Title | |
Author(s) | Roeurn Socheata, Meas Saran |
Status | 21 views, 13 downloads Download |
Keywords | Arduino Nano (AT Mega328 Microcontroller) Balance Control System (BCS) Balanced Circuit (BC) Current Sensor (PZCT-02) Three Phase Balancing (TPB). Unbalanced Circuit (UBC) |
Abstract | In this project presents studies the Balance Control System Load 3 Phase using Arduino Program and include other electric devices such as Current Sensor (PZCT-02), AC Communication Model, Contactor Three Phase, MCB Three Phase, Arduino Nano, Relay 5VDC-250VDC and other hardware to make this device. The process of studying is focused on providing information to the power source of the three phases. In that case, the information setting is displayed through the color of the LED light, and this setting is as follows: (1) The LED emits green light (30% bias), meaning that the system is in safe condition. (2) Yellow LED (bias 30% < bias ≤ 35%) means the system is in hazardous condition and (2) red LED (bias > 35%) means the power supply system, or the generator is in a dangerous condition and there is an automatic disconnection of the power supply or generator. |
Journal | Green Science, Engineering and Technology (GSET) |
Publisher/Institution | Graduate School, National Polytechnic Institute of Cambodia |
Field/Faculty | Graduate School |
Publication Year | 2024 |
Volumn | - |
Issue | - |
Pages | - |
Recommended Citation | Roeurn Socheata, Meas Saran. (2024). Balance Control System Load 3 Phase. Proceeding in GSET 2024 Conference, NPIC. |