In recent years, China’s nuclear power sector has developed rapidly. As of December 31, 2025, there were 59 operational nuclear power units in China (excluding the Taiwan region), with a total installed capacity of 62,518.74 MWe (rated capacity).

From January to December 2025, the cumulative power generation of operating nuclear power units nationwide reached 467.02 billion kWh, an increase of 4.91% compared to the same period in 2024. The cumulative on-grid electricity volume was 438.93 billion kWh, also up 4.91% year-on-year.

China has ranked first globally for several consecutive years in terms of the installed capacity of nuclear power units under construction. As China’s installed nuclear power capacity rises, so does its demand for uranium resources.

Due to China’s scarce domestic uranium resources, with total reserves not exceeding 200,000 tons, and the high cost of extraction, China needs to import a large amount of uranium resources every year.

According to CRI’s analysis, China’s uranium imports reached 27,440.0 tons in 2025, a year-on-year increase of 46.7%, with the import value totaling US$ 4.79 billion, up 46.5% year-on-year.

From January to April 2026, China imported approximately 4,683.6 tons of uranium resources, an increase of about 30.3% compared to the same period in 2025.

In 2025, China imported 26,246.8 tons of natural uranium, accounting for 95.7% of total imports, with an import value of US$ 3.53 billion, accounting for 73.7% of total import value.

In 2025, China’s major sources of natural uranium imports included Kazakhstan, Namibia, Uzbekistan, Russia, and the United Kingdom.

China faces a shortage of domestic uranium resources and relies heavily on imports. Nuclear power accounts for approximately 5% of the country’s total electricity generation, leaving significant room for growth. CRI projects that as China’s installed nuclear power capacity continues to rise, the demand for uranium resources will steadily increase. China’s uranium imports are expected to continue to rise from 2026 to 2035.

Key Contents

• Status of China’s uranium imports and key sources (2021–2025)
• Key drivers and market opportunities for China’s uranium imports
• What are the primary drivers, challenges, and opportunities for China’s uranium imports during the 2026–2035 forecast period?
• Which countries are the main sources of China’s uranium imports, and what are their export volumes and prices?
• What is the projected revenue for China’s uranium import market during the 2026–2035 forecast period?
• What strategies have key market players adopted to increase their market share in the industry?
• Which segment of China’s uranium import market is expected to dominate by 2035?
• What are the competitive advantages of key players in China’s uranium import market?
• What is the impact of economic uncertainty on China’s uranium imports?
• What are the main factors constraining the growth of China’s uranium imports?

