Indonesia EV Charging Solutions – Software Platforms, Mobile Apps management

1. September 2025 Indonesia Electric Vehicle Charging Equipment Market Outlook To 2026 Driven by infmux of investment from abroad coupled with increasing focus on emission control Author: Viraj Pangam, Tania Bansal   |   Vertical: Automotive, Transportation and Warehousing   |   Region: Asia Shaped by Government Incentives & Subsidies, Rising Electric Vehicle Adoption, Urbanization & Congestion Policies.

2. Table of Contents 1 1. Executive Summary 1.1 Executive Summary of Indonesia Electric Vehicle Charging Equipment Market 2 2. Market Overview: Indonesia Electric Vehicle Charging Equipment Market Outlook to 2026 2.1 Market Volume (2016–2020 Historical; 2021–2026 Forecast) 2.2 Market Revenue (2016–2020 Historical; 2021–2026 Forecast) 2.3 5-Year CAGR Analysis (2021–2026) 2.4 Market Drivers & Restraints (high level) 3 3. Market Segmentation of Indonesia Electric Vehicle Charging Equipment, 2025 3.1 Segmentation by Charger Type: (AC Chargers, DC Chargers) 3.2 Segmentation by End-User: (Residential, Commercial, Public, Fleet) 3.3 Segmentation by Connector Type: (Type-2, CCS, CHAdeMO, Tesla Supercharger) 3.4 Segmentation by Installation Mode: (Stationary, Mobile, Portable units, Others) 3.5 Segmentation by Charging Network Business Model: (Pay-per-use, Subscription, Roaming, Others) 4 4. Industry Analysis 4.1 Growth Value Drivers 4.1.1 Government Incentives & Subsidies 4.1.2 Rising Electric Vehicle Adoption 4.1.3 Urbanization & Congestion Policies 4.1.4 Investment in Grid Modernization 4.1.5 Technological Advancements (smart charging) 4.2 Industry Challenges 4.2.1 High Capital Expenditure 4.2.2 Grid Capacity Constraints 4.2.3 Lack of Standardization 4.2.4 Limited Consumer Awareness 4.2.5 Land & Site Acquisition Issues 4.3 Opportunities 4.3.1 Renewable Energy Integration 4.3.2 Vehicle-to-Grid (V2G) Services 4.3.3 Public–Private Partnerships 4.3.4 Expansion into Tier-2/3 Cities 4.4 Trends 4.4.1 IoT-Enabled Smart Charging Networks 4.4.2 Wireless & Mobile Charging Solutions

3. 4.4.3 Batuery Swapping Models 4.4.4 Dynamic Pricing & Load Management 4.4.5 Integration with Energy Storage Systems 5 5. Value Chain and Industry Taxonomy 5.1 Raw Material & Component Suppliers 5.2 Charger OEMs & System Integrators 5.3 Software & Network Service Providers 5.4 Installation & Commissioning Contractors 5.5 Distribution & Logistics 5.6 End-Users (government, commercial fmeets, private) 6 6. Regulatory Framework 6.1 National EV & Charging Policy 6.2 Incentives, Subsidies & Tax Rebates 6.3 Technical Standards & Safety Regulations 6.4 Environmental & Grid Interconnection Requirements 6.5 Local / Regional Regulations (provincial, municipal) 6.6 Future Policy Outlook 7 7. Competitive Landscape of the Indonesia Electric Vehicle Charging Equipment 7.1 Major Companies Covered: (PT PLN (Persero), Siemens, Schneider Electric, ABB, Delta Electronics, and Others) 7.2 Operational Parameters: (Company, Headquarter, Market Share (USD Bn/Mn), Revenue Growth Rate, EBITDA Margin, Installed Charging Stations (Units), and Others) 7.3 Financial Parameters: Market Shares, Revenues, and Profjt Margins 8 8. Future Market Segmentation of Indonesia Electric Vehicle Charging Equipment, 2030 8.1 Segmentation by Charger Type: (AC Chargers, DC Chargers) 8.2 Segmentation by End-User: (Residential, Commercial, Public, Fleet) 8.3 Segmentation by Connector Type: (Type-2, CCS, CHAdeMO, Tesla Supercharger) 8.4 Segmentation by Installation Mode: (Stationary, Mobile, Portable units, Others) 8.5 Segmentation by Charging Network Business Model: (Pay-per-use, Subscription, Roaming, Others) 9 9. Analyst Recommendations 9.1 TAM/SAM/SOM Analysis 9.2 Investment Priorities & Roadmap 9.3 Go-to-Market Strategies 9.4 Partnership, M&A & JV Opportunities 10 10. Research Methodology 10.1 Data Sources (primary, secondary)

