| 摘要 |
PURPOSE: A device for automatically arranging sensors of a building energy control point and a method thereof are provided to increase measurement precision of the sensors in a building and to minimize expenses. CONSTITUTION: A user inputs a structure of a building to a system. Optimized arrangement coordinates of sensors are extracted by using temperature, humidity, temperature and humidity, illumination, room, CO2, and fine dust sensor simulator units(12-18). The position of the sensor is displayed by using the coordinates of the sensors, and installation money is calculated(101-114). An optimized center arrangement position is calculated by considering the position of the sensor and the installation money. [Reference numerals] (101) Temperature sensor position display unit; (102) Temperature sensor price display unit; (103) Humidity sensor position display unit; (104) Humidity sensor price display unit; (105) Combined temperature and humidity sensor position display unit; (106) Combined temperature and humidity sensor price display unit; (107) Illumination sensor position display unit; (108) Illumination sensor price display unit; (109) Occupancy sensor position display unit; (11) Input unit; (110) Occupancy sensor price display unit; (111) CO2 sensor position display unit; (112) CO2 sensor price display unit; (113) Fine dust sensor position display unit; (114) Fine dust sensor price position unit; (12) Temperature sensor simulator unit; (13) Humidity sensor simulator unit; (14) Combined temperature and humidity sensor simulator unit; (15) Illumination sensor simulator unit; (16) Occupancy sensor simulator unit; (17) CO2 sensor simulator unit; (18) Fine dust simulator unit; (AA) User input information; (B1) Temperature sensor simulation start signal; (B2) Humidity sensor simulation start signal; (B3) Combined temperature and humidity sensor simulation start signal; (B4) Illumination sensor simulation start signal; (B5) Occupancy sensor simulation start signal; (B6) CO2 sensor simulation start signal; (B7) Fine dust sensor simulation start signal; (B8) Room/corridor information; (C1) Optimized arrangement coordinate of a temperature sensor; (C10) Optimized total amount of an occupancy sensor; (C11) Optimized arrangement coordinate of a CO2 sensor; (C12) Optimized total amount of the CO2 sensor; (C13) Optimized arrangement coordinate of a fine dust sensor; (C14) Optimized total amount of the fine dust sensor; (C2) Optimized total amount of the temperature sensor; (C3) Optimized arrangement coordinate of a humidity sensor; (C4) Optimized total amount of the humidity sensor; (C5) Optimized arrangement coordinate of a combined temperature and humidity sensor; (C6) Optimized total amount of the combined temperature and humidity sensor; (C7) Optimized arrangement coordinate of an illumination sensor; (C8) Optimized total amount of the illumination sensor; (C9) Optimized total arrangement coordinate of the occupancy sensor; (D1) Optimized arrangement position display of the temperature sensor; (D10) Optimized total amount display of the occupancy sensor; (D11) Optimized arrangement position display of the CO2 sensor; (D12) Optimized total amount display of the CO2 sensor; (D13) Optimized arrangement position display of the fine dust sensor; (D14) Optimized total amount display of the fine dust sensor; (D2) Optimized total amount display of the temperature sensor; (D3) Optimized arrangement position display of the humidity sensor; (D4) Optimized total amount display of the humidity sensor; (D5) Optimized arrangement position display of the combined temperature and humidity sensor; (D6) Optimized total amount display of the combined temperature and humidity sensor; (D7) Optimized arrangement position display of the illumination sensor; (D8) Optimized total amount display of the illumination sensor; (D9) Optimized arrangement position display of the occupancy sensor
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