Table of Contents

1 Analysis of China’s Uranium Resource Imports (2021–2025)

1.1. Scale of China’s Uranium Imports

1.1.1. Volume of China’s Uranium Imports

1.1.2. Value of China’s Uranium Imports

1.1.3. Average Price of China’s Uranium Imports

1.1.4. Apparent Consumption of Uranium in China

1.1.5. China’s Import Dependency for Uranium

1.2. Major Sources of China’s Uranium Imports

1.2.1. By Import Volume

1.2.2. By Import Value

2 Analysis of China’s Natural Uranium Imports (2021–2025)

2.1. Import Volume of Natural Uranium

2.2. Import Value of Natural Uranium

2.3. Import Price of Natural Uranium

2.4. Import Dependence on Natural Uranium

2.5. Origin of Natural Uranium Imports

2.5.1. By Import Volume

2.5.2. By Import Value

3 Analysis of China’s Enriched Uranium Imports (2021–2025)

3.1. Import volume of enriched uranium

3.2. Import value of enriched uranium

3.3. Import price of enriched uranium

3.4. Import dependency for enriched uranium

3.5. Sources of enriched uranium imports

3.5.1. By import volume

3.5.2. By import value

4 Analysis of Major Sources of Uranium Imports to China (2021–2025)

4.1. Analysis of uranium imports from Kazakhstan

4.2. Analysis of uranium imports from Namibia

4.3. Analysis of uranium imports from Uzbekistan

4.4. Analysis of uranium imports from the Russian Federation

4.5. Analysis of uranium imports from Germany

4.6. Analysis of uranium imports from other sources

5 Analysis of the Top 4 Chinese Uranium Importing Companies

5.1 STATE NUCLEAR URANIUM RESOURCE DEVELOPMENT CO., LTD

5.1.1 Company Overview

5.1.2 Import Overview

5.2 CNNC XINJIANG SUPPLY CHAIN CO., LTD

5.2.1 Company Overview

5.2.2 Import Overview

5.3 CGNPC URANIUM RESOURCES CO., LTD

5.3.1 Company Overview

5.3.2 Import Overview

5.4 CHINA NUCLEAR ENERGY INDUSTRY CORPORATION

5.4.1 Company Overview

5.4.2 Import Overview

6 Outlook of Uranium Resource Import in China 2026-2035

6.1. Factors Affecting China’s Uranium Resource Imports

6.1.1. Favorable Factors

6.1.2. Unfavorable Factors

6.2. Forecast of China’s Uranium Resource Imports (2026–2035)

6.2.1. Forecast of Import Volume

6.2.2. Forecast of Major Import Sources

6.2.3. Forecast of Major Types of Imported Uranium Resources

List of Some Charts

Chart Import Volume of Uranium Resource in China (2021-April 2026)

Chart Import Value of Uranium Resource in China (2021-April 2026)

Chart Average Import Price of Uranium Resource in China (2021-April 2026)

Chart Operational status of nuclear power in China (2021–2025)

Chart Statistics on power generation by operating nuclear power units in China (January–December 2025)

Chart Major sources of uranium imports for China (by import volume, 2021–2025)

Chart Major sources of uranium imports for China (by import value, 2021–2025)

Chart Import Volume of Nature Uranium in China (2021-2025)

Chart Import Value of Nature Uranium in China (2021-2025)

Chart Average Import Price of Nature Uranium in China (2021-2025)

Chart Major Sources of Nature Uranium Imports for China (2021–2025)

Chart Import Volume of Enriched Uranium in China (2021-2025)

Chart Import Value of Enriched Uranium in China (2021-2025)

Chart Average Import Price of Enriched Uranium in China (2021-2025)

Chart Volume of Uranium Resources Imported by China from Kazakhstan (2021–2025)

Chart Volume of Uranium Resources Imported by China from Namibia (2021–2025)

Chart Volume of Uranium Resources Imported by China from Uzbekistan (2021–2025)

The post China Uranium Resource Import Research Report 2026?C2035 first appeared on CRI Report.

Description

Battery Swapping for Electric Two-Wheelers refers to an operational model for vehicle energy replenishment that involves the rapid exchange of depleted batteries—facilitated by standardized, swappable battery systems—at dedicated battery swapping stations.

Compared with traditional charging mode, battery swapping mode does not require waiting for the vehicle to charge for a long time. Users only need to replace the battery in the battery swapping cabinet or station to continue driving. The whole process usually only takes tens of seconds to several minutes, so it is particularly suitable for high-frequency use and high turnover of two-wheeled electric vehicles.

The battery-swapping market for two-wheeled electric vehicles in ASEAN is currently in a phase of rapid market entry and network expansion. According to CRI analysis, ASEAN is one of the regions with the highest number of motorcycles in the world. Indonesia, Vietnam, Thailand, and the Philippines have long relied on two-wheeled vehicles as their primary mode of transportation, thus naturally providing a large market base for electric two-wheeled vehicles.

Currently, the battery swapping market in ASEAN remains dominated by B2B operational scenarios, while the B2C private consumer market is still in its nascent stage.

According to an analysis by CRI, current demand for battery swapping for two-wheeled electric vehicles in ASEAN is primarily concentrated in urban delivery, shared mobility and high-frequency commuting scenarios. Indonesia and Vietnam are the markets within the region experiencing the fastest growth in demand.

Over the next 3 to 5 years, the battery swapping market for two-wheeled electric vehicles in ASEAN is projected to enter a phase of rapid growth.

CRI recommends that global battery swapping companies for two-wheeled electric vehicles, suppliers of electric vehicle batteries and investment institutions conduct timely market research on the ASEAN region to prepare for their strategic entry into the ASEAN two-wheeled electric vehicle battery swap market.

