Indonesia Electric Vehicle Market 2023-2030

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    Internationally, the emergence of EV signalled a fundamental change inside the Indonesian mobility industry’s policies. Given the country’s nickel deposits, Indonesia is well-positioned becoming a significant role in the domestic And export distribution network.


    To become a component of the country’s EV economy, Indonesia needs develop new technologies, human sources, sustainable sources, and connectivity. Nickel is a critical component in the manufacture of battery packs.


    Total worldwide nickel resources have been predicted to reach approximately 94 million metric tonnes in 2020. Indonesia possesses 21 million metric tonnes of such a tonnage, followed by Australia, which has 20 million metric tonnes.


    Within next 5 – 10 years, as shown by Coordinating Minister for Maritime Affairs and Investment wherein within this connection, the Indonesian government has continuously enacted measures aimed at hastening the growth of the country’s EV industry. The current regime officially announced its Rechargeable Automotive (EV) framework in September 2020, which had been accepted for publication as part of Minister of Industry Regulatory oversight No. 27/2020.


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    This same planning process lays out all the nation’s ambition becoming a major player in the global Electric vehicle industry through 2030, with such a scheduled yearly basis neighborhood production capability of much more than 600,000 components of four-wheeled EV as well as 2.45 million modules of two-wheeled EV.


    Ever since, various regulations have been established to further strengthen the EV industry, including as the MoEMR Regulation published by the Ministry of Energy and Mineral Resources (MoEMR).


    EVs include cars that seem to be partially or entirely propelled by electricity. Electric cars feature minimal operating expenses since there are fewer moving parts to upkeep, and they are also highly ecologically friendly because they consume little or no fossil fuels (petrol or diesel).


    While some EVs employed lead acid or nickel metal hydride batteries, lithium-ion batteries have been currently regarded the norm for advanced battery electric cars even though they have a longer lifespan and are good at holding capacity.



    S No Overview of Development Development Detailing Region of Development Possible Future Outcomes
    1 Tesla agrees to build battery and EV factory in Indonesia According to Indonesia’s head of investments, Tesla has committed to develop a battery and electric vehicle facility in the country. Indonesia This would enhance better Technological Controls
    2 Foxconn to launch investment in Indonesia’s EV sector In the third quarter, Foxconn, located in Taiwan, would invest in Indonesia to produce electric vehicles and batteries. Indonesia This would enhance better Technological Controls
    3 Availability of Nickel reserves, Tax Incentives, and Increasing Favourability of EVs This legislation serves as a legal framework for Indonesian electric vehicle development and serves as a catalyst for numerous ministries to begin EV initiatives in the country. Indonesia This would enhance better Technological Controls
    4 Hyundai to start EV, battery production in Indonesia In Indonesia, the business will open its first automobile manufacturing factory, as well as its first electric vehicle manufacturing unit in Southeast Asia. Indonesia This would enhance better Technological Controls


    Throughout terms of revenues, Indonesia is a major contributor towards the Association of Southeast Asian Nations (ASEAN) area. Nevertheless, the government has only recently begun to venture into the realm of electric powertrains.


    The Indonesian people is becoming more aware of electric cars (EVs), which is contributing to a rise in sales. The COVID-19 pandemic had a significant negative influence on the economy, with the worldwide automobile sector suffering as a result of the shutdown and societal separation conventions.


    Indonesia is located along important sea shipping routes, and that as a result of country lockdowns and shutdowns, maritime trade has also come to a standstill, halting vehicle movement throughout the world.


    However, progressive market openness in the final phases of years 2020 through 2021 have cleared the path for the market’s economic resurgence. This country’s EV environment is growing as collaboration between authorities, manufacturers, and electrical providers grows, resulting in increased Adoption of electric vehicles.


    Local authorities are developing measures to make EVs more inexpensive, which will eventually incentivize ride-hailing businesses and fleet owners to switch to EVs. ASEAN nations such as Indonesia and Vietnam are big two-wheeler markets that aggressively promote locally built electric scooters and motorcycles. For example, the Genesis electric scooter debuted at the 2019 Indonesia International Motor Show (IIMS). PT Garasindo and ITS collaborate on the GESITS program.


    Hyundai of South Korea has opened the world’s first electric car assembly factory, as the country seeks to capitalise on an abundance of resources used in EV manufacture.


    Indonesia is the world’s largest nickel producer, as well as a significant source of cobalt, bauxite, and copper ores, all of which are important components in the production of electric vehicle batteries. The government wants to create an integrated electric vehicle ecosystem that includes everything from metal mining to battery production and automobile assembly.


