9results about How to "Increase output capacity" patented technology

The invention belongs to the technical field of medium-voltage power distribution network flexible interconnection, and aims to solve the problem that in the prior art, a medium-voltage flexible interconnection system which is large in capacity and stable in operation and has different voltage grades is lacked. The invention provides a cross-voltage-level asymmetric flexible interconnection alternating-current and direct-current hybrid power distribution network, which realizes asymmetric flexible interconnection of a power distribution network line at a lower voltage side and a power distribution network line at a higher voltage side by adopting a method of hybrid use of a power electronic device and a traditional transformer. Due to the adoption of the technical scheme, aiming at the requirement of asymmetric flexible interconnection of a 6kV line and a 10kV line, the cost and the benefit of the flexible interconnection device are well considered through organic fusion and cooperative cooperation of the two topological structures, higher reliability and better economical efficiency are achieved, the output capacity is greatly improved on the premise of ensuring stable operation, and the service life of the flexible interconnection device is prolonged. And the development requirements of the AC-DC hybrid power distribution network are met.

The present invention discloses an AC voltage stabilization system with reactive power compensation, which mainly solves the problems of poor power quality of existing power grids and slow response speed of existing power grid voltage stabilizers. The AC voltage stabilization system includes a three-phase power input terminal and a three-phase power output terminal, a three-phase transformer with one end of the primary winding connected to the three-phase power input terminal, a three-phase rectifier circuit connected to the three-phase power input terminal, and a dual-core total control unit, an AC voltage stabilization unit connected to both the dual-core total control unit and the three-phase rectifier circuit, and a reactive power compensation unit connected to the dual-core total control unit and the three-phase power input terminal. Through the above design, the system can effectively stabilize the grid voltage and realize dynamic reactive power compensation of the grid at the same time, and has fast response speed, low cost, and convenient maintenance, and can effectively improve the actual output capacity and power quality of the grid. Therefore, it is suitable for promotion and application.

This utility model discloses a top cover, a box-type power station, and a box-type room. The top cover includes a cover plate, an upper baffle, a lower baffle, and a perforated plate. The cover plate includes a downward-curving eave. The upper baffle abuts against the cover plate. The lower baffle includes a bottom and at least one side. The perforated plate is located inside and below the cover plate, and its edges abut against the lower baffle. The perforated plate and the cover plate are joined together to form a first air duct. The eave, the upper baffle, and the lower baffle are staggered and joined together to form a curved second air duct. This utility model can achieve better ventilation and heat dissipation effects and a higher level of protection.

A tempering furnace (100) for glass sheets and a method for assembling the same. The furnace comprises a first furnace part (1) and a second furnace part (2) which are sequentially connected along the longitudinal direction (X) of the furnace. Each furnace part (1, 2) comprises distribution channels (4a, 4b) arranged in the longitudinal direction (X) of the furnace for distributing air to the blower housing (5). The first furnace part (1) has a blower (7) that pressurizes air drawn in from the tempering furnace and supplies it to the distribution passage (4a) of the first furnace part (1). The distribution channel (4a) of the first furnace part is connected to the distribution channel (4b) of the second furnace part for guiding air from the blower (7) to the distribution channel (4b) of the second furnace part.

The invention relates to an output method and device based on a multi-phase capacitor, injection equipment and a medium, and the output device comprises an electromagnetic thrust assembly which is dispatched to use at least two boost charging modules to supply power to the electromagnetic thrust assembly; an electromagnetic assembly; the two ends of the elastic structure are fixedly connected to the magnetic element and the electromagnetic thrust assembly respectively, and a linked switch is arranged between the electromagnetic assembly and the electromagnetic thrust assembly. When the linkage switch is in a response state, the electromagnetic thrust assembly is controlled to move towards the elastic structure to compress the elastic structure to generate first thrust, and when the linkage switch is in a response state, the power supply channel of the electromagnetic assembly is controlled to be positively electrified, so that the electromagnetic thrust assembly and the electromagnetic assembly are magnetically attracted and fixed, and the compression state of the elastic structure is kept; and when the output instruction is received, the power supply channel of the electromagnetic assembly is controlled to stop positive electrification, so that the electromagnetic thrust assembly and the electromagnetic assembly are separated from each other, the first thrust is released, meanwhile, the electromagnetic thrust assembly is controlled to generate the second thrust in the same direction as the first thrust, and the output effect and the injection effect are improved.

The application provides a multi-mover linear motor driving device and a linear motor system. The device comprises a plurality of driving units arranged in sequence along a preset motion direction, each driving unit comprising an electromagnetic mover and a bearing seat connected with the electromagnetic mover; a flexible connecting device is arranged between the bearing seats of two adjacent driving units, the flexible connecting device is synchronously connected in the preset motion direction to transmit thrust, and allows relative motion of the two adjacent driving units in a non-motion direction. The application realizes multi-mover coordinated output and attitude self-adaptive compensation through the flexible connection, and improves the upper limit of system output and the adaptability to installation errors.

The invention discloses a transformer area electric energy quality treatment method adopting distributed energy storage and ordered charging and discharging, and belongs to the technical field of transformer area electric energy quality treatment. The method comprises the following specific steps: acquiring transformer area data, charging pile data, distributed energy storage system data and distributed photovoltaic power generation system data; constructing an electric energy management strategy optimization model based on the distributed energy storage system and the distributed photovoltaic power generation system; and regulating and controlling the charging pile according to the output of the electric energy management strategy optimization model. By the adoption of the transformer area electric energy quality treatment method adopting distributed energy storage ordered charging and discharging, the composite effect of a distributed photovoltaic power generation system and a distributed energy storage system is fully considered, the method is more suitable for an actual power grid system, the capacity of translation photovoltaic output is improved, and an effective optimization strategy is provided for transformer area electric energy quality treatment.

The utility model relates to the technical field of lithium battery systems, in particular to an industrial vehicle lithium battery quick charging system, which comprises a first battery pack, a second battery pack and a relay group, and during discharging, the relay group can enable the first battery pack and the second battery pack to be connected in parallel; and during charging work, the relay group can enable the first battery pack and the second battery pack to be connected in series. After series connection, the total voltage of the system is improved, and a charging power supply with a higher voltage level can be connected, so that higher charging power is obtained under the same charging current, the charging time is remarkably shortened, and the requirements of frequent charging and high-efficiency energy complementation of vehicles are met.