一种带低压侧用电管理功能的智能台区融合终端

Abstract

本申请提供一种带低压侧用电管理功能的智能台区融合终端，包括主控单元、低压电管理模块以及智能驱动终端，其中，智能驱动终端包括驱动单元以及开关结构，开关结构与低压电管理模块和主控单元串联，驱动单元控制开关结构以响应低压电管理模块与主控单元的通路与断路。本申请中采用独创的电机‑斜向槽块‑压敏开关传动链实现硬件级断离，使低压模块待机电流归零，整机年待机功耗降低；同时模块断电后密封空间温升降低，使电解电容寿命延长，攻克了传统终端持续带电导致的元件老化顽疾，按需通断机制减少无效数据传输，主控单元内存占用率下降，消除信道拥塞问题。

Claims

1. A smart distribution area fusion terminal with low-voltage side power management function, comprising a bottom plate and a casing buckled with the bottom plate, the bottom plate and the casing being buckled into a sealed space capable of accommodating electrical components, characterized in that, Also includes: The main control unit, integrated on the base plate, is used for monitoring and management of the circuit area; A low-voltage electrical management module is integrated on the base plate and electrically connected to the main control unit. The low-voltage electrical management module is used to monitor the low-voltage side circuit signal and transmit the monitoring junction data to the main control unit in real time. as well as An intelligent drive terminal, which is mounted on the base plate, is used to control the connection between the low-voltage electrical management module and the main control unit; The intelligent drive terminal includes a drive unit and a switch structure. The switch structure is connected in series with the low-voltage power management module and the main control unit. The drive unit controls the switch structure to respond to the connection and disconnection of the low-voltage power management module and the main control unit. 2.The smart distribution area fusion terminal with low-voltage side power management function according to claim 1, characterized in that, The drive unit includes a groove disposed on the base plate and a slider slidably embedded in the groove, and one end of the slider is provided with a transmission part. 3.The smart distribution area fusion terminal with low-voltage side power management function of claim 2, characterized in that, The transmission part is an inclined groove block, the bottom of which is connected to the slider and one side of its inclined surface extends out of the groove. A motor is installed in the groove, and a threaded rod is configured at one end of the motor. The threaded rod is threadedly engaged with the slider. 4.The smart distribution area fusion terminal with low-voltage side power management function of claim 3, wherein, The switch structure includes an I-beam block integrally formed with the slot. The I-beam block includes two parallel plates, a first plate and a second plate. A varistor is provided on the first plate. The varistor is connected in series with the low-voltage electrical management module and the main control unit. 5.The smart distribution area fusion terminal with low-voltage side power management function according to claim 4, characterized in that, The second plate is provided with a guide groove, and a driven block is slidably provided in the guide groove. The driven block moves upward to press against the pressure-sensitive switch to connect the low-voltage electrical management module and the main control unit. 6.The smart distribution area fusion terminal with low-voltage side power management function of claim 5, wherein, The bottom of the driven block is attached to the inclined groove block and drives the inclined surface of the driven block. 7.The smart distribution area fusion terminal with low-voltage side power management function of claim 5, wherein, The driven block has a pressing contact on its top, and the pressing contact is located directly below the pressure-sensitive switch. 8.The smart distribution area fusion terminal with low-voltage side power management function of claim 7, wherein, The contact point between the inclined slot block and the driven block is made of magnets. 9.The smart distribution area fusion terminal with low-voltage side power management function of claim 1, wherein, The low-voltage electrical management module also has a terminal block, which is electrically connected to the switch structure. 10.The smart distribution area fusion terminal with low-voltage side power management function of claim 1, wherein, The intelligent drive terminal is controlled and driven by the main control unit.

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