4. 10.2 Market Modeling & Forecasting Approach 10.3 Assumptions & Defjnitions 10.4 Limitations & Quality Assurance 11 11. Disclaimer 12 12. Contact Us

5. 01 Executive Summary

6. Executive Summary Exhibit 1.1 Taxonomy & Market Size of Indonesia Electric Vehicle Charging Equipment Market Indonesia Electric Vehicle Charging Equipment Market (USD XX Mn) By Charger Type By End-User AC Chargers XX% DC Chargers XX% Residential XX% Commercial XX% Public XX% AC Chargers dominate residential and workplace installations. DC Chargers preferred for public and fmeet applications. Residential charging grows with EV adoption in homes. Commercial sites expand charging infrastructure for customers. Public charging supports government and private transit. Fast DC (50–150 kW) (XX%) Single-family homes (XX%) Ofgice parks (XX%) On-street installations (XX%) Slow AC (<7 kW) (XX%) Shopping malls (XX%) Fast AC (7–22 kW) (XX%) Ultra-fast DC (>150 kW) (XX%) Multi-unit dwellings (XX%) Municipal garages (XX%) Hotel properties (XX%) Ultra-fast AC (>22 kW) (XX%) Transit hubs (XX%) By Connector Type Type-2 CCS CHAdeMO Tesla Supercharger By Installation Mode Stationary Mobile Portable units Others By Charging Network Business Model Pay-per-use Subscription Roaming Others Source: Ken Research Analysis Note 1: Exhibits are illustrative; detailed numbers appear in the full report. Note 2: XX% denotes CAGR. COPYRIGHT KEN RESEARCH. ALL RIGHTS RESERVED

7. 02 Indonesia Electric Vehicle Charging Equipment Market Outlook

8. Indonesia Electric Vehicle Charging Equipment Market Outlook Indonesia Electric Vehicle Charging Equipment Market Scenario Indonesia’s electric vehicle charging equipment market is gaining momentum amid supportive government policies, expanding public infrastructure, and rising consumer EV adoption. Recent trends highlight deployment of fast-charging stations, integration of smart grid technologies, and strategic partnerships between utilities and private operators. Key value drivers include robust government incentives, growing investment in renewable energy, and advances in digital platforms enabling remote monitoring and payment solutions. Over the next five years, catalysts such as regulatory standardization, expanding urban charging networks, and emerging business models—like subscription-based services and vehicle-to-grid integration—could accelerate growth. Scenarios may unfold with intensified competition, technological innovation and public-private collaboration. Exhibit 2.1 Illustrative Indonesia Electric Vehicle Charging Equipment Market Overview CAGR: XX% XX% XX% XX% XX% XX% XX% XX% XX% XX% XX% 2025 2030 By Charger Type AC Chargers DC Chargers By End-User Residential Commercial Public Source: Ken Research Analysis Note 1: The exhibit serves as an illustration, with numbers currently masked. The detailed statistics will be included in the final report. Note 2: All revenue and financial numbers are for current year and financial year, i.e., 2025 & 2030. Note 3: XX% in the above exhibit denotes market size. COPYRIGHT KEN RESEARCH. ALL RIGHTS RESERVED

9. 03 Market Segmentation of Indonesia Electric Vehicle Charging Equipment Market