    The government has reduced import levies on electric vehicle parts to help the industry grow.


    Hyundai will also collaborate with neighbouring South Korean electronics giant LG to develop a charging station network and a battery manufacturing plant.


    The electrified visions of Indonesia might materialise. The nation is eager to create a supply chain for electric vehicles within its own borders in order to maximise the use of its abundant natural resources. It has been difficult to sell battery-powered cars because their market share was lower than its auto sales. However, momentum is now increasing.


    Competitor CATL announced it and partners would invest $6 billion in a related, separate project. A consortium led by battery giant LG Energy Solution is investing $9 billion in a vertically integrated manufacturing project that includes everything from nickel smelting to assembling finished products.


    The ultimate objectives of the government are far more lofty. About 140GW of batteries are desired by Jakarta.


     That’s ambitious; according to the intentions of the policymakers, two-thirds of those batteries will be sold in Indonesia, where 2.2 million electric vehicles are anticipated to be in use by the end of the decade.


     Less than 1 million gas-guzzlers were purchased by Indonesians last year. Electric scooters, which are incredibly popular, also compete with electric cars.  Thailand and Vietnam, two nearby nations, have only recently started their own initiatives to promote the sale of greener vehicles.



    The Indonesia Electric Vehicle Market can be segmented into following categories for further analysis.

    By Application

    • Passenger Vehicles
    • Commercial Vehicles
    • Industrial Vehicles
    • Military Vehicles


    By Product Type

    • Fully Electric Vehicles
    • Fuel Cell integrated Vehicles
    • Hybrid Electric Vehicles
    • PHEV


    By Technology Integration Framework Type

    • High Performance Vehicles
    • Sports Vehicles
    • Off Road Vehicles
    • Multipurpose Vehicles


    By Regional Classification

    • Sumatra
    • New Guinea
    • Sulawesi
    • Java
    • Bomeo
    • Central Indonesia



    Consumers’ concerns about battery dependability, limited autonomous alternatives, and a variety of other difficulties have stymied the rapid and broad adoption of EVs. At this early stage of development, the Indonesian electric car market is heavily concentrated.


    The primary reasons for this are limited selection, large price obstacles, and reliance on gasoline engines. With immediate financial help, it is expected to expedite the industrialization process of electric cars, as well as raise the completeness of EVs.


    Proposals it included a luxurious tax-exempt status for low-cost greener automobiles, a full corporation tax exemptions via a temporary tax program, as well as a decrease in annual revenue from the ultra-deductible tax reform plan.


    Indonesia possesses the world’s greatest nickel deposits. The government promotes the manufacture of nickel ore-related products items, also including electric car batteries, by utilizing local manufacturing capability Indonesia, an automotive manufacturers producer in Southeast in terms of revenues, is still very much in infancy in the related to electric powertrains.


    Battery technical advances have really been frustratingly sluggish for many businesses, particularly electric vehicles. Nevertheless development in optimizing them has been so slow that it appears lithium-ion will be the go-to answer for several decades to come.


    However, continual advancements in cell chemistry, anode and cathode materials, higher-yield fabrication processes, and productivity improvements would result in a 6-8 percent drop in cost for every batteries per year.



    Hyundai has expanded its electric vehicle lineup with the introduction of the IONIQ 5. An eye-catching V-shaped front bumper with distinct hidden lighting defines the front bumper. The rear bumper and hatch have an expressive appearance that works well with the rectangular Parametric Pixels. The unique LED headlights with their 256 cubic pixels are the crown jewels of the trademark front-end presence.


    The energy is collected and transferred to the batteries by the unique solar roof. It keeps the 12V battery alive while charging the high-voltage battery to increase the driving range. The search modular dashboard comes standard with two screens, a full touch infotainment screen, and a high-tech design.


    President Joko “Jokowi” Widodo unveiled the Hyundai IONIQ 5, a vehicle made by PT Hyundai Motor Manufacturing Indonesia, as the country’s first electric vehicle built in Indonesia.


    The Hyundai IONIQ 5 electric vehicle will debut from Hyundai. The vehicle, which is being constructed to satisfy both domestic and international demand, is the first electric vehicle assembled in Indonesia.


    The President also officially opened the PT Hyundai Motor Manufacturing Indonesia factory at the launching event held in Bekasi regency.


    As part of the government’s attempts to transition to an energy-efficient system, the President claimed that the introduction of the electric car was the moment he had been waiting for.


    Indonesia must play a significant role in the global supply chain for the electric car industry because of its vast mineral resources that can assist the growth of the electric vehicle.


