid oxide fuel cell further includes a first porous current collector on an outer surface of the second electrode layer; a first adhesive layer interposed between the first porous current collector and the second electrode layer; a second porous current collector on an outer surface of the interconnector; and a second adhesive layer interposed between the second porous current collector and the interconnector.

Solid oxide fuel cell and manufacturing method thereof

A solid oxide fuel cell including a unit cell formed into a structure in which a first electrode, an electrolytic layer and a second electrode are sequentially stacked is disclosed. The unit cell of solid oxide fuel cell may include a plurality of contact grooves formed on an outer circumferential surface of the second electrode and may include current collectors respectively mounted on and in surface contact with the contact grooves of the second electrode. The current collectors may be symmetrically arranged with respect to the center axis of the unit cell. Current collection efficiency may thus be enhanced. Further, current collectors may be shared by adjacent unit cells, so that it is possible to manufacture a stack with excellent economical efficiency.

Solid oxide fuel cell and fuel cell stack

A rechargeable battery according includes a plurality of electrode assemblies including a first electrode assembly and a second electrode assembly, a case housing the plurality of electrode assemblies, a cap assembly coupled to the case, and a first safety member including a first conductive plate between the first electrode assembly and the case, a second conductive plate between the second electrode assembly and the case, and a safety fuse between the first conductive plate and the second conductive plate and coupling the first and second conductive plates together.

Rechargeable battery having safety member

An interconnecting-type solid oxide fuel cell is disclosed. The fuel cell includes a unit cell, a first current collecting member, a first insulating member, and a second current collecting member. The unit cell has a first electrode layer, an electrolyte layer, and a second electrode layer sequentially formed from an inside thereof, and has an interconnector configured for electrical connection to the first electrode layer and exposed to an outside thereof in a state in which the interconnector is insulated from the second electrode layer. The first current collecting member is formed on an outside of the interconnector and configured to collect current. The first insulating member is formed on an outside of the first current collecting member. The second current collecting member is wound around an outer circumferential surface of the second electrode layer and an outside of the first insulating member.

Interconnect-type solid oxide fuel cell and fuel cell stack having the same

A plasma display panel includes barrier ribs disposed between a front substrate and a rear substrate and define discharge cells. Sustain electrode pairs are disposed on the front substrate. Address electrodes are disposed on the rear substrate in a direction to cross the length direction of the sustain electrode pairs. A front dielectric layer covers the sustain electrode pairs, and has grooves formed in a direction parallel to the length direction of the sustain electrode pairs such that the grooves have slopes in a direction from the rear substrate towards the front substrate with ends of the sustain electrode pairs being located on a lower surface of the front substrate where shadows of the slopes are cast. A rear dielectric layer covers the address electrodes. Phosphor layers are coated in the discharge cells and a discharge gas fills the discharge cells.

Plasma display panel having reduced reflective brightness

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