10. Market Segmentation of Indonesia Electric Vehicle Charging Equipment Market Indonesia Electric Vehicle Charging Equipment Market Segmentation By Charger Type, DC Chargers remain dominant led by Fast DC (50–150 kW) (XX%) capturing highways and intercity routes, while Ultra-fast DC (>150 kW) (XX%) is emerging for rapid top-ups. AC Chargers also hold steady, with Slow AC (<7 kW) (XX%) in residential projects and Fast AC (7–22 kW) (XX%) in workplaces. By End-User, Commercial installations—especially Ofgice parks— drive bulk uptake; Public hubs like On-street installations see new partnerships. Residential Multi-unit dwellings grow on home- charging subsidies. By Connector Type, CCS leads (XX%), followed by Type-2 (XX%), CHAdeMO and Tesla Supercharger. By Installation Mode, Stationary units dominate, while Portable units gain pilot traction. By Charging Network Business Model, Pay-per- use tops (XX%), with Subscription and Roaming models scaling via roaming alliances. Recent policy incentives and private–public joint ventures underpin these shifts. Exhibit 3.1 Illustrative Market Segmentation of Indonesia Electric Vehicle Charging Equipment Market Tesla Fleet XX% Others XX% Others XX% Supercharger XX% Ultra-fast AC (>22 kW) (XX%) Multi-unit dwellings (XX%) DC Chargers XX% Public XX% CHAdeMO XX% Portable units XX% Roaming XX% Fast AC (7–22 kW) (XX%) Commercial XX% CCS XX% Mobile XX% Subscription XX% Single-family homes (XX%) AC Chargers XX% Slow AC (<7 kW) (XX%) Residential XX% Type-2 XX% Stationary XX% Pay-per-use XX% By Charger Type AC Chargers By End-User Residential By Connector Type By Installation Mode By Charging Network Business Model Key Takeaways: DC Chargers are leading the market, especially Fast DC (50–150 kW). Commercial installations are driving the bulk uptake in the market. CCS is the leading connector type in the market. Stationary units dominate the installation mode. Source: Ken Research Analysis Note 1: This exhibit serves as a visual representation. The fjnal chart will include additional segments along with detailed statistics in the fjnal report. Note 2: All revenue and fjnancial numbers are for the current year. Note 3: "XX%" in the above exhibit denotes market shares. COPYRIGHT KEN RESEARCH. ALL RIGHTS RESERVED

11. 04 Overview And Genesis Of The Indonesia Electric Vehicle Charging Equipment Market

12. Overview And Genesis Of The Indonesia Electric Vehicle Charging Equipment Market Indonesia Electric Vehicle Charging Equipment Market Ecosystem In Indonesia’s EV charging ecosystem, large enterprises (PLN, ABB, Siemens) tap government partnerships and grid assets as key resources to install and operate high-power public stations, serving fleets and consumers via owned networks (revenue from energy sales and installation fees; high capex). Medium enterprises (Etercon, Protranz) collaborate with OEMs and installers to deliver turnkey B2B/B2C solutions—hardware procurement, system integration and support—funded by project and service fees (moderate capex). Small players (FastN, Charge.ID) leverage software, IoT and fintech partnerships to offer on-demand smart charging and mobile payment services to individual drivers and SMEs (subscription and transaction fees; low capex, agile operations). Exhibit 4.1 Illustrative Ecosystem of Indonesia Electric Vehicle Charging Equipment Market Entity type Revenue Streams Players Hardware sales (AC/DC chargers, connectors) Installation & commissioning services Spare-parts & upgrade sales Warranty & support contracts ▶ ABB Schneider Electric Siemens Delta Electronics ▶ Charging Equipment Manufacturers ▶ ▶ Subscription fees (monthly/annual) Per-session or per-kWh transaction fees Roaming fees (inter-network access) Installation & site-preparation charges ▶ PT PLN (Persero) EcoCharge Evio Charge.IN ▶ Charging Network Operators ▶ ▶ Software licensing (on-premises) SaaS subscription fees Data-analytics & reporting System-integration & API access fees ▶ Driivz Virta Greenlots Ubitricity ▶ Software & Platform Providers ▶ ▶ Preventive & corrective maintenance contracts Remote monitoring & diagnostics fees Spare-parts replacement Performance-optimization services ▶ Schneider Electric Siemens ABB Delta Electronics ▶ Service & Maintenance Providers ▶ ▶ Electricity sales (retail charging tariffs) Time-of-use & demand-response programs Renewable-energy bundling (solar/wind) Grid-stabilization & ancillary services PT PLN Pertamina Energy Service Indonesia Power ENGIE Indonesia ▶ ▶ Utilities & Energy Providers ▶ ▶ PT Wijaya Karya (WIKA) PT Pembangunan Perumahan (PP) PT Adhi Karya PT Moya Engineering, Procurement & Construction (EPC) contracts Civil-works & grid-connection fees Project-management & consultancy fees ▶ Infrastructure Developers & Integrators ▶ ▶ Equipment leasing & rental fees Loan & credit-facility interest Arrangement & commitment fees Insurance & extended-warranty financial products ▶ BCA Finance Mandiri Capital Danamon Finance BRI Ventures ▶ Financing & Leasing Providers ▶ ▶ COPYRIGHT KEN RESEARCH. ALL RIGHTS RESERVED

