From 250d000b0f31be837ee20d694d5647c9022098d8 Mon Sep 17 00:00:00 2001 From: jacobvjk Date: Mon, 18 May 2026 14:45:47 +0200 Subject: [PATCH] feat: standardize expert overview - jetp id --- src/data/jetp-id/JETP-CIPP-2023.json | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/src/data/jetp-id/JETP-CIPP-2023.json b/src/data/jetp-id/JETP-CIPP-2023.json index c793b478..896fd17e 100644 --- a/src/data/jetp-id/JETP-CIPP-2023.json +++ b/src/data/jetp-id/JETP-CIPP-2023.json @@ -42,7 +42,7 @@ ] } ], - "expertOverview": "#### Pathway Description\n\nThe Indonesia JETP Comprehensive Investment and Policy Plan (CIPP) outlines a conditional decarbonization pathway for the Indonesian power sector. Developed under the Just Energy Transition Partnership (JETP), it defines the targets, investment requirements, and enabling policies needed to meet Indonesia’s stated energy transition goals. The CIPP is a non-binding strategy document that does not model a global temperature outcome, but it does provide quantitative benchmarks for Indonesia’s transition to a net-zero power system.\n\nThe pathway outlines a rapid pace of power grid transition, with renewables rising to 44% of on-grid generation by 2030. The pathway limits grid emissions to 250 Mt by 2030, with continued significant declines through 2050. \n\n#### Core Drivers\n\nThe CIPP pathway is driven primarily by an emissions cap, targeted coal power plant retirement, and large-scale deployment of renewables, supported by declining costs.\n\n*Targets and policies:* A key driver of JETP CIPP’s decarbonization pathway is an emissions cap, combined with a phasedown of coal-fired power generation. The plan models a constraint that limits on-grid emissions to 250 Mt in 2030, reducing to 175 Mt by 2040. Early retirements of coal power play a significant role, with 1.7 GW of capacity phased down by 2040, followed by accelerated retirements from 2045 to 2050. Additionally, a number of fossil fuel–based power plants are retrofitted to run on bioenergy or ammonia instead of coal, and on hydrogen instead of gas.\n\n*Technology costs:* The JETP pathway assumes S-curve cost declines for renewable power. The levelized cost of utility-scale solar PV falls from US$58/MWh in 2022 to around US$40/MWh in 2030 and US$30/MWh in 2050, while onshore wind falls from US$80/MWh in 2022 to around US$55/MWh in 2030 and US$43/MWh in 2050.\n\n*Investment and technology deployment:* The JETP pathway outlines a capital mobilization plan for Indonesia’s power transition. Implementation of the plan requires at least US$97.1 billion between 2023 and 2030, and US$580.3 billion between 2023 and 2050. Transmission expansion to enable the growth of renewables is a core component of this investment, with 14,000 km of lines costing up to US$19.7 billion by 2030. In addition to large-scale deployment of mature transmission and renewables technologies, the CIPP pathway includes retrofit deployment for fossil fuel power plants to incorporate bioenergy and ammonia co-firing (for coal-fired facilities) and hydrogen (for gas-fired facilities).\n\n#### Application to Transition Assessment\n\nThe CIPP pathway is designed to demonstrate options for an accelerated transition of Indonesia’s energy system, introducing additional interventions and assumptions to reach stated goals. As a country-level pathway, the CIPP pathway does not model a global temperature rise, and therefore it should not be used to directly set or measure temperature alignment targets. However, as a detailed projection of aspirational national goals, it may be a relevant benchmark for the ambition of company targets.\n\nAs a detailed, country-level policy pathway, CIPP provides valuable information for comparing companies to Indonesia-specific trajectories. Misalignment to the CIPP pathway may be a useful indicator of potential future risks such as noncompliance with evolving energy policies or reduced competitiveness where low-carbon technologies are prioritized. Alignment may indicate that a company is strategically positioned to benefit from market shifts. As the CIPP pathway includes measures that have not yet been implemented, misalignment does not necessarily imply exposure to current regulatory risk but rather a potential gap in future readiness.\n\nThe CIPP pathway includes five-year resolution projections for generation and capacity using a moderately detailed breakdown by energy sources including coal, wind, solar, biomass, and geothermal. These are relevant and useful for running market analyses and analyzing specific decarbonization levers and project investment pipelines within company plans. The CIPP pathway is limited to on-grid generation, and users interested in companies with significant captive power assets should be cautious in making direct comparisons. Due to its country-specific nature, the CIPP pathway has limited applicability to companies with diversified operations across multiple geographies, but it offers greater detail and specificity for companies in Indonesia, as compared to global or regional pathways.", + "expertOverview": "#### Pathway Description\n\nThe Indonesia JETP Comprehensive Investment and Policy Plan (CIPP) outlines a conditional decarbonization pathway for the Indonesian power sector. Developed under the Just Energy Transition Partnership (JETP), it defines the targets, investment requirements, and enabling policies needed to meet Indonesia’s stated energy transition goals. The CIPP is a non-binding strategy document that does not model a global temperature outcome, but it does provide quantitative benchmarks for Indonesia’s transition to a net-zero power system.