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Live Journey / Updates / PT KAI Group ESG Roadmap 2030 Deep Dive: Achieving Net Zero Emissions 2060 & Decarbonizing Indonesian Railways
Strategic Policy 22 October 2026

PT KAI Group ESG Roadmap 2030 Deep Dive: Achieving Net Zero Emissions 2060 & Decarbonizing Indonesian Railways

Comprehensive analysis of PT KAI (Persero) Environmental, Social, and Governance (ESG) Roadmap 2030 and Net Zero Emissions 2060: B35/B40 biodiesel transition, solar PV installations across 36 stations, battery electric multiple units (BEMU), and sustainable railway operations.
Alurail Strategic Policy Editorial
Staff Writer & Rail Researcher • 840 views
PT KAI Group ESG Roadmap 2030 Deep Dive: Achieving Net Zero Emissions 2060 & Decarbonizing Indonesian Railways
SUSTAINABLE TRANSITION & ESG Decarbonization Strategy Toward Net Zero Emission 2060

The Environmental, Social, and Governance (ESG) work plan of PT Kereta Api Indonesia (Persero) marks a structural shift from mere regulatory compliance to a core instrument of business resilience and long-term value creation. Anchored by the locomotive fuel transition toward Biodiesel B50 (accounting for 80.11% of the 2030 emission reduction target), the expansion of rooftop PLTS across 92 locations, governance under PT Danantara Asset Management, and adaptation to physical climate risks, KAI is solidifying its path toward a 25.76% GHG emission reduction target by 2030 and 100% Net Zero Emission by 2060.

2030 Emission Reduction Target
-25.76%
166,873 tons CO2e vs BAU
B50 Decarbonization Share
80.11%
133,676 tons CO2e Reduction
Installed PLTS Capacity
4,431 kWp
92 Locations • 2.03 GWh Energy
Global ESG Rating Score
Top 20%
Top Quintile S&P Global • Platinum ASRRAT
🌿 Composition of KAI Decarbonization Action Programs Toward 2030 (166,873 tons CO₂e)
166.873 ton CO₂e
Biodiesel B50 Transition
133,676 tons CO₂e — 80.11%
Conservation & Carbon Credits
20,401 tons CO₂e — 12.23%
Electricity Efficiency
12,790 tons CO₂e — 7.66%
📊 PT KAI Scope 1 GHG Emission Trend (tons CO₂e, 2021–2025)
0 200k 400k 600k ~458k 2021 ~506k 2022 ~496k 2023 514,745 2024 400,576 2025 -22.18% Boundary shift PT BA (Nov 2024) Source: KAI Sustainability Report 2025
🗒 KAI ESG Roadmap — 4 Strategic Time Horizons
2026–2027
Initial Execution
B50 trials
Supplier data integration
Water Stations 10 loc.
2024–2028
ESG Roadmap
ISO 14001 ≥25%
Full CSMS
NRE max. 25%
2025–2030
Decarbonization
-25.76% GHG
166,873 tons CO₂e
ESG score 55
2060
Net Zero Emission
100% NZE
Full electrification
Carbon neutral ops

Introduction: Transformation Toward Corporate Sustainability

The forward-looking Environmental, Social, and Governance (ESG) work plan of PT Kereta Api Indonesia (Persero) ("KAI") marks a structural shift from mere regulatory compliance to a core instrument of business resilience and long-term value creation. This transformation was institutionalized through revisions to the Company's Vision and Mission in 2025 (Board of Directors Instruction No. INS.U/KL.401/II/1/KA-2025), which established the development of ESG-based resources and technology alongside a sustainable intermodal transportation ecosystem as the corporate primary mandate. KAI's forward-looking planning framework is orchestrated into four interlocking time horizons: short-term operational execution in the 2026–2027 RKAP, fulfillment of 17 target indicators in the 2024–2028 ESG Roadmap, achievement of the 2025–2029 Corporate Long-Term Plan (RJPP) targets and the 2030 Decarbonization Roadmap, up to the long-term transition scenario toward Net Zero Emission (NZE) 2060.

In the environmental dimension (Environmental), KAI's primary focus leading up to 2030 is reducing Scope 1 and Scope 2 Greenhouse Gas (GHG) emissions by 25.76% (166,873 tons CO2e) against the 2030 Business as Usual (BAU) projection of 647,785 tons CO2e (with a 2024 baseline of 583,402 tons CO2e). Approximately four-fifths (80.11% or 133,676 tons CO2e) of the 2030 decarbonization action plan hinges on the successful transition of locomotive fuel from B35/B40 Biosolar toward Biodiesel B50, for which trials began being prepared alongside the Ministry of Energy and Mineral Resources (ESDM) ahead of mandatory implementation in 2026. Meanwhile, across the social (Social) and governance (Governance) dimensions, forward plans focus on ratifying Contractor Safety Management System (CSMS) procedures, expanding ISO 14001 and ISO 45001 certifications, following up on Human Rights Due Diligence (HRDD) following KAI's accession to the United Nations Global Compact (UNGC), integrating continuous emission monitoring systems (Continuous Emission Monitoring Systems / CEMS) with the Ministry of Environment's SISPEK, and attaining an ESG Rating score target of 55 by 2030 after breaking into the Top Quintile (top 20%) of S&P Global assessments at the end of December 2025.

