RANCANGAN USULAN TARIF DAN PERIODE PENYIMPANAN KONTAINER IMPOR DENGAN MODEL OPTIMASI UNTUK MAKSIMASI KEUNTUNGAN DI TERMINAL PETI KEMAS
As global import activities continue to increase, the operational activities at terminals also intensify. However, this does not necessarily guarantee an increase in the terminal's profits. The presence of free days at the terminal attracts customers to store imported containers for free for...
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Format: | Final Project |
Language: | Indonesia |
Online Access: | https://digilib.itb.ac.id/gdl/view/77807 |
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Institution: | Institut Teknologi Bandung |
Language: | Indonesia |
Summary: | As global import activities continue to increase, the operational activities at
terminals also intensify. However, this does not necessarily guarantee an increase
in the terminal's profits. The presence of free days at the terminal attracts customers
to store imported containers for free for one day, thereby hindering the flow of new
container arrivals and terminal operations. Therefore, a proposed design for a new
import container storage tariff is put forth, aiming to maximize terminal profit by
leveraging data and conditions specific to the Koja Container Terminal (TPK).
The optimal solution to this issue is sought through an optimization model. The
decision variables in this research include the container storage tariff and the
duration of the free-time period. Considered parameters encompass the count of
imported containers, the number of available ground slots at the terminal, container
stacks, container handling time using quay cranes, and the costs associated with
storing containers in Warehouse Line II.
The optimization model yields an optimal container storage tariff of
Rp50,681/TEU-day with no free time period. To accommodate the proposed
container storage tariff scheme, a suggested container storage flow is devised,
based on potential changes in terminal behavior and container owners' actions. The
proposed scheme is validated through a survey method directed at stakeholders of
TPK Koja. The resulting proposed design from this research is anticipated to
contribute to problem-solving at TPK Koja and offer novel insights for container
terminals more broadly.
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