\n\nThe pathway outlines a rapid pace of power grid transition, with renewables rising to 44% of on-grid generation by 2030. The pathway limits grid emissions to 250 Mt by 2030, with continued significant declines through 2050. \n\n#### Core Drivers\n\nThe CIPP pathway is driven primarily by an emissions cap, targeted coal power plant retirement, and large-scale deployment of renewables, supported by declining costs.\n\n*Policy:* Policy instruments are a major driver of the CIPP pathway, with an emissions cap of 250 Mt CO2 in 2030 and net zero emissions by 2050. Coal retirement/phase-out measures are adopted that prohibit new on-grid coal power plants after 2030, reforming regulations around local content requirements of renewables. Additionally, PPA reforms and financial reform of the national utility PLN are assumed. The pathway also assumes renewable energy deployment targets are adjusted to at least 34% of power generation by 2030.\n\n*Technology costs:* Technology costs are a core driver of the pathway through its least-cost approach to power capacity expansion. Falling solar PV, wind and battery costs make variable renewable energy sources and electricity storage central to the post-2030 buildout, while hydropower/geothermal remain important dispatchable renewable options.\n\n*Macroeconomic trends:* Macroeconomic trends shape electricity demand in the CIPP. Strong GDP growth and rising population numbers drive on-grid electricity demand growth to 6.4%/yr from 2022 to 2030 and 5.8%/yr to 2050.\n\n*Other drivers:* The pathway assumes larger power grid integration as a precondition for achieving its targets, with large island interconnections available from 2029.\n\n#### Main Trends\n\n*Emissions trend:* For Indonesia's on-grid power sector, emissions peak around the mid-2020s, are constrained to 250 Mt CO2 in 2030, decline thereafter, and reach near/net-zero by 2050. This implies a significant decrease of GHG emissions over the course of the pathway.\n\n*Energy efficiency:* Not enough information to summarize the energy efficiency trend, because the pathway is restricted to the power sector and does not show the energy use of the wider economy.\n\n*Energy demand:* Not enough information to summarize the energy demand trend, because the pathway does not cover energy use outside of electricity end-use. However, on-grid electricity demand rises from approximately 280 TWh in 2022 to 451 TWh in 2030 and 1,315 TWh in 2050.\n\n*Electrification:* Not enough information to calculate the share of electricity in final energy consumption, as the pathway only models the power sector, not the wider energy sector and hence does not provide total final energy demand by carrier.\n\n*Technology deployment:* Installed on-grid capacity grows from 63.1 GW in 2022 to 518.8 GW in 2050. Coal falls from 32.8 GW in 2022 to 0 GW by 2050; solar grows from 0.1 to 264.6 GW, wind from 0.1 to 44.0 GW, hydro from 5.2 to 65.4 GW, geothermal from 2.3 to 21.7 GW, bioenergy from 0.1 to 34.1 GW, electricity storage scales up from 0 to 38.0 GW, and nuclear from 0 to 10.0 GW.\n\n*Investment trend:* Investment needs rise sharply in the CIPP. Cumulative JETP power-sector investment is approximately US$97.1bn by 2030. Annual average investment exceeds US$15bn by 2030, US$25bn during 2031-2040 and nearly US$30bn during 2041-2050.\n\n#### Dependencies\n\n*Regulation and market structure:* Regulation and market structure are binding dependencies in the CIPP. The pathway requires LCR (local content requirements) reform, competitive procurement, bankable PPAs, legal clarity on the coal phase-out strategy, revenue and financial sustainability reforms of PLN (the state utility), and planning and governance changes.\n\n*Market and economics:* Since access to financing is a major dependency in the CIPP, concessional/public finance, private finance mobilization, and PLN financial reform are considered to be requirements to make the investment pathway bankable and ensure that investment needs for renewable generation capacity, grids, coal phase-out and just-transition measures can be met.\n\n*Infrastructure availability and logistics:* Infrastructure availability is a binding dependency in the CIPP. The scenario requires large-scale upgrades to the power grid, especially deployment of new transmission lines and interisland interconnections starting in 2029. Additionally, adopting smart grids and advanced control centers, and scaling up power storage are required to integrate renewables effectively and connect demand centers.