A critical evaluation of the 2025 baseline data reveals three strategic challenges that KAI must mitigate when executing its future ESG plans. First, the sharp 22.18% drop in Scope 1 emissions in 2025 (from 514,745.39 tons CO2e to 400,575.88 tons CO2e) was largely triggered by an operational accounting boundary shift resulting from a cooperation agreement addendum with PT Bukit Asam Tbk (PT BA) effective November 2024, which transferred responsibility for coal freight biosolar fuel procurement from KAI to PT BA, whereas Scope 2 emissions (PLN grid electricity) actually rose by 6.21% due to service expansion. Second, a 350% surge in operational disruptions caused by hydrometeorological disasters (from 88 incidents in 2024 to 396 incidents in 2025) demands accelerated physical infrastructure adaptation expenditures. Third, freight haulage reliance on coal commodities introduces medium-to-long-term financial transition risks should fossil fuel containment policies tighten, making the development of low-carbon logistics services (ISO 14067-certified Green Freight) and urban transit electrification urgent diversification priorities.

1. Strategic Architecture and ESG Planning Horizons of KAI (2026–2060)

The integration of ESG into KAI's business processes is aligned vertically across the Corporate Long-Term Plan (RJPP) 2025–2029, Information Technology Strategic Plan (RSTI) 2025–2029, ESG Roadmap 2024–2028, Decarbonization Roadmap 2025–2060, down to management contracts and annual Board of Directors Key Performance Indicators (KPIs) in the RKAP. Since the organizational restructuring via Board of Directors Regulation No. PER.DZ/KO.104/XI/6/KA-2025 (November 5, 2025) and the issuance of the ESG Implementation Guidelines via Board of Directors Regulation No. PER.DZ/KL.104/XI/1/KA-2025 (November 18, 2025), sustainability governance is no longer positioned merely as a corporate social responsibility function, but sits directly under the Directorate of Strategic Planning and Risk Management (DS) via the Subdivision of Sustainability, operating in synergy with the Board of Directors Sustainability Committee and the Board of Commissioners Risk Management Monitoring Committee (KPMR).

Time Horizon Reference Framework Documents Strategic Focus & Key Quantitative Targets Control Mechanisms & Key Initiatives
Short-Term
2026–2027
RKAP 2026, ESDM B50 Mandate, Sustainability Reporting 2026–2027 • Implementation of Biofuel B50 trials and transition.
• Integration of external energy consumption data (suppliers, partners, tenants) starting 2026.
• LRT Jabodebek projected revenue rising to Rp372.51 billion (2026).
• Full quantification of climate risk and opportunity cost allocations in 2027 reporting.
• Quarterly monitoring by Department Heads reporting to the Subdivision of Sustainability.
• Board of Directors KPIs (annual GHG emission reduction target of 3% and YoY ESG Rating increase of 5%).
• Completion of backlog for 10 station Water Station locations.
Medium-Term I
2024–2028
KAI ESG Roadmap 2024–2028 • NRE (EBT) share maximum 25% of total fuel; clean energy/biofuel minimum 20%.
• Scope 1 & 2 GHG emissions reduction of >5% (2026–2028 period).
• Certification of ISO 14001 (>25% of locations), ISO 45001 (≥10% of locations), and Green Building (≤10% of buildings).
• Occupational fatality ceiling ≤8 persons/year.
• Installation and socialization of CEMS (Continuous Emission Monitoring Systems) dashboard integrated with KLHK SISPEK.
• Full implementation of CSMS (Contractor Safety Management System) procedures.
• Technical collaboration with Deutsche Bahn (DB) (May 2025 MoU).
Medium-Term II
2025–2030
RJPP 2025–2029 & Decarbonization Roadmap 2025–2030 (Presidential Regulation No. 110/2025) • Scope 1 & 2 GHG emission reduction of 25.76% (166,873 tons CO2e) from 2030 BAU (647,785 tons CO2e).
• Electricity consumption savings of 20% by 2030.
• ESG Rating score target of 55 by 2030.
• Ambition to become a world-class railway operator by 2030.
• Execution of 3 Strategic Action Programs: B50 (133,676 tons CO2e), Conservation & Carbon Credits (20,401 tons CO2e), and Electricity Efficiency (12,790 tons CO2e).
• Development of ISO 14067-certified Green Freight.
• PT PLN (Persero) MoU synergy for Green Energy & assets.
Long-Term
2035–2060
Decarbonization Roadmap & NZE 2060 Scenario (Law No. 16/2016) • Emission reduction targets against BAU: 40.76% (2035), 54.13% (2040), 66.50% (2045), 78.17% (2050), 89.30% (2055), and 100% Net Zero Emission (2060).
• Scope 1 & 2 reduction of >8% and >10% during the 2028–2040 phase.
• Audit and verification of emission accounting based on KLHK CEMS-SISPEK (2028–2040).
• Development of Green Train technology, track electrification, renewable energy, and carbon capture/sequestration technology.