    President Jokowi continued by saying that building a strong domestic ecosystem is crucial for competing with other nations if one wants to become a major player in the electric vehicle market.


    To boost a product’s added value, it is also necessary to downstream mineral raw materials.



    The government’s excitement for the EV business appears to have provided investors with a sense of security. Toyota and Hyundai have already begun discussions with authorities to begin their EV and hybrid production capabilities, while LG Chem has expressed interest in establishing an EV battery production unit to help the industry.


    These are only a few of the government’s plans for expanding its EV capabilities, and they indicate a healthy market for EV-related enterprises to operate in.


    ABB is part of the growing economy towards better support requirement towards leading development of the electric vehicles wherein the organization has focused on implementing cost efficient electric vehicles. The Terra 54 from ABB could recharge a car’s batteries between nil to 80 percent in 20-30 mins, is interoperable including all electric cars (EVs) upon that highway, and therefore is approved to looking to maximize in a petrol pump setting.


    Charging stations are attached to back-office buildings, payment systems, as well as distributed energy structures via ABB Ability connected systems, this same industry’s investments of technological platforms, whilst also fast charging status tracking, wireless connectivity, restoration, and above software upgrades reduce unnecessary and maintain operating costs cheap.


    Mitsubishi Corporation has been part of the much-required efficient EV production for sporting requirements. The i-MiEV has kept a high reputation not only because of its ecologically beneficial qualities, but also because of its visibility in government use.


    Mitsubishi’s revolutionary Electric Vehicle (MiEV) technology consisted of an isms which mutual accountability and optimized the flow of energy all through the automobile.


    MiEV technology gives smooth and consistent acceleration, redistributed energy generated first from regenerative brakes, and continuously controlled the i-battery MiEV’s output. Furthermore, the i-MiEV electric car has shown to be an useful vehicle during times of crisis, when fuel shortages make it difficult to drive automobiles with gasoline engines.


    Governmental policy arrangements throughout Australia are varied, with maybe some political policy settings being more aggressive than governmental policy settings, and some federal policy settings being more sophisticated than certain state-level national policies.


    PEV motorists favour to start charging in even the most comfortable manner possible, which means charging at apartment when conceivable and then using the most comfortable charging points options even before absolutely required (determined primarily by trip desired.


    BMW is part of the growing economy towards better leading development of the electric vehicles in France wherein the organisation has focused on implementing cost efficient electric vehicles.


    The BMW iX3 rechargeable SUV is indeed a development of the BMW X3 SUV with an internal combustion engine (ICE). Unlike most of the other recently announced electric cars (EVs), the all-electric BMW iX3 was not designed on a specialised electrical vehicles architecture.


    Nevertheless, the German manufacturer has done a good job of repurposing the existing petrol X3 as well as turned it into a zero-emission electric car (ZEV).


    Nissan Automotive has been part of the much-required efficient EV production for sporting requirements. It has been involved in introducing e-POWER pulls on the Nissan LEAF’s Generation technologies but adds a gas engine that recharge the elevated batteries as needed.


    This eliminates the use of an additional charger while yet providing the same high power as an electric vehicle. e-POWER generates tremendous torque virtually instantaneously, improving driving responsiveness and resulting in smooth acceleration. Furthermore, the system runs very silently, much like a full-fledged EV. 



    Sl no Topic
    1 Market Segmentation
    2 Scope of the report
    3 Abbreviations
    4 Research Methodology
    5 Executive Summary
    6 Introduction
    7 Insights from Industry stakeholders
    8 Cost breakdown of Product by sub-components and average profit margin
    9 Disruptive innovation in the Industry
    10 Technology trends in the Industry
    11 Consumer trends in the industry
    12 Recent Production Milestones
    13 Component Manufacturing in US, EU and China
    14 COVID-19 impact on overall market
    15 COVID-19 impact on Production of components
    16 COVID-19 impact on Point of sale
    17 Market Segmentation, Dynamics and Forecast by Geography, 2023-2030
    18 Market Segmentation, Dynamics and Forecast by Product Type, 2023-2030
    19 Market Segmentation, Dynamics and Forecast by Application, 2023-2030
    20 Market Segmentation, Dynamics and Forecast by End use, 2023-2030
    21 Product installation rate by OEM, 2023
    22 Incline/Decline in Average B-2-B selling price in past 5 years
    23 Competition from substitute products
    24 Gross margin and average profitability of suppliers
    25 New product development in past 12 months
    26 M&A in past 12 months
    27 Growth strategy of leading players
    28 Market share of vendors, 2023
    29 Company Profiles
    30 Unmet needs and opportunity for new suppliers
    31 Conclusion
    32 Appendix
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