9results about How to "Improve volume utilization" patented technology

The application discloses a gas storage system, in particular to a gas storage system for compressed air energy storage power station and a construction method thereof, and belongs to the technical field of design and construction of energy storage power station gas storage building. The application provides a gas storage system for compressed air energy storage power station and a construction method thereof, which can significantly reduce the sealing requirement of equipment and the stress of the structure of the gas sealing layer. The gas storage system comprises a gas storage body and a constant temperature and pressure adjusting and maintaining mechanism, the inner cavity of the constant temperature and pressure adjusting and maintaining mechanism is connected with the inner cavity of the gas storage body, and the gas pressure and temperature stored in the gas storage body are always maintained within the specified pressure and temperature variation range under the regulation and control of the delivery and regulation medium of the constant temperature and pressure adjusting and maintaining mechanism. The construction method comprises the following steps: firstly, excavating the surrounding rock base reservoir, then grouting and reinforcing, constructing the waterproof layer, installing the water supplement pipe, the drainage pipe, the flower pipe and the corrugated steel lining layer, and finally pouring the flexible concrete lining layer and backfilling and grouting.

This utility model belongs to the technical field of energy storage battery pack lower enclosure, and in particular, an integrated liquid-cooled enclosure structure, comprising: a liquid-cooled upper plate; a liquid-cooled channel plate, the liquid-cooled channel plate being fixed to the bottom of the liquid-cooled upper plate, the liquid-cooled channel plate having multiple meandering channels for uniformly guiding fluid, an inlet connector with sealing performance installed at one end along the length direction of the liquid-cooled upper plate, and an outlet connector fixed to the side of the liquid-cooled upper plate symmetrical to the inlet connector; and multiple module crossbeams, the multiple module crossbeams being arranged sequentially at both ends and the center of the liquid-cooled upper plate, the liquid-cooled upper plate having profile crossbeams riveted to the bottom corresponding to the liquid-cooled channel plate, and vertical ribs fixed within the profile crossbeams for dispersing lateral stress during load-bearing. This utility model has a simple structure, effectively improves the integration of the energy storage pack lower enclosure, increases the battery pack volume utilization rate, improves assembly efficiency, reduces costs, and is convenient for users.

The utility model belongs to the technical field of batteries, and discloses a battery connecting assembly, a single battery and electric equipment, the battery connecting assembly comprises a first output electrode, a second output electrode, an outer insulating part and a heat-resistant insulating part; the first output electrode is provided with a first side wall, and a through hole is formed in the first side wall; the second output pole is inserted into the through hole in an insulated and sealed manner and is fixedly connected with the first output pole; the outer insulation part sleeves the periphery of the second output electrode, and at least part of the outer insulation part is clamped between one side, deviating from the interior of the battery, of the first side wall and the second output electrode; a groove is formed in any one of one side, deviating from the interior of the battery, of the first side wall and the outer insulating part; the groove is filled with a part of the heat-resistant insulating part, and the other part of the heat-resistant insulating part extends out of the groove and is clamped between the first side wall and the outer insulating part, so that secondary short circuit protection between the second output electrode and the first output electrode can be realized, the safety and the reliability are improved, the structure is simple, and the cost is low.

This application provides a battery and a vehicle. The battery includes: a cell pack comprising a plurality of cells arranged and connected in series along a first direction, the plurality of cells including a first cell and a second cell, the first cell and the second cell being located at the outermost ends of the cell pack along the first direction; the first cell including a first end face away from the second cell along the first direction, the second cell including a second end face away from the first cell along the first direction, the first end face having a first connection end, the second end face having a second connection end, the polarities of the first connection end and the second connection end being opposite; a sampling unit electrically connected to the first connection end and the second connection end respectively; wherein the first end face has a first sampling end, the first sampling end having a polarity opposite to the first connection end, and the first sampling end being electrically connected to the sampling unit; and / or, the second end face has a second sampling end, the second sampling end having a polarity opposite to the second connection end, and the second sampling end being electrically connected to the sampling unit.

The utility model relates to the technical field of batteries, and particularly discloses a battery shell, a battery and a battery pack. The battery shell comprises a shell body and a blue film, the blue film wraps the outer side wall of the shell body, the outer side wall of the shell body is provided with a plurality of shell planes, every two shell planes are connected through a transition curved surface, one of all the transition curved surfaces is defined as a corner curved surface, and the other transition curved surface is defined as a corner curved surface. The head end of the blue film and the tail end of the blue film are partially overlapped to form an overlapping part, and the overlapping part is arranged on the corner curved surface and does not exceed the adjacent shell plane. According to the battery shell, the overlapping part is limited to the curved surface of the corner, so that the energy density of the battery is improved, the reliability of blue film coating is enhanced, the production yield is improved, the film coating process is simplified, and the blue film coating structure and mode of the battery shell are improved.

The utility model belongs to the technical field of batteries, and discloses a battery electrode connecting assembly, a single battery and electric equipment. The battery electrode connecting assembly comprises a battery shell, a pole, an outer insulating part and a high-temperature-resistant insulating part, wherein a through hole is formed in the battery shell; the pole comprises a middle connecting part and an outer connecting part which are sequentially arranged along the axial direction of the pole; the middle connecting part is partially inserted into the through hole in an insulating and sealing manner; at least part of the outer connecting part protrudes out of the through hole in the radial direction. The outer insulating part is arranged on the periphery of the middle connecting part in a sleeving manner, and at least part of the outer insulating part is clamped between the outer connecting part and the battery shell; any one of the outer connecting part and the outer insulating part is provided with a mounting groove; the high-temperature-resistant insulating part is partially arranged in the mounting groove and can be abutted by the outer insulating part and the outer connecting part, so that the secondary short circuit protection between the pole and the battery shell can be realized, the safety and the reliability are improved, the structure is simple, and the cost is low.

The application discloses a large foldable multi-rotor unmanned aerial vehicle mechanism, and the mechanism comprises a regular hexagon frame, a rectangular frame and a scissors connecting each regular hexagon frame, and the unmanned aerial vehicle mechanism is mainly formed by the mutual hinging of the frames. The hollow design is adopted for each frame, so that the weight is reduced as much as possible under the premise of ensuring the performance. The length of the long side of the rectangular frame influences the folding rate and the mechanism size, and a rotor and a brushless motor are arranged in the vertex regular hexagon frame. The mechanism has high volume utilization rate and light weight; when folding, the rotor is gathered to the center, only a rotating pair exists, and the folding and unfolding movement process is stable, and the folding and unfolding can be completed in the air; one circle of structure can be expanded into two circles and three circles of structure, and the unmanned aerial vehicle mechanisms of one circle, two circles and three circles all have only one degree of freedom, and stable unfolding can be realized in the flight process.