Page 42 - Conference Book The 3rd IConVET "Future of TVET Graduates: Developing Talent for Industry 4.0 and The New Normal"

The 3 International Conference
rd
on Vocational Education and Technology (IConVET)
th
Universitas Pendidikan Ganesha - Bali | 7 November, 2020
PORTABLE WASTE CAPACITY DETECTION SYSTEM
BASED ON MICROCONTROLLER AND WEBSITE

I Gusti Made Ngurah Desnanjaya , I Made Aditya Nugraha 2*
1

1 Computer Systems Engineering, STMIK STIKOM Indonesia
2 Fisheries Mechanization, Marine and Fisheries Polytechnic of Kupang

ngurah.desnanjaya@stiki-indonesia.ac.id , made.nugraha@kkp.go.id
2
1

Abstract. Trash became a problem that is often found in everyday life, so
the condition of the saltation needs special attention, especially in the
garbage. The condition of the garbage should always be in the prepared state
and if it has been full of immediately when it does not cause the waste to
continue accumulating and scattered. The transport of waste performed by
the clerk is still slow and spends a lot of vehicle fuel. This is because the
cleanliness has still checked all the one-one-garbage. In this study the
portable capacity of the capacity of dirty, watered, ultrasonic sensors, and
websites. This system can help the cleanser in monitor the capacity of the
waste, so the officer does not need to check all the one-one-garbage. The
data collection techniques used are through literature studies, a system of
reading, tool-making stages, website-making steps, and system testing
stages. The test results show that the system that is made can function as
expected. The system can perform measurements with an average error of
0.66% of 10 measurements. The SIM900 connection with Microcontroller
and the Internet was successfully done. Testing in the storage is filled and
monitoring on the website page is by the condition of the trash.

| IConVET 2020 | 42

https://conference.undiksha.ac.id/iconvet/ | 42 |