The progression of phases outlined above demonstrates that the period from 2026 through 2030 represents the most critical window for KAI. During this phase, the Company must synchronize operational capacity expansion (marking the second year of RJPP 2025–2029) with the tightening of national carbon governance instruments under Presidential Regulation No. 110 of 2025 concerning the Implementation of Carbon Economic Value Instruments and National Greenhouse Gas Emission Control.

2. Environmental Plan Analysis: Decarbonization, Energy Transition, and Circularity

As a rail-based mass transit mode, railways possess intrinsic carbon efficiency advantages over road transport: rail passenger transport generates approximately 41 grams of CO2 per passenger-km (a single trainset can replace around 160 automobiles or 560 motorcycles that collectively emit approximately 192 grams of CO2 per passenger-km), while a single freight train with a 3,050-ton capacity generates 4,563 kg CO2e per ton-km compared to 49,462 kg CO2e per ton-km from 144 trailer trucks. In absolute terms, however, KAI's operations remain dominated by diesel fuel combustion across long-distance passenger and freight locomotives (Scope 1) and PLN grid electricity consumption that is still overwhelmingly supplied by coal-fired power plants (Scope 2).

Three Strategic Emission Reduction Action Programs for 2030 (Total 166,873 tons CO2e)

1. Biodiesel Optimization Toward B50 (Scope 1) 80.11% (133,676 tons CO2e)

Following the implementation of B30 Biosolar in 2019, B35 in 2023–2024, and the adoption of 100% B40 Biofuel across operations in 2025 (supported by the construction of 5 blending and fueling facilities in Cipinang, Arjawinangun, Lempuyangan, Cepu, and Pasar Turi), KAI commenced preparations for Biodiesel B50 trials in late 2025 alongside the Ministry of Energy and Mineral Resources (ESDM) in anticipation of the 2026 mandatory policy. Given that the transition to B50 accounts for more than 80% of the 2030 emission reduction target, technical risks to locomotive engine components (such as Fuel Transfer Pump malfunctions, which were among the leading causes of locomotive withdrawals throughout 2025) must be rigorously managed through preventive maintenance to uphold operational reliability.

2. Ecosystem Conservation and Carbon Credits (Offset) 12.23% (20,401 tons CO2e)

This program encompasses the creation of green station/office parks, the development of forestry tracts and mangrove conservation, and the utilization of carbon credit instruments. By year-end 2025, KAI had cumulatively planted 108,268 trees (7,249 trees across 2025) distributed across station/office premises (42,603 trees), external communities (60,942 trees, including the greening of the Temanggung mountain belt and mangroves in Batubara, North Sumatra), and KAI Group subsidiary entities (4,738 trees). In addition, the substitution of wooden railway sleepers with 52,080 synthetic composite sleepers over the 2022–2025 period (14,167 units in 2025) prevented the felling of an equivalent of 20,666 trees (5,622 trees in 2025).

3. Electricity Efficiency of 20%–30% and PLTS Solar Expansion (Scope 2) 7.66% (12,790 tons CO2e)

KAI targets a 20% electricity consumption savings by 2030, reinforced by the signing of a Memorandum of Understanding (MoU) with PT PLN (Persero) across three pillars: Green Energy Business Development, Digital Platform Integration, and Corporate Asset Utilization. By the end of 2025, KAI operated 92 Solar Photovoltaic (PLTS) installations across more than 90 operational asset locations (comprising 62 stations, 10 offices, 8 Balai Yasa workshops, 6 Griya Karya crew quarters, 3 depots, and 1 Record Center) with a cumulative installed capacity of 4,430.65 kWp. Electricity consumption from PLTS increased from 462.9 GJ (0.13 GWh) in 2023 to 5,900.3 GJ (1.64 GWh) in 2024, and reached 7,319.6 GJ (2.03 GWh) in 2025, contributing to an emission reduction of 1,768.89 tons CO2e in 2025.

Critical Evaluation of 2025 Emission Data Dynamics and Implementation Challenges

In evaluating the readiness of forward decarbonisation plans, management and stakeholders need to objectively examine the dynamics of the 2025 GHG inventory recording:

Energy & Emission Indicators Unit 2023 Actual* 2024 Actual* 2025 Actual Change 2024–2025 Analytical Notes & Future Implications
Solar PV Electricity (Renewables) Gigajoules (GJ) 462.90 5,900.30 7,319.60 +24.05% Expansion of 26 new sites in 2025 (996.15 kWp); constrained by power utility energy quotas.
Biodiesel (B30/B35/B40) Gigajoules (GJ) 11,342,431.31 11,581,686.81 9,666,314.31 -16.54% Volume decrease resulting from shifting fuel procurement for coal transport to PT BA.
Grid Electricity (PLN) Gigajoules (GJ) 315,532.59 336,503.95 357,401.65 +6.21% Increased in line with passenger volume surge (+8.67%) and KRL/LRT operations.
Gasoline (Pertamax) Gigajoules (GJ) 10,812.77 13,368.27 64,184.61 +380.13% Sharp increase in gasoline consumption for operational support vehicles and equipment.
Pure Diesel (Non-Bio) Gigajoules (GJ) 8,690.72 8,007.52 12,081.92 +50.88% Increased infrastructure maintenance activities and generator set operations.
Aviation Fuel / Jet Fuel (Official Travel) Gigajoules (GJ) 4,257,405.95 5,043,668.74 3,639,855.42 -27.83% Decline in air travel frequency from 11,516 to 10,907 trips.
Total Energy Consumption Gigajoules (GJ) 15,935,335.95 16,989,135.74 13,747,157.42 -19.08% Energy intensity decreased from 470.51 to 384.43 GJ/Billion IDR.
Scope 1 Emissions (Fuel Combustion) Tonnes CO2eq 504,017.19 514,745.39 400,575.88 -22.18% Influenced by the decline in recorded biodiesel litres in Divre III & Divre IV as well as the B40 emission factor (1.669 kg CO2e/litre vs 1.764 for B35).
Scope 2 Emissions (Grid Electricity PLN) Tonnes CO2eq 78,357.26 83,565.15 88,754.74 +6.21% Calculated using the PLN grid emission factor of 0.894 kg CO2/kWh.
Scope 3 Emissions (Business Air Travel) Tonnes CO2eq 1,269.00 1,423.00 1,161.00 -18.41% Optimization of virtual meetings and air travel restriction policies.
Total Emissions (Scope 1, 2 & 3) Tonnes CO2eq 583,643.45 599,733.53 490,491.63 -18.22% Recorded reduction of 109,241.91 tonnes CO2eq (88.49% against the target matrix of 554,250.31 tonnes CO2eq).
Biogenic Emissions (Out of Scope) Tonnes CO2eq 168,904.74 172,467.59 164,508.57 -4.61% Biomass FAME component emissions in biodiesel (reported separately in accordance with the GHG Protocol).

Three crucial findings emerge from the energy and emission performance data above that influence the future design of KAI's ESG plan:

  1. Impact of the PT Bukit Asam Fuel Procurement Boundary Shift on Scope 1 and 3 Emissions: The 50.54 million litre decrease in biodiesel consumption in 2025 occurred primarily in Divre III Palembang (falling from 65.33 million litres to 33.51 million litres) and Divre IV Tanjung Karang (falling from 47.42 million litres to 5.85 million litres). This decline stemmed from an addendum to the cooperation agreement between PT KAI and PT BA effective November 2024, under which biodiesel procurement was transferred to PT BA. While this reduced KAI's Scope 1 emissions, combustion continues along the very same rail tracks (with coal freight volume increasing 3.37% to 57.52 million tonnes). Consequently, starting in 2026, KAI is expanding its Scope 3 reporting so that decarbonisation evaluations remain fully accountable.
  2. Solar PV Quota Constraints and the Upward Trend in Scope 2 Emissions: Grid electricity emissions from PLN continued to rise (+6.21% in 2025, reaching 88,754 tonnes CO2e) in tandem with KRL and LRT service expansion. On the other hand, solar PV deployment is constrained by energy quotas established by the state electric utility. Currently, solar PV electricity (2.03 GWh) covers only 2.01% of KAI's electricity demand. Implementation of the joint MoU with PT PLN must focus on achieving a breakthrough regarding solar PV quotas.
  3. Effluent Data Recording Gaps and Completion of Water Stations: KAI is developing a Continuous Emission Monitoring Systems (CEMS) dashboard integrated with the Ministry of Environment and Forestry's SISPEK system for recording non-GHG emissions (NOx, SOx) and wastewater effluents, while clearing a pending backlog across 10 Water Station locations.

3. Evaluation of Achievements Against ESG Roadmap Targets 2024–2028

To monitor the execution of its sustainability strategy in a measurable manner, KAI has established 17 key indicators and targets within the 2024–2028 ESG Roadmap:

Dimension Roadmap Indicator 2024–2028 Target 2025 Actual Status & Progress
Pillar E
(Environmental)
Clean Energy / Biofuel Share of Total Energy Min. 20% of Total Energy 70.3% of Energy (100% B40) Achieved (100%)
Availability of Baseline & GHG Reduction Roadmap Established & Structured 2024 Baseline & 2030 Target (-25.76%) Achieved (100%)
Expansion of Solar-Powered Buildings (PLTS) Up to 10% of Buildings (5% Grid Conversion) 92 Locations (4,430.65 kWp / ~2% of Electricity) In Progress (65%)
Operational Green Building Certification Up to 10% of Buildings (2024–2028) 2 Locations EDGE Certified In Progress (40%)
Operational Sites Certified to ISO 14001 >25% of Operational Sites 5 Locations (4 Balai Yasa & 1 Depot) In Progress (50%)
Pillar S
(Social)
Employee Satisfaction Index (ESI) 4.29 on a 5-Point Scale 4.40 on a 5-Point Scale Achieved (100%)
Female Talent Ratio (Nominated Talent BOD-1) 12.50% (Board of Directors KPI) 18.18% Achieved (100%)
Workplace Accident Fatality Cap (Employees & Contractors) Max. 8 Fatalities / Year 1 Fatality (Outsourced Contractor Worker) Achieved (Zero Fatality Imperative)
Operational Sites Certified to ISO 45001 Min. 10% of Operational Sites 2 Operational Sites In Progress (45%)
Contractor Safety Management System (CSMS) Procedures CSMS Documentation & Implementation Draft Procedure Drafting Completed In Progress (75%)
Pillar G
(Governance)
ESG Committee Structure, Human Rights & Stakeholder Policies Established & Operating Effectively Board Regulation (Perdir) on ESG Nov 2025, HRDD & Policies Achieved (100%)
Global Partnerships & UNGC Membership UNGC Member & Peer Benchmarking UNGC Member (Oct 2025) & DB MoU Achieved (100%)

