Authors :
Muhammad Rizki Budiansyah; Tri Setiyono; Davry Sandi Imanda; Yudi Prastyo
Volume/Issue :
Volume 8 - 2023, Issue 12 - December
Google Scholar :
https://tinyurl.com/2p98t33f
Scribd :
https://tinyurl.com/yzu8yrya
DOI :
https://doi.org/10.5281/zenodo.10401430
Abstract :
Indonesia is one of the countries that has
large nickel reserves in the world. One strategy to meet
the high demand for nickel in the future, laterite nickel
can be used as an alternative feedstock, this is also due to
the depletion of nickel sulfide reserves. The purpose of
this paper is to discuss the global energy system that is in
the midst of a significant energy transition in reducing
the use of dirty energy that produces greenhouse gas
emissions and switching to using environmentally
friendly energy. One example is the use of electric cars
with battery energy sources derived from nickel, this of
course opens up great opportunities for the future of the
nickel mining industry in Indonesia considering the
nickel potential in Indonesia is the number one largest in
the world. In this study, researchers used the literature
study method with a skunder data approach. One of the
government's plans in overcoming nickel in Indonesia,
namely by limiting the export of raw nickel ore, by down
streaming and making electric vehicle fuel. With the
existence of electric vehicles in Indonesia, it is expected
to help solve the problem of air pollution and the
availability of petroleum.
Keywords :
Nickel, Battery Raw Material, Electric Vehicle.
Indonesia is one of the countries that has
large nickel reserves in the world. One strategy to meet
the high demand for nickel in the future, laterite nickel
can be used as an alternative feedstock, this is also due to
the depletion of nickel sulfide reserves. The purpose of
this paper is to discuss the global energy system that is in
the midst of a significant energy transition in reducing
the use of dirty energy that produces greenhouse gas
emissions and switching to using environmentally
friendly energy. One example is the use of electric cars
with battery energy sources derived from nickel, this of
course opens up great opportunities for the future of the
nickel mining industry in Indonesia considering the
nickel potential in Indonesia is the number one largest in
the world. In this study, researchers used the literature
study method with a skunder data approach. One of the
government's plans in overcoming nickel in Indonesia,
namely by limiting the export of raw nickel ore, by down
streaming and making electric vehicle fuel. With the
existence of electric vehicles in Indonesia, it is expected
to help solve the problem of air pollution and the
availability of petroleum.
Keywords :
Nickel, Battery Raw Material, Electric Vehicle.