Key Contents

• Overview of the Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN
• Economic and Policy Environment of Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN
• Analysis of the Two-Wheeled Electric Vehicle Battery Swap Industry in Major ASEAN Countries
• Market Size of Two-Wheeled Electric Vehicle Battery Swap in ASEAN (2021–2025)
• Analysis of Key Companies in the ASEAN Two-Wheeled Electric Vehicle Battery Swap Industry
• Key Drivers and Market Opportunities of Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN
• What are the key drivers, challenges and opportunities for the ASEAN two-wheeled electric vehicle battery swap industry during the forecast period of 2026–2030?
• Which companies are the major market players in the ASEAN two-wheeled electric vehicle battery swap industry and what are their competitive advantages?
• What is the projected revenue for two-wheeled electric vehicle battery swap market in ASEAN during the forecast period of 2026–2030?
• What strategies have major market players adopted to increase their market share within this industry?
• Which segment of the ASEAN two-wheeled electric vehicle battery swap market is expected to dominate the market by 2030?
• What are the major headwinds facing the ASEAN two-wheeled electric vehicle battery swap industry?
• How can foreign capital enter the two-wheeled electric vehicle battery swap industry in ASEAN?

Table of Contents

1 Overview of ASEAN

1.1 Geography

1.2 Demographic Structure

1.3 Economic Situation

1.4 Minimum Wage Standards

2 Overview of the Two-Wheeled Electric Vehicle Battery Swap Industry

2.1 Definition and Classification of the Two-Wheeled Electric Vehicle Battery Swap Industry

2.1.1 Industry Definition

2.1.2 Classification

2.2 Analysis of Two-Wheeled Electric Vehicle Battery Swap Industry Chain

2.3 Policy Environment of Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN

2.4 CRI’s Suggestions for Foreign-Invested Enterprises Investing in the ASEAN Two-Wheeled Electric Vehicle Battery Swap Industry

3 Analysis of Supply and Demand in the ASEAN Two-Wheeled Electric Vehicle Battery Swap Industry

3.1 Supply Analysis of the Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN

3.1.1 Status of Battery Swapping Stations/Pile Construction in ASEAN

3.1.2 Number of Battery Swapping Stations for Two-Wheeled Electric Vehicles in ASEAN

3.1.3 Factors Influencing the Construction of Charging Stations in ASEAN

3.2 Demand Analysis of the Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN

3.2.1 Two-wheeled electric vehicle ownership

3.2.2 Downstream user market demand

3.2.3 Replacement Market Size of Gasoline-powered Motorcycles

4 Import and Export of the Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN

4.1 Import Overview of Two-Wheeled Electric Vehicle Battery Swap Equipment in ASEAN

4.1.1 Import Volume of  Two-Wheeled Electric Vehicle Battery Swap Equipment in ASEAN

4.1.2 Major Sources of  Two-Wheeled Electric Vehicle Battery Swap Equipment Imports in ASEAN

4.2 Export Overview of Two-Wheeled Electric Vehicle Battery Swap Equipment in ASEAN

4.2.1 Export Volume of Two-Wheeled Electric Vehicle Battery Swap Equipment in ASEAN

4.2.2 Major Destinations for Two-Wheeled Electric Vehicle Battery Swap Equipment Exports in ASEAN

5 Analysis of the Two-Wheeled Electric Vehicle Battery Swap Industry in Major ASEAN Countries

5.1 Singapore

5.1.1 Overview of the Two-Wheeled Electric Vehicle Battery Swap Industry

5.1.2 Analysis of Two-Wheeled Electric Vehicle Battery Swap Market Supply and Demand

5.2 Malaysia

5.2.1 Overview of the Two-Wheeled Electric Vehicle Battery Swap Industry

5.2.2 Analysis of Two-Wheeled Electric Vehicle Battery Swap Market Supply and Demand

5.3 Thailand

5.3.1 Overview of the Two-Wheeled Electric Vehicle Battery Swap Industry

5.3.2 Analysis of Two-Wheeled Electric Vehicle Battery Swap Market Supply and Demand

5.4 Indonesia

5.4.1 Overview of the Two-Wheeled Electric Vehicle Battery Swap Industry

5.4.2 Analysis of Two-Wheeled Electric Vehicle Battery Swap Market Supply and Demand

5.5 Vietnam

5.5.1 Overview of the Two-Wheeled Electric Vehicle Battery Swap Industry

5.5.2 Analysis of Two-Wheeled Electric Vehicle Battery Swap Market Supply and Demand

5.5 Philippines

5.5.1 Overview of the Two-Wheeled Electric Vehicle Battery Swap Industry

5.5.2 Analysis of Two-Wheeled Electric Vehicle Battery Swap Market Supply and Demandt

6 Analysis of the Top 5 Two-Wheeled Electric Vehicle Battery Swap Companies in ASEAN

6.1 Gogoro

6.1.1 Company Overview

6.1.2 Operations Status

6.2 Oyika

6.2.1 Company Overview

6.2.2 Operations Status

6.3 Swap Energi

6.3.1 Company Overview

6.3.2 Operations Status

6.4 Selex Motors

6.4.1 Company Overview

6.4.2 Operations Status

6.5 VinFast

6.5.1 Company Overview

6.5.2 Operations Status

7 Outlook of Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN 2026-2030

7.1 Analysis of Development Factors of Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN

7.1.1 Drivers and Growth Opportunities of Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN

7.1.2 Threats and Challenges of Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN

7.2 Forecast of Supply for Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN

7.3 Forecast of Demand for Two-Wheeled Electric Vehicle Battery Swap in ASEAN

7.4 Forecast of Imports and Exports for Two-Wheeled Electric Vehicle Battery Swap Industry in ASEAN

List of Some Charts

Chart Total Population in ASEAN, 2021–2025

Chart Per Capita GDP in ASEAN, 2021–2025

Chart Policies Related to the Two-Wheeled Electric Vehicle Battery Swap Industry Issued in ASEAN, 2021–2025

Chart Number of Installed Battery Swapping Stations for Two-Wheeled Electric Vehicles in ASEAN, 2021-2025

Chart Market Size of the Downstream Battery Swapping Sector for Two-Wheeled Electric Vehicles in ASEAN, 2021-2025

Chart Number of Installed Battery Swapping Stations for Two-Wheeled Electric Vehicles in Singapore, 2021-2025

Chart Number of Installed Battery Swapping Stations for Two-Wheeled Electric Vehicles in Malaysia, 2021–2025

Chart Number of Installed Battery Swapping Stations for Two-Wheeled Electric Vehicles in Thailand, 2021–2025

Chart Number of Installed Battery Swapping Stations for Two-Wheeled Electric Vehicles in Indonesia, 2021–2025

Chart Number of Installed Battery Swapping Stations for Two-Wheeled Electric Vehicles in Vietnam, 2021–2025

Chart Imports of Two-Wheeled Electric Vehicle Battery Swap Equipment in ASEAN, 2021–2025

Chart Exports of ASEAN’s Two-Wheeled Electric Vehicle Battery Swap Equipment, 2021–2025

Chart Market Size Forecast of Two-Wheeled Electric Vehicle Battery Swap in ASEAN, 2026–2030

The post ASEAN Two-Wheeled Electric Vehicle Battery Swap Industry Research Report 2026-2030 first appeared on CRI Report.

Description

A two-wheeler electric vehicle is a lightweight mode of transportation that operates on a two-wheeled structure and utilizes an electric propulsion system to replace a traditional fuel-powered engine.

Two-wheeled electric vehicles primarily include electric bicycles (e-bikes), electric scooters (e-scooters) and electric motorcycles.

According to the analysis by CRI, key drivers of demand in the ASEAN two-wheeled electric vehicle market include shifts in urban commuting patterns, fluctuations in fuel prices, environmental protection policies and the expansion of the delivery sector.

In Vietnam, Indonesia, Thailand and Philippines, motorcycles serve as the primary mode of transportation, presenting immense potential for electric substitution.

Vietnam stands out as the market with the fastest-rising penetration rate for electric two-wheelers, driven by its high population density and substantial existing fleet of motorcycles.

Leveraging its market size and resource advantages, Indonesia is gradually absorbing the production capacity transfer from Chinese companies and exploring the construction of a local battery supply chain.

According to CRI analysis, the ASEAN two-wheeled electric vehicle market will enter a phase of accelerated penetration in the next 3-5 years.

Influenced by the drastic volatility of international oil prices, governments across ASEAN nations are expected to gradually introduce restrictive policies on fuel-powered motorcycles or subsidy mechanisms for electrification, aiming to accelerate the replacement of existing fleets.

CRI recommends that global two-wheeled electric vehicle manufacturers, distributors, vehicles parts manufacturers and investment institutions conduct timely market research on the ASEAN region to prepare for their strategic entry into the ASEAN two-wheeled electric vehicle market.

Key Contents

• Overview of the Two-Wheeled Electric Vehicle Industry in ASEAN
• Economic and Policy Environment of Two-Wheeled Electric Vehicle Industry in ASEAN
• Analysis of the Two-Wheeled Electric Vehicle Industry in Major ASEAN Countries
• Market Size of Two-Wheeled Electric Vehicle in ASEAN (2021–2025)
• Analysis of Key Companies in the ASEAN Two-Wheeled Electric Vehicle Industry
• Key Drivers and Market Opportunities of Two-Wheeled Electric Vehicle Industry in ASEAN
• What are the key drivers, challenges and opportunities for the ASEAN two-wheeled electric vehicle industry during the forecast period of 2026–2030?
• Which companies are the major market players in the ASEAN two-wheeled electric vehicle industry and what are their competitive advantages?
• What is the projected revenue for Two-Wheeled Electric Vehicle market in ASEAN during the forecast period of 2026–2030?
• What strategies have major market players adopted to increase their market share within this industry?
• Which segment of the ASEAN two-wheeled electric vehicle market is expected to dominate the market by 2030?
• What are the major headwinds facing the ASEAN two-wheeled electric vehicle industry?
• How can foreign capital enter the two-wheeled electric vehicle industry in ASEAN?

Table of Contents

1 Overview of ASEAN

1.1 Geography

1.2 Demographic Structure

1.3 Economic Situation

1.4 Minimum Wage Standards

2 Overview of the Two-Wheeled Electric Vehicle Industry

2.1 Definition and Classification of the Two-Wheeled Electric Vehicle Industry

2.1.1 Industry Definition

2.1.2 Classification

2.2 Analysis of Two-Wheeled Electric Vehicle Industry Chain

2.3 Policy Environment of Two-Wheeled Electric Vehicle Industry in ASEAN

2.4 CRI’s Suggestions for Foreign-Invested Enterprises Investing in the ASEAN Two-Wheeled Electric Vehicle Industry

3 Analysis of Supply and Demand in the ASEAN Two-Wheeled Electric Vehicle Industry

3.1 Supply Analysis of the Two-Wheeled Electric Vehicle Industry in ASEAN

3.1.1 Two-Wheeled Electric Vehicle Supply in ASEAN

3.1.2 Production of Two-Wheeled Electric Vehicle in ASEAN

3.1.3 Factors Influencing the Production of Two-Wheeled Electric Vehicle in ASEAN

3.2 Demand Analysis of the Two-Wheeled Electric Vehicle Industry in ASEAN

3.2.1 Sale Volume of Two-Wheeled Electric Vehicle

3.2.2 Replacement Market Size

3.2.3 Factors Influencing Demand for Two-Wheeled Electric Vehicle in ASEAN

4 Import and Export of the Two-Wheeled Electric Vehicle Industry in ASEAN

4.1 Import Overview of Two-Wheeled Electric Vehicle in ASEAN

4.1.1 Import Volume of  Two-Wheeled Electric Vehicle in ASEAN

4.1.2 Major Sources of  Two-Wheeled Electric Vehicle Imports in ASEAN

4.2 Export Overview of Two-Wheeled Electric Vehicle in ASEAN

4.2.1 Export Volume of Two-Wheeled Electric Vehicle in ASEAN

4.2.2 Major Destinations for Two-Wheeled Electric Vehicle Exports in ASEAN

5 Analysis of the Two-Wheeled Electric Vehicle Industry in Major ASEAN Countries

5.1 Singapore

5.1.1 Overview of the Two-Wheeled Electric Vehicle Industry

5.1.2 Analysis of Two-Wheeled Electric Vehicle Market Supply and Demand

5.2 Malaysia

5.2.1 Overview of the Two-Wheeled Electric Vehicle Industry

5.2.2 Analysis of Two-Wheeled Electric Vehicle Market Supply and Demand

5.3 Thailand

5.3.1 Overview of the Two-Wheeled Electric Vehicle Industry

5.3.2 Analysis of Two-Wheeled Electric Vehicle Market Supply and Demand

5.4 Indonesia

5.4.1 Overview of the Two-Wheeled Electric Vehicle Industry

5.4.2 Analysis of Two-Wheeled Electric Vehicle Market Supply and Demand

5.5 Vietnam

5.5.1 Overview of the Two-Wheeled Electric Vehicle Industry

5.5.2 Analysis of Two-Wheeled Electric Vehicle Market Supply and Demand

5.5 Philippines

5.5.1 Overview of the Two-Wheeled Electric Vehicle Industry

5.5.2 Analysis of Two-Wheeled Electric Vehicle Market Supply and Demand

6 Analysis of the Top 5 Two-Wheeled Electric Vehicle Companies in ASEAN

6.1 VinFast

6.1.1 Company Overview

6.1.2 Operations Status

6.2 Honda

6.2.1 Company Overview

6.2.2 Operations Status

6.3 Polytron

6.3.1 Company Overview

6.3.2 Operations Status

6.4 Yadea

6.4.1 Company Overview

6.4.2 Operations Status

6.5 TAILG

6.5.1 Company Overview

6.5.2 Operations Status

7 Outlook of Two-Wheeled Electric Vehicle Industry in ASEAN 2026-2030

7.1 Analysis of Development Factors of Two-Wheeled Electric Vehicle Industry in ASEAN

7.1.1 Drivers and Growth Opportunities of Two-Wheeled Electric Vehicle Industry in ASEAN

7.1.2 Threats and Challenges of Two-Wheeled Electric Vehicle Industry in ASEAN

7.2 Forecast of Supply for Two-Wheeled Electric Vehicle Industry in ASEAN

7.3 Forecast of Demand for Two-Wheeled Electric Vehicle in ASEAN

7.4 Forecast of Imports and Exports for Two-Wheeled Electric Vehicle Industry in ASEAN

List of Some Charts

Chart Total Population in ASEAN, 2021–2025

Chart Per Capita GDP in ASEAN, 2021–2025

Chart Policies Related to the Two-Wheeled Electric Vehicle Industry Issued in ASEAN, 2021–2025

Chart Production for Two-Wheeled Electric Vehicle in ASEAN, 2021–2025

Chart Sale Volume for Two-Wheeled Electric Vehicle in ASEAN, 2021–2025

Chart Sale Volume for Two-Wheeled Electric Vehicle in Singapore, 2021–2025

Chart Sale Volume for Two-Wheeled Electric Vehicle in Malaysia, 2021–2025

Chart Sale Volume for Two-Wheeled Electric Vehicle in Thailand, 2021–2025

Chart Sale Volume for Two-Wheeled Electric Vehicle in Indonesia, 2021–2025

Chart Sale Volume for Two-Wheeled Electric Vehicle in Vietnam, 2021–2025

Chart Imports of Two-Wheeled Electric Vehicle in ASEAN, 2021–2025

Chart Exports of ASEAN’s Two-Wheeled Electric Vehicle, 2021–2025

Chart Production Forecast of Two-Wheeled Electric Vehicle in ASEAN, 2026–2030

Chart Sale Forecast of Two-Wheeled Electric Vehicle in ASEAN, 2026–2030

Chart Import and Export Forecast of Two-Wheeled Electric Vehicle in ASEAN, 2026–2030

The post ASEAN Two-Wheeled Electric Vehicle Industry Research Report 2026-2030 first appeared on CRI Report.

Description

The ASEAN paper industry has maintained steady growth in recent years, driven primarily by economic development, population growth, urbanization and consumption upgrading.

With the rapid expansion of the e-commerce, packaging, food and beverage, and express logistics industries, market demand for packaging cardboard, corrugated cartons, and household paper continues to rise.

Vietnam, Indonesia, Thailand, Malaysia, and the Philippines are the region’s major paper-consuming nations. The growth rate of demand for packaging paper and tissue paper is significantly higher than that for traditional cultural paper.

low labor costs attract global paper companies to transfer production capacity to the region.

Nine Dragons Paper acquired Vietnam’s Cheng Yang Paper Mill in 2008 and completed the Phase II expansion of its Vietnam base in 2017.

Nine Dragons also made acquisitions and investments in Malaysia’s paper mills in 2019 and 2021, planning a pulp and paper project with an annual capacity of 2.3 million tons in Banting, Selangor.

Japan’s Marubeni Corporation also announced new capacity investments in Vietnam in 2019, aiming to produce 350,000 tons of corrugated cardboard annually.

According to estimates of CRI, From 2021 to 2025, market growth in Southeast Asia’s paper industry exhibited a differentiated trend across the region, with the market size expanding from USD 25.57 billion to USD 29.84 billion.

CRI forecasts that the Southeast Asian paper industry will develop robustly from 2026 to 2030, reaching a market size of USD 38.29 billion with 5.1% CAGR.

CRI recommends that global paper and paper products enterprises, raw material suppliers, consumer goods purchasers and investment institutions conduct timely market research on the ASEAN region to prepare for their strategic entry into the ASEAN energy management system market.

Key Contents

• Overview of the Paper Industry in ASEAN
• Economic and Policy Environment of Paper Industry in ASEAN
• Analysis of the Paper Industry in Major ASEAN Countries
• Market Size of Paper in ASEAN (2021–2025)
• Analysis of Key Companies in the ASEAN Paper Industry
• Key Drivers and Market Opportunities of Paper Industry in ASEAN
• What are the key drivers, challenges and opportunities for the ASEAN paper industry during the forecast period of 2026–2030?
• Which companies are the major market players in the ASEAN Paper industry and what are their competitive advantages?
• What is the projected revenue for paper market in ASEAN during the forecast period of 2026–2030?
• What strategies have major market players adopted to increase their market share within this industry?
• Which segment of the ASEAN paper market is expected to dominate the market by 2030?
• What are the major headwinds facing the ASEAN paper industry?
• How can foreign capital enter the paper industry in ASEAN?

Table of Contents

1 Overview of ASEAN

1.1 Geography

1.2 Demographic Structure

1.3 Economic Situation

1.4 Minimum Wage Standards

2 Overview of the Paper Industry

2.1 Definition and Classification of the Paper Industry

2.1.1 Industry Definition

2.1.2 Classification

2.2 Analysis of Paper Industry Chain

2.3 Policy Environment of Paper Industry in ASEAN

2.4 CRI’s Suggestions for Foreign-Invested Enterprises Investing in the ASEAN Paper Industry

3 Analysis of Supply and Demand in the ASEAN Paper Industry

3.1 Supply Analysis of the Paper Industry in ASEAN

3.1.1 Wood Pulp Supply Situation

3.1.2 Regional Production Layout

3.1.3 Factors Affecting the Supply of Papers in ASEAN

3.2 Demand Analysis of the Paper Industry in ASEAN

3.2.1 Characteristics of Demand Structure (Packaging Paper, Household Paper, Cultural Paper, etc.)

3.2.2 Analysis of Downstream Application Demand

3.2.3 Scale and Growth of Demand

3.2.4 Analysis of Demand Drivers

4 Import and Export of the Paper Industry in ASEAN

4.1 Import Overview of Pulp, Paper and Paperboard in ASEAN

4.1.1 Import Value of Pulp, Paper and Paperboard of  Paper in ASEAN

4.1.2 Major Sources of Pulp, Paper and Paperboard Imports in ASEAN

4.2 Export Overview of Pulp, Paper and Paperboard in ASEAN

4.2.1 Export Volume of Pulp, Paper and Paperboard in ASEAN

4.2.2 Major Destinations for Pulp, Paper and Paperboard Exports in ASEAN

5 Analysis of the Paper Industry in Major ASEAN Countries

5.1 Singapore

5.1.1 Overview of the Paper Industry

5.1.2 Analysis of Paper Market Supply and Demand

5.2 Malaysia

5.2.1 Overview of the Paper Industry

5.2.2 Analysis of Paper Market Supply and Demand

5.3 Thailand

5.3.1 Overview of the Paper Industry

5.3.2 Analysis of Paper Market Supply and Demand

5.4 Indonesia

5.4.1 Overview of the Paper Industry

5.4.2 Analysis of Paper Market Supply and Demand

5.5 Vietnam

5.5.1 Overview of the Paper Industry

5.5.2 Analysis of Paper Market Supply and Demand

6 Analysis of the Top 5 Paper Companies in ASEAN

6.1 Siam Cement Group (SCG)

6.1.1 Company Overview

6.1.2 Operations Status

6.2 United Paper PCL

6.2.1 Company Overview

6.2.2 Operations Status

6.3 Trust International Paper Corporation

6.3.1 Company Overview

6.3.2 Operations Status

6.4 GS Paper & Packaging

6.4.1 Company Overview

6.4.2 Operations Status

6.5 Nine Dragons Paper (Holdings) Limited

6.5.1 Company Overview

6.5.2 Operations Status

7 Outlook of Paper Industry in ASEAN 2026-2030

7.1 Analysis of Development Factors of Paper Industry in ASEAN

7.1.1 Drivers and Growth Opportunities of Paper Industry in ASEAN

7.1.2 Threats and Challenges Facing of Paper Industry in ASEAN

7.2 Forecast of Supply for Paper Industry in ASEAN

7.3 Forecast of Demand for Paper in ASEAN

7.4 Forecast of Imports and Exports for Paper Industry in ASEAN

List of Some Charts

Chart Total Population in ASEAN, 2021–2025

Chart Per Capita GDP in ASEAN, 2021–2025

Chart Policies Related to the Power Industry Issued in ASEAN, 2021–2025

Chart Output Value of Pulp, Paper and Paperboard in ASEAN, 2021-2025

Chart Market Size of Pulp, Paper and Paperboard in ASEAN, 2021–2025

Chart Market Size of Pulp, Paper and Paperboard in Singapore, 2021–2025

Chart Market Size of Pulp, Paper and Paperboard in Malaysia, 2021–2025

Chart Market Size of Pulp, Paper and Paperboard in Thailand, 2021–2025

Chart Market Size of Pulp, Paper and Paperboard in Indonesia, 2021–2025

Chart Market Size of Pulp, Paper and Paperboard in Vietnam, 2021–2025

Chart Import Value of Pulp, Paper and Paperboard in ASEAN, 2021–2025

Chart Exports Value of Pulp, Paper and Paperboard in ASEAN, 2021–2025

Chart Market Size Forecast of Pulp, Paper and Paperboard in ASEAN, 2026–2030

The post ASEAN Paper Industry Research Report 2026-2030 first appeared on CRI Report.

Description

Transformers serve as core components within power systems, facilitating voltage conversion as well as the transmission and distribution of electrical energy. They are widely deployed across every stage of the power infrastructure, including generation, transmission, substation operations, and distribution.

Transformers can be classified into generator step-up transformers, transmission transformers, distribution transformers, and special-purpose transformers.

With the continued growth in global electricity demand, the rapid expansion of new energy power generation capacity and the accelerated pace of smart grid upgrades, the power transformer industry has ushered in new development opportunities.

The ASEAN region is one of the most active emerging markets for global power infrastructure investment and the demand for power transformers continues to grow.

According to the analysis by CRI, economic development, accelerated industrialization, and rising levels of urbanization across ASEAN nations have driven rapid growth in electricity consumption.

At the same time, governments across Southeast Asia are significantly stepping up investment in the construction and upgrading of power transmission and distribution networks.

In recent years, Vietnam, Indonesia, the Philippines, Malaysia and Thailand have actively advanced power grid expansion, rural electrification initiatives and new energy grid-connection projects.

Regional economic growth will continue to drive an increase in electricity demand. Large-scale investments in power transmission and distribution infrastructure, planned by governments worldwide, will provide long-term market opportunities for the industry.

CRI recommends that global transformer manufacturers, power transmission and distribution equipment and electrical equipment companies, new energy development and energy infrastructure companies and investment institutions conduct timely market research on the ASEAN region to prepare for their strategic entry into the ASEAN energy management system market.

Key Contents

• Overview of the Transformer Industry in ASEAN
• Economic and Policy Environment of Transformer Industry in ASEAN
• Analysis of the Transformer Industry in Major ASEAN Countries
• Market Size of Transformer in ASEAN (2021–2025)
• Analysis of Key Companies in the ASEAN Transformer Industry
• