Design of Energy Saving Solar Lamp (LTSHE) Control System Using Current Limiting Methods for 3T Regions in Indonesia
Energy Saving Solar Lights, which is one of the government's programs in responding to pre-electrification problems, especially in the 3T area in Indonesia, are not going well. The LTSHE system that has been distributed to all corners of the country has several shortcomings that make it diff...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/39995 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Energy Saving Solar Lights, which is one of the government's programs in responding to
pre-electrification problems, especially in the 3T area in Indonesia, are not going well. The LTSHE
system that has been distributed to all corners of the country has several shortcomings that make
it difficult for users to operate it. The efficiency of battery life is the biggest problem in this
program. The control system that is done manually during this time makes the user not accustomed
to always change the intensity of the lamp according to the time specified. This study has a focus
on designing the design of the LTSHE control system that has automatic control. The control
system runs with a current limiting method. In addition to designing, this study will also prototype
the system. Simulation of the control system uses PSIM and Proteus software to get maximum
results. The microcontroller used in this study is ATmega328 due to its easy use. This research is
expected to be mass-produced and increase the efficiency of LTSHE and meet key energy needs
by utilizing renewable energy by 23% by 2025. From the experiments carried out, the results was
in accordance with the simulations and calculations carried out. |
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