公开(公告)号：KR100441944B1

公开(公告)日：2004-07-27

申请号：KR1020010067531

申请日：2001-10-31

Applicant: 한국전력공사

Inventor： 한승호 ,  권성철 ,  정우용 ,  고기중 ,  최병윤

IPC: F24H7/00

Abstract: PURPOSE: A regeneration control system is provided to efficiently operate an electricity distribution facility by preventing the shortage of the capacity of a line and a transformer. CONSTITUTION: A regeneration control system comprises a time switch(10) counting time, a heating element(40) generating heat by using supplied power, a regenerative temperature controller(20) collecting the heat generated from the heating element and supplying temperature-controlled heat, a regeneration controller(30) automatically controlling the supply time of mid-night electricity serially connected to the regenerative temperature controller, a main switch(MSW1) switching for supplying power to the heating element, and input switches(SW1,SW2). The generation controller outputs a signal for controlling the heating element corresponding to the control algorithm embedded in a microcontroller(31) serially connected to the regenerative temperature controller.

Abstract translation: 目的：通过防止线路和变压器的容量不足，提供再生控制系统以有效地操作配电设施。 本发明提供一种再生控制系统，其包括计时时间开关（10），利用供给的电力产生热量的加热元件（40），收集加热元件产生的热量并提供温度控制的热量的再生温度控制器（20） ，自动控制与再生温度控制器串联连接的午夜电力供应时间的再生控制器（30），向加热元件供电的主开关（MSW1）切换以及输入开关（SW1，SW2）。 生成控制器输出用于控制与嵌入在串联连接到再生温度控制器的微控制器（31）中的控制算法相对应的加热元件的信号。

公开(公告)号：KR1020030035435A

公开(公告)日：2003-05-09

申请号：KR1020010067531

申请日：2001-10-31

Applicant: 한국전력공사

Inventor： 한승호 ,  권성철 ,  정우용 ,  고기중 ,  최병윤

IPC: F24H7/00

Abstract: PURPOSE: A regeneration control system is provided to efficiently operate an electricity distribution facility by preventing the shortage of the capacity of a line and a transformer. CONSTITUTION: A regeneration control system comprises a time switch(10) counting time, a heating element(40) generating heat by using supplied power, a regenerative temperature controller(20) collecting the heat generated from the heating element and supplying temperature-controlled heat, a regeneration controller(30) automatically controlling the supply time of mid-night electricity serially connected to the regenerative temperature controller, a main switch(MSW1) switching for supplying power to the heating element, and input switches(SW1,SW2). The generation controller outputs a signal for controlling the heating element corresponding to the control algorithm embedded in a microcontroller(31) serially connected to the regenerative temperature controller.

Abstract translation: 目的：提供一种再生控制系统，通过防止线路和变压器容量的不足，有效地运行配电设备。 构成：再生控制系统包括时间开关（10）计时时间，加热元件（40）通过使用供电而产生热量;再生温度控制器（20），收集从加热元件产生的热并提供温度控制的热量 ，再生控制器（30），其自动控制与再生温度控制器串联连接的中晚电源的供给时间，向开关元件供电的主开关（MSW1）以及输入开关（SW1，SW2）。 发电控制器输出用于控制与嵌入在与再生温度控制器串联连接的微控制器（31）中的控制算法相对应的加热元件的信号。