13. Entity type Revenue Streams Players Ministry of Energy & Mineral Resources (ESDM) Ministry of Transportation BKPM MEMR Licensing & permitting fees Import duties & local content levies Capital subsidies & tax incentives Grants, CO₂-credit schemes & tariff regulations ▶ ▶ Government & Regulatory Bodies ▶ ▶ Asian Development Bank (ADB) IFC (World Bank Group) World Bank SoftBank Vision Fund Equity investments in projects/companies Green bonds & project debt financing Venture-capital rounds Grants & concessional loans ▶ ▶ Investors & Funding Bodies ▶ ▶ COPYRIGHT KEN RESEARCH. ALL RIGHTS RESERVED

14. 05 Competitive Landscape

15. Competitive Landscape (1/3) Competitive Landscape Overview The Indonesia EV charging equipment market is dominated by incumbents: ABB, Schneider Electric, Delta Electronics, Siemens and Efacec with distinct business model canvases. ABB focuses on high-power DC chargers via direct B2B sales to utilities and OEMs, partnering with PLN and oil majors. Schneider Electric integrates platforms for C&I clients via channel partners. Delta Electronics offers modular AC/DC chargers targeting fleet operators through OEM partnerships and low-cost manufacturing. Siemens delivers grid-connected fast-charging solutions under long-term service contracts. Efacec provides turnkey charging networks under PPP models. Their cost structures rely on components and licensing, revenues from sales and maintenance. Exhibit 5.1 Illustrative Market Shares of Key Players in Indonesia Electric Vehicle Charging Equipment Market Note: These are illustrative representations and do not reflect actual data or real-world figures Source: Ken Research Analysis Note 1: The XX% in the exhibit represents the market share of each company. Note 2: The exhibit serves as an illustration, with numbers currently masked. Note 3: All revenue and fjnancial numbers are for the current year. COPYRIGHT KEN RESEARCH. ALL RIGHTS RESERVED

16. Competitive Landscape (2/3) Exhibit 5.2 Illustrative Competition Matrix of Indonesia Electric Vehicle Charging Equipment Market Major Players in Indonesia Electric Vehicle Charging Equipment Market Figure represents cumulative market share for only the product segment.: Indonesia Electric Vehicle Charging Equipment Market: USD XX Mn Note: These are illustrative representations and do not refmect actual data or real-world fjgures Large Players Medium Players Small Players Source: Ken Research Analysis Note 1: The XX% in the exhibit shows the market share of each company, which represents the company's contribution to the total market. Note 2: The exhibit serves as an illustration, with numbers currently masked. Note 3: All revenue and fjnancial numbers are for the current year. Note 4: Enterprise size categories based on annual revenue in US$—Large > 50 Mn; Medium 10–50 Mn; Small < 10 Mn. COPYRIGHT KEN RESEARCH. ALL RIGHTS RESERVED

17. Competitive Landscape (3/3) Exhibit 5.3 Illustrative Cross Comparison of Key Players in Indonesia Electric Vehicle Charging Equipment Market Market Share (USD Bn/Mn) Installed Charging Stations (Units) R&D Spend as % of Sales Revenue Growth Rate EBITDA Margin Geographic Coverage Strategic Partnerships Company Headquarter PT PLN (Persero) Jakarta, Indonesia XX XX% XX% XX XX% XX XX Munich, Germany Very extensive Siemens High Medium High High High High Rueil- Malmaison, France Schneider Electric Very extensive High Medium High High High High Zurich, Switzerland Medium- High ABB High High High Medium Extensive Medium Medium- High Delta Electronics Taipei, Taiwan Medium- High Medium Medium High Extensive Medium Porto, Portugal Low- Medium Efacec Low Low Low Low Limited Low Campbell, California, USA Medium- High ChargePoint Medium Medium High Medium Extensive High Amsterdam, Netherlands Medium- High EVBox Medium High Medium Medium Extensive High London, United Kingdom Pod Point XX XX% XX% XX XX% XX XX Seoul, South Korea Signet EV XX XX% XX% XX XX% XX XX Source: Ken Research Analysis Note 1: The XX% and XX values in the exhibit represent placeholder data and will be replaced with actual figures in the final report. Note 2: All revenue and financial numbers are for the current year. COPYRIGHT KEN RESEARCH. ALL RIGHTS RESERVED

18. 06 Analyst Recommendation

19. Analyst Recommendation TAM/SAM & SOM Analysis Exhibit 6.1 Target Addressable Indonesia Electric Vehicle Charging Equipment Market Outlook To 2026 TAM = USD XX Mn (Projected by multiplying total Indonesian vehicle fleet by charger price and anticipated EV adoption rates.) SAM = USD XX Mn (Derived from TAM by segmenting urban areas with existing grid capacity and EV density projections.) SOM = USD XX Mn (Estimated as share of SAM realistically serviceable by manufacturers based on distribution and partnership networks.) Source: Ken Research Analysis Note 1: The exhibit serves as an illustration, with numbers currently masked. The detailed statistics will be included in the final report. Note 2: All revenue and financial numbers are for the current year. COPYRIGHT KEN RESEARCH. ALL RIGHTS RESERVED

20. 07 Ken Research Ofgerings

21. How can we add value ? Ken Research Strategy & Transformation ▶ Digital transformation in freight transportation ▶ Portfolio & Growth strategy for freight transportation ▶Regulatory compliance and sustainability standards (ISO 14001, IMO Safety Guidelines, DOT Compliance, FMCSA Regulations, IATA Cargo Regulations, EU Emission Standards, LEED for Green Logistics) Growth and Scale-Up Cost and Performance Excellence Customer Loyalty and Experience Investment Advisory ▶Feasibility studies and investment planning for logistics networks, warehouse automation, and multimodal freight solutions Expansion into AI-driven logistics, autonomous trucking, and blockchain-enabled supply chains Cost optimization through route optimization, fmeet automation, and predictive maintenance Stakeholder engagement: Shippers, logistics providers, government agencies, e- commerce fjrms, manufacturers ▶Expansion into multimodal freight solutions, drone deliveries, and autonomous shipping ▶Investment screening for sustainable logistics startups, smart transportation fjrms, and AI- driven freight tech ▶Growth in AI-powered fmeet management, predictive cargo tracking, and smart logistics platforms ▶AI-driven predictive analytics for demand forecasting, fuel efgiciency, and trafgic congestion analysis ▶Lean logistics methodologies for reduced operational costs, fuel efgiciency, and cargo optimization ▶Funding and capital advisory for sustainable freight solutions, autonomous trucking, and AI- powered logistics innovation ▶Adoption of electric and hybrid fmeets, carbon-neutral shipping, and green freight corridors ▶Digital twin technology for real- time fmeet tracking, route planning, and predictive maintenance Lean workfmow and predictive maintenance for freight trucks, container ships, rail logistics, and air cargo ▶Integration of AI, IoT, and robotics in autonomous vehicle navigation, smart cargo handling, and real- time fmeet analytics ▶CRM and digital platforms for freight scheduling, real-time tracking, and automated invoicing Optimized fuel consumption, emission reduction, and energy- efgicient logistics infrastructure Enablement and Implementation ▶Post-merger integration for freight carriers, supply chain tech fjrms, and third-party logistics (3PL) providers ▶Execution and quality control in freight operations, warehouse automation, and cargo safety solutions ▶Supply chain and logistics optimization for real-time cargo tracking, automated load planning, and warehouse efgiciency COPYRIGHT KEN RESEARCH. ALL RIGHTS RESERVED

22. Ken Offerings Our Solutions to Help Increase Stakeholder Value Category Operational Efficiency Cost Management Key Focus Areas with Embedded KPIs - Increase on-time delivery rate through route optimization - Reduce cost per mile through optimized load planning ➤ ➤ ➤ - Improve fuel efficiency with modern vehicles - Lower maintenance costs with proactive servicing ➤ ➤ - Enhance vehicle uptime via predictive maintenance - Improve fuel cost management with energy-efficient practices ➤ ➤ Customer Experience & Satisfaction Fleet Management Market Expansion & Share Growth - Optimize fleet utilization rate through load optimization ➤ - Increase customer satisfaction (CSAT, NPS) with timely deliveries - Expand market share % in emerging regions through strategic routes ➤ ➤ - Improve fleet turnover rate for better operational efficiency ➤ - Improve lead time accuracy with real-time tracking systems ➤ - Increase freight volume with customer diversification ➤ - Increase maintenance adherence rate with scheduled upkeep ➤ - Enhance delivery reliability with better communication tools ➤ - Enhance capacity utilization rate for optimal load carrying ➤ Sustainability & Compliance Technology & Innovation Risk Management & Safety - Reduce carbon emissions through eco-friendly fleet - Increase technology adoption rate through IoT and GPS tracking - Reduce accident rate and improve driver safety ➤ ➤ ➤ - Achieve compliance with regulations (DOT, local laws) - Enhance route optimization algorithm performance - Improve insurance claim ratio through risk mitigation strategies ➤ ➤ ➤ - Maintain sustainability metrics through green logistics - Improve real-time data accuracy for better decision making - Enhance compliance adherence with safety protocols ➤ ➤ ➤ COPYRIGHT KEN RESEARCH. ALL RIGHTS RESERVED

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24. Research Methodology 1. Desk Research Sources 2. Expert Interviews 3. Sanity Check Models 4. Forecasting Modeling Conducted interviews with industry experts, manufacturers, and key stakeholders to gain insights and validate desk research findings. Utilized industry reports, government publications, and market databases to gather data on the Indonesia Electric Vehicle Charging Equipment Market. Applied a proxy model using the number of EV users, frequency of charging, and average spend to estimate the addressable market size. Developed future market forecasts using trend analysis and econometric models, considering factors like technological advancements and policy changes. SAMPLE SIZE BY STAKEHOLDERS By Stakeholders Number of Respondents C Level Executive ~ Respondents Operational/Regional Managers ~ Respondents Business Development / Sales Manager ~ Respondents Others -Key opinion leaders from Associations, Warehouses, and Manufacturing firms. SAMPLE SIZE BY RESPONDENT CATEGORY IN PERCENTAGE (%) C Level Executive - XX% Operational/Regional Managers - XX% Business Development / Sales Manager - XX% Others - XX% COPYRIGHT KEN RESEARCH. ALL RIGHTS RESERVED

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