The mapping above illustrates that policy foundations, governance structures, biofuel adoption, and human capital indicators have surpassed targets. Meanwhile, accelerating physical certifications under ISO 14001, ISO 45001, and Green Building across Daop, Divre, and Balai Yasa facilities represents an absolute priority for the 2026–2028 period.

4. Analysis of the Social Plan: OHS, Supply Chain, Inclusivity, and TJSL Reform

KAI's social strategy is anchored on uncompromising safety, human capital transformation, and meaningful social value creation:

  • OHS and CSMS Implementation: KAI recorded 61,919,200 safe work hours and received the Level 4 - Gold WISCA 2025 award. However, 1 fatality involving an outsourced worker occurred. With 20,391 outsourced personnel and 287 suppliers (contract value of Rp13.57 trillion), mandatory formalization of Contractor Safety Management System (CSMS) procedures and supplier risk categorization stand as top priorities for 2026.
  • Level Crossing Safety Challenges: The network comprises 3,742 level crossings (44.33% unguarded). Fatalities rose to 110 individuals in 2025. KAI is mitigating this through annual coordination evaluations with road owners (Ministerial Regulation Permenhub 94/2018), the closure of 316 illegal crossings, and safety outreach across 762 locations.
  • Human Capital Transformation & Gender Diversity (DEI): Average training hours surged to 151 hours/employee/year (development expenditure climbed 51.76% to Rp68.27 billion), propelling the Human Capital ROI to 1.95. The female talent ratio at BOD-1 reached 18.18% (exceeding the Ministry of BUMN target of 12.50%). Recruitment of persons with disabilities accelerated with 31 new hires in 2025.
  • Inclusive Service Innovation & TJSL: Deployment of the Female Seat Map feature on Access by KAI, AI cameras blacklisting harassment perpetrators across the KRL network, and the operation of the PSO-subsidized Rp3,000 Kereta Petani dan Pedagang (Farmers and Traders Train) on Commuter Line Merak. Impact assessments using Social Return on Investment (SROI) demonstrated strong ratios: MiKA Creative Space (3.53x), Waste Station (3.01x), and Fostered Village Branding (2.10x).
  • Restructuring of Non-Performing PUMK Financing: The MSME foster-partner loan portfolio (PUMK) of Rp12.82 billion recorded 62% in non-performing/loss collectibility status (Rp7.95 billion across 345 partners). The rehabilitation roadmap comprises intensive collection, rescheduling/reconditioning restructuring, proposed write-offs for deceased partners, and referral scheme harmonization with BRI.

5. Analysis of Sustainability Governance: New Structure, Cybersecurity, and Integrity

KAI's governance is reinforced across five institutional pillars:

  1. Shareholding Restructuring (Danantara): The transfer of 99% shares to PT Danantara Asset Management (Persero) and 1% Series A Dwiwarna Share to the Republic of Indonesia via BP BUMN strengthens integrated oversight and corruption prevention.
  2. Operationalization of the Sustainability Committee & Climate Remuneration: Quarterly reporting from Department Heads to the Subdivision of Sustainability. Annual Board of Directors remuneration is directly tied to GHG emission reduction KPIs (3% annual target) and ESG Rating improvements (5% YoY target).
  3. Global Partnerships: Signing of an MoU with Deutsche Bahn (May 2025) and Active Participant status in the United Nations Global Compact (UNGC) since October 2025, accompanied by the adoption of IFRS S1 and S2 disclosure standards.
  4. Anti-Corruption Controls (ISO 37001:2016): The 2nd surveillance audit of the ISO 37001 Anti-Bribery Management System (SMAP) resulted in 0 major findings and 0 proven corruption cases. Anti-corruption training reached 100% of the Board of Directors and Board of Commissioners, with targeted expansion to all operational regional personnel.
  5. Cybersecurity & Data Privacy (ISO 27001): Serving 27.29 million Access by KAI users and 11.30 million Face Recognition Boarding Gate users, KAI designated a Data Protection Officer (DPO), operates an IT SOC & CSIRT integrated with BSSN, enforces automated facial biometric data purging after 1 year, achieved a COBIT 2019 IT maturity score of 3.79/5, and recorded zero data breach incidents.