\n\n*Supply chain dependencies:* Supply-chain dependencies are material for solar PV and biomass. The CIPP highlights limited domestic solar manufacturing capacity, reliance on global PV supply chains. For pioenergy, biomass feedstock availability is constrained, especially when weighed with impacts on land-use. Utilization of agricultural waste and local utilization with interisland interconnection are mentioned as some of the mitigating measrues to achieve the targeted bioenergy levels.\n\n*Land use availability and energy potential:* Land-use and energy-potential dependencies affect solar, wind, hydro, geothermal and biomass. The CIPP notes that renewable energy resources are unevenly distributed. Areas with high hdyropower and geothermal potential are often remote and far away from load centers, highlighting the importance of improved power grids and load balancing to make use of that potential. Solar PV deployment will face land competition from agriculture and city development, especially near load centers. Wind potential is also unevenly distributed. While the general renwable potential is very high, the distribution highlights that grid development, load management, adn careful regulation are required to integrate these resources.\n\n*Technology innovation:* Technology readiness matters for the use of green hydrogen/ammonia, scaling battery storage, and implementing advanced grid controls. The pathway assumes that these technologies are ready to scale and will enter the power system only after 2030, in some cases 2040.\n\n*Societal acceptance:* Stakeholder management is important in the implementation process of a just transition pathway, with acceptance risks especially relevant in hydropower,geothermal energy, transmission line development and the coal phase-out. There have been instances of local opposition to hydrpower projects in the past, highlighting the importance of stakeholder engagement, land acquisition, community impact assessment and mitigation, and the potential resulting delay of projects.\n\n*Environmental impacts and ecosystem services:* Environmental impacts and ecosystem services are dependencies for hydropower, geothermal, and biomass projects. The report notes biodiversity, water, deforestation, pollution and land-use impacts. The Just transition framework can be applied to manage these impacts.\n\n*Labor availability:* Labor availability and labor-transition impacts are material in the CIPP. The transition creates large renewable/grid construction jobs while coal phase-down can displace coal-related jobs, requiring reskilling and TVET (technical vocational education and training). Since the newly created opportunities in the renewable sector are not always created in the same locations that will lose jobs in the coal power sector, vocational training may have to be supplied to retrain some of the workforce for other sectors.\n\n#### Application to Transition Assessment\n\nThe CIPP pathway is designed to demonstrate options for an accelerated transition of Indonesia’s energy system, introducing additional interventions and assumptions to reach stated goals. As a country-level pathway, the CIPP pathway does not model a global temperature rise, and therefore it should not be used to directly set or measure temperature alignment targets. However, as a detailed projection of aspirational national goals, it may be a relevant benchmark for the ambition of company targets.\n\nAs a detailed, country-level policy pathway, CIPP provides valuable information for comparing companies to Indonesia-specific trajectories. Misalignment to the CIPP pathway may be a useful indicator of potential future risks such as noncompliance with evolving energy policies or reduced competitiveness where low-carbon technologies are prioritized. Alignment may indicate that a company is strategically positioned to benefit from market shifts. As the CIPP pathway includes measures that have not yet been implemented, misalignment does not necessarily imply exposure to current regulatory risk but rather a potential gap in future readiness.\n\nThe CIPP pathway includes five-year resolution projections for generation and capacity using a moderately detailed breakdown by energy sources including coal, wind, solar, biomass, and geothermal. These are relevant and useful for running market analyses and analyzing specific decarbonization levers and project investment pipelines within company plans. The CIPP pathway is limited to on-grid generation, and users interested in companies with significant captive power assets should be cautious in making direct comparisons. Due to its country-specific nature, the CIPP pathway has limited applicability to companies with diversified operations across multiple geographies, but it offers greater detail and specificity for companies in Indonesia, as compared to global or regional pathways.", "metric": [ "Emissions Intensity", "Capacity",