Authors :
Joko Yulianto; Suyono Thamrin; Yanif Dwi Kuntjoro; Abdi Manab Idris
Volume/Issue :
Volume 7 - 2022, Issue 7 - July
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3pBKlJk
DOI :
https://doi.org/10.5281/zenodo.7016223
Abstract :
Indonesia is committed to achieving Net Zero
Emission (NZE) by 2060. As a form of support for this
commitment, the State Electricity Company (STATE
POWER GENERATION COMPANY) has taken
several important steps to reduce greenhouse gas
emissions, one of which is through the new renewable
energy mix (Renewable Energy). As a subsidiary of
STATE POWER GENERATION COMPANY, PT.
Generation Java Bali (PJB) is a pioneer who continues
to play an active role in the development of co-firing
technology in Indonesia and even in Asia. This study
aims to analyze the development of biomass co-firing
technology by PT. PJB in order to support the energy
transition to NZE before and during the COVID-19
pandemic. The method used in this research is a
descriptive qualitative analysis method based on
thinking systems. Where the data used in this study
were obtained from the results of a literature study and
based on information obtained from the Focus Group
Discussion (FGD). The data obtained were then
analyzed using the SWOT method to analyze the
performance of PT. The Java-Bali generation in
supporting Indonesia's energy transition along with the
characteristics of each of these SWOT factors. The
results of this study are known that the government has
ratified Law No. 16 of 2016 concerning NDC, the step
was then welcomed by PT. STATE POWER
GENERATION COMPANY with the issuance of
RUPTL in its commitment to reduce greenhouse gas
emissions so that in the future Indonesia will be able to
switch from fossil energy sources to new and renewable
energy. The acceleration of the energy transition is
carried out by PT. PJB through a co-firing program in
several coal-fired power plants by mixing biomass in the
boiler. In addition, the application of co-firing has a
positive impact on the company's investment costs,
increases the sense of belonging to the community
around the power plant and is relatively
environmentally friendly so that it has the potential to
reach NZE in 2060
Keywords :
NZE, Co-firing, PT. PJB, SWOT.
Indonesia is committed to achieving Net Zero
Emission (NZE) by 2060. As a form of support for this
commitment, the State Electricity Company (STATE
POWER GENERATION COMPANY) has taken
several important steps to reduce greenhouse gas
emissions, one of which is through the new renewable
energy mix (Renewable Energy). As a subsidiary of
STATE POWER GENERATION COMPANY, PT.
Generation Java Bali (PJB) is a pioneer who continues
to play an active role in the development of co-firing
technology in Indonesia and even in Asia. This study
aims to analyze the development of biomass co-firing
technology by PT. PJB in order to support the energy
transition to NZE before and during the COVID-19
pandemic. The method used in this research is a
descriptive qualitative analysis method based on
thinking systems. Where the data used in this study
were obtained from the results of a literature study and
based on information obtained from the Focus Group
Discussion (FGD). The data obtained were then
analyzed using the SWOT method to analyze the
performance of PT. The Java-Bali generation in
supporting Indonesia's energy transition along with the
characteristics of each of these SWOT factors. The
results of this study are known that the government has
ratified Law No. 16 of 2016 concerning NDC, the step
was then welcomed by PT. STATE POWER
GENERATION COMPANY with the issuance of
RUPTL in its commitment to reduce greenhouse gas
emissions so that in the future Indonesia will be able to
switch from fossil energy sources to new and renewable
energy. The acceleration of the energy transition is
carried out by PT. PJB through a co-firing program in
several coal-fired power plants by mixing biomass in the
boiler. In addition, the application of co-firing has a
positive impact on the company's investment costs,
increases the sense of belonging to the community
around the power plant and is relatively
environmentally friendly so that it has the potential to
reach NZE in 2060
Keywords :
NZE, Co-firing, PT. PJB, SWOT.