6. Brief Review of Financial Aspects in the ESG Context: Climate Risks and Green Finance

KAI recorded a net profit of Rp2.28 trillion in 2025 and maintained its top idAAA credit rating from PEFINDO. Within the sustainable finance framework (POJK 51/2017 & IFRS S2):

  • Quantification of Physical Climate Risks: Hydrometeorological disruptions in Daop 4 Semarang generated passenger-related costs of Rp7.07 billion and freight revenue losses from 266,320 tonnes valued at Rp24.32 billion (total loss of Rp31.39 billion). KAI allocated Rp2.78 billion for track mitigation along the Gubug–Karangjati corridor, delivering a benefit-to-cost ratio of 11.28x, and planted 1.67 million vetiver grass clusters across 166,319 m² of landslide-prone slopes.
  • Energy Transition Risks: Coal commodities account for 82.68% (57.52 million tonnes) of KAI's freight haulage. Internal stress testing underscores the imperative for rapid diversification into ISO 14067-certified Green Freight and non-mining container logistics.
  • Sustainability Expenditure & Green Opportunities: Realized solar PV investment surged 739% to Rp7.78 billion and environmental management expenditures rose 57% to Rp11.52 billion. Green revenue from LRT Jabodebek increased 35.49% to Rp339.14 billion (projected at Rp372.51 billion in 2026), bolstered by rolling stock investment plans of Rp924.62 billion and a State Equity Participation (PMN) capital injection of Rp3.8 trillion for commuter rail (KRL).

7. Synthesis of Recommendations and Forward Execution Priorities (2026–2030)

  1. Safeguarding Technical Readiness for Biodiesel B50 & Scope 3 Transparency: Ensuring locomotive engine reliability during B50 trials and clarifying fuel emissions disclosure for coal freight logistics partners (Scope 3).
  2. Overcoming Solar PV Quota Limits Through PLN Synergy: Optimizing the joint MoU with PT PLN to expedite rooftop solar grid connection approvals and achieve the 20% electricity savings target by 2030.
  3. Accelerating Physical ISO 14001 and ISO 45001 Certifications & CSMS Enforcement: Expanding certifications across Daop/Divre operational units and enforcing mandatory CSMS implementation for all contractors to achieve zero fatalities.
  4. Commercializing ISO 14067-Certified Green Freight: Launching low-carbon certified freight logistics services as a strategic hedge against the long-term structural decline risk in coal haulage.
  5. Finalizing the 2027 Climate Financial Methodology & PUMK Rehabilitation: Presenting comprehensive climate risk financial quantification in 2027 reporting and restructuring non-performing PUMK receivables in partnership with BP BUMN and BRI.

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<p class="lead">
AluRail (Aluline TGV) is a free web-based platform that visualizes railway operations and train travel schedules across Indonesia. The service is available through <a href="https://aluline.id" target="_blank">aluline.id</a> and <a href="https://aluline.my.id" target="_blank">aluline.my.id</a>, developed independently by <strong>Alula</strong>
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Whenever available, the platform also supports <strong>Crowdsourced Live Tracking</strong>. Passengers currently travelling on board may voluntarily share their GPS location. These telemetry reports are validated using map-matching algorithms and compared against the predicted GAPEKA route before being displayed to other users.
</p>

<h3>The Technology Behind AluRail</h3>

<ul>
<li><strong>PostgreSQL (PostGIS):</strong> Serves as the core geospatial database storing railway infrastructure, stations, and spatial relationships.</li>

<li><strong>Custom Railway Routing Engine:</strong> Implements graph-based routing algorithms including Dijkstra and A* to calculate railway paths, station connectivity, and operational routes.</li>

<li><strong>Railway Physics Engine:</strong> Simulates train movement by modelling acceleration, deceleration, cruising behaviour, station stops, speed restrictions, and travel progression based on timetable data.</li>

<li><strong>Viterbi Map-Matching:</strong> Validates crowdsourced GPS telemetry by matching noisy GPS observations onto the most probable railway track, improving live tracking reliability.</li>

<li><strong>Leaflet.js & OpenRailwayMap:</strong> Provide interactive map rendering and railway visualization layers.</li>
</ul>

<h3>Supported Railway Services</h3>

<p>
AluRail supports visualization for various railway services operating across Indonesia, including passenger, commuter, urban transit, heritage, and freight operations. Depending on data availability, the platform currently supports:
</p>

<ul>
<li>Intercity Passenger Trains (KA Antar Kota)</li>
<li>Whoosh High-Speed Railway</li>
<li>Commuter Line</li>
<li>Feeder Train Services</li>
<li>Local Passenger Trains</li>
<li>Freight Operations (Container, Cargo, Tanker, Coal, Cement and other freight services)</li>
<li>LRT Jakarta</li>
<li>LRT Jabodebek</li>
<li>LRT South Sumatra (Palembang)</li>
<li>Jakarta MRT</li>
<li>Ambarawa Heritage Railway</li>
</ul>

<p>
Additional railway operators and future services may be introduced as more infrastructure and timetable data become available.
</p>

<h3>Platform Features</h3>

<p>
AluRail combines timetable simulation, geospatial analysis, and live community participation into a single railway visualization platform. Key features include:
</p>

<ul>

<li>
<strong>Follow Mode</strong><br>
Automatically follows a selected train throughout its journey while continuously updating its estimated or live position.
</li>

<li>
<strong>Live GPS Cast</strong><br>
Passengers may voluntarily broadcast GPS telemetry while travelling onboard, allowing supported trains to display verified live positions instead of purely simulated movement.
</li>

<li>
<strong>Spotting Mode</strong><br>
Allows railfans to discover trains approaching nearby stations or railway crossings, making it easier to plan photography and train spotting activities.
</li>

<li>
<strong>Enhanced Railway Physics</strong><br>
Movement simulation considers railway gradient, elevation profile, track curvature, acceleration, braking, traction performance, speed restrictions, and operational constraints to produce more realistic train behaviour.
</li>

<li>
<strong>Detailed Route Analytics</strong><br>
Provides interactive charts including route elevation, curvature, gradient between stations, speed profile, and operational characteristics throughout the journey.
</li>

<li>
<strong>Train Information</strong><br>
Displays operational information about each service including operator, train category, route, schedule, formation details, and other service information.
</li>

<li>
<strong>Rolling Stock Database</strong><br>
Provides information about locomotives, EMUs, DMUs, coaches, wagons, and other railway vehicles used by supported services.
</li>

<li>
<strong>Coach & Class Information</strong><br>
Displays available passenger classes together with reference illustrations where available to help passengers identify onboard accommodation.
</li>
<li>
<strong>Adaptive Train Rendering</strong><br>
Train visualization automatically adjusts according to the current map zoom level. Different rendering modes are used to maintain smooth performance while displaying thousands of simultaneously simulated trains.
</li>

<li>
<strong>Train Filtering</strong><br>
Filter trains by service category such as Intercity, Commuter, High-Speed, Metro, LRT, Freight, Heritage, and other supported railway services.
</li>

<li>
<strong>Regional Filtering</strong><br>
Display trains operating within selected operational regions (Daerah Operasi / DAOP and other railway operational divisions) for easier monitoring.
</li>

<li>
<strong>Points of Interest (POI)</strong><br>
Explore railway-related locations including train spotting locations, photography viewpoints, railway landmarks, bridges, tunnels, stations, and other notable locations along the railway network.
</li>

<li>
<strong>Depots & Maintenance Facilities</strong><br>
View railway maintenance facilities including rolling stock depots, locomotive depots, maintenance workshops (Balai Yasa), stabling yards, and other operational infrastructure.
</li>

</ul>

<div class="disclaimer-box">
<h4>Disclaimer</h4>

<p>
<strong>AluRail is primarily a timetable simulation platform.</strong>
Unless a train is actively sharing verified Live Tracking data, all train positions displayed on the map are computational estimations generated from published schedules and the platform's railway physics engine.
</p>

<p>
Although the simulation attempts to realistically reproduce railway operations, actual train movements may differ significantly due to dispatching decisions, signal aspects, operational priorities, temporary speed restrictions, maintenance work, weather conditions, delays, early departures, extraordinary operations, GPS inaccuracies, or many other real-world factors that cannot always be observed by the platform.
</p>

<p>
Even when Live Tracking is available, GPS accuracy depends on user participation, mobile device quality, satellite reception, and local environmental conditions. Therefore, displayed positions should always be considered informational rather than authoritative.
</p>

<p>
<strong>This service must not be used as an official operational reference</strong> for travel planning, ticketing decisions, passenger information, or railway operations. Always refer to official PT Kereta Api Indonesia (Persero) information channels for accurate operational updates.
</p>

<p>
AluRail / Aluline TGV is an independent community project and is not affiliated with, endorsed by, partnered with, or officially associated with PT Kereta Api Indonesia (Persero), OpenStreetMap, OpenRailwayMap, or any other referenced organizations.
</p>
</div>

<p class="footer-note">
Made with ❣️ from Pejaten, Indonesia.
</p>

Terms of Use

<section id="terms-en" class="lang-content">
<h2>Terms of Service</h2>
<p class="effective-date"><strong>Effective Date:</strong> January 1, 2025 (Updated for GAPEKA 2025)</p>

<h3>1. Acceptance of Terms</h3>
<p>By accessing AluRail through aluline.id, aluline.my.id, and related subdomains (collectively, the "Service"), you acknowledge that you have read, understood, and agreed to these Terms of Service. If you do not agree, you must discontinue use of the Service.</p>

<h3>2. Independent Service</h3>
<p>AluRail is an independent community project developed by Alula. It is not affiliated with, endorsed by, or operated by any railway operator, government agency, or transportation authority unless explicitly stated.</p>

<h3>3. Nature of the Service</h3>
<p>The Service provides train schedule visualization, estimated train positions, operational simulations, and crowdsourced location validation based on publicly available information, GAPEKA data, and algorithmic processing. Displayed information may differ from actual railway operations.</p>

<h3>4. No Operational Guarantee</h3>
<p>Train movements, schedules, platform assignments, delays, cancellations, dispatching decisions, and operational conditions may change without notice. The Service must not be considered an official operational information source.</p>

<h3>5. Crowdsourced Contributions</h3>
<p>Users may voluntarily contribute GPS telemetry while onboard trains. Submission of fake GPS data, manipulated locations, automated submissions, spam, or attempts to interfere with system accuracy is strictly prohibited.</p>

<h3>6. Acceptable Use</h3>
<p>You agree not to misuse the Service, interfere with its infrastructure, reverse engineer protected components, exploit security vulnerabilities, scrape excessive data, or use automated systems that negatively impact platform availability.</p>

<h3>7. Intellectual Property</h3>
<p>Unless otherwise stated, the Service, its software, interface, branding, and original content remain the intellectual property of their respective owners. Open-source components remain governed by their own licenses.</p>

<h3>8. Availability</h3>
<p>The Service may be modified, suspended, restricted, or discontinued at any time without prior notice.</p>

<h3>9. Disclaimer ("AS IS")</h3>
<p>THE SERVICE IS PROVIDED "AS IS" AND "AS AVAILABLE" WITHOUT WARRANTIES OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, NON-INFRINGEMENT, ACCURACY, OR CONTINUOUS AVAILABILITY.</p>

<h3>10. Limitation of Liability</h3>
<p>To the fullest extent permitted by law, Alula shall not be liable for direct, indirect, incidental, consequential, special, or punitive damages arising from the use of or inability to use the Service, including travel decisions, delays, missed connections, financial loss, personal injury, or data loss.</p>

<h3>11. Changes to these Terms</h3>
<p>These Terms may be updated periodically. Continued use of the Service constitutes acceptance of the revised Terms.</p>

<h3>12. Contact</h3>
<p>Questions regarding these Terms may be directed through the official AluRail contact channels.</p>
</section>

<h3>Independent Service Disclaimer</h3>

<p>AluRail is an independent community-developed platform created by Alula for railway visualization, research, educational, and enthusiast purposes.</p>

<p>AluRail is <strong>not affiliated with, associated with, authorized by, endorsed by, sponsored by, supported by, maintained by, operated by, or officially connected with</strong> PT Kereta Api Indonesia (Persero), PT Kereta Commuter Indonesia, PT Kereta Api Logistik, PT Kereta Api Pariwisata, PT Kereta Cepat Indonesia China (Whoosh), MRT Jakarta, LRT Jabodebek, LRT Jakarta, LRT Sumatera Selatan (Palembang), their subsidiaries, affiliates, successors, government agencies, transportation authorities, or any other railway operators unless explicitly stated.</p>

<p>All company names, railway service names, station names, train names, logos, trademarks, service marks, brands, route names, and other intellectual property displayed within the Service remain the property of their respective owners and are used solely for identification, informational, interoperability, historical, mapping, educational, or descriptive purposes.</p>

<p>The visualization presented by the Service represents publicly available operational information, algorithmic estimations, historical references, and voluntary community contributions. It must not be interpreted as an official operational system, railway dispatching platform, passenger information system, or real-time control center operated by any railway company.</p>

Privacy Policy

<section id="privacy-en" class="lang-content">
<h2>Privacy Policy</h2>
<p class="effective-date"><strong>Last Updated:</strong> June 2026</p>

<h3>1. Privacy Commitment</h3>
<p>Your privacy is important to us. We collect only the information reasonably necessary to operate and improve the Service.</p>

<h3>2. GPS Collection</h3>
<p>Your GPS location is accessed only after you intentionally enable Live Tracking. Background location is never collected without your explicit action.</p>

<h3>3. Processing</h3>
<p>Submitted GPS telemetry is processed using routing algorithms including Viterbi matching against the railway network to validate train positions. Telemetry is not associated with your personal identity.</p>

<h3>4. Server Logs</h3>
<p>Standard server logs such as IP address, browser type, timestamps, and technical diagnostics may be collected for security, abuse prevention, troubleshooting, and performance monitoring.</p>

<h3>5. Data Retention</h3>
<p>Live telemetry is temporary and automatically expires after the associated trip ends unless longer retention is required for security investigations.</p>

<h3>6. Third Parties</h3>
<p>We do not sell or rent your GPS telemetry. Limited technical processing by infrastructure providers may occur solely for operating the Service.</p>

<h3>7. Security</h3>
<p>Reasonable technical and organizational safeguards are implemented, although no online system can guarantee absolute security.</p>

<h3>8. User Safety</h3>
<p>We discourage publicly sharing real-time GPS positions. Anonymous mode or pseudonyms are strongly recommended.</p>

<h3>9. Your Responsibility</h3>
<p>Use of Live GPS or spotting features is entirely voluntary and at your own risk.</p>
</section>

Open Source Notices

<section id="opensource-en" class="lang-content">
<h2>Open Source Notice</h2>
<p>AluRail is built upon numerous open-source technologies and open data projects. We sincerely thank the communities maintaining them.</p>
<ul>
<li><strong>PostgreSQL, PostGIS & pgRouting</strong> — Spatial database, GIS extension, and routing engine.</li>
<li><strong>OpenStreetMap & OpenRailwayMap</strong> — Railway infrastructure and mapping data under their respective licenses.</li>
<li><strong>Leaflet.js</strong> — Interactive mapping library.</li>
</ul>
<p>All trademarks, copyrights, and licenses belong to their respective owners. Use within AluRail does not imply endorsement by those projects.</p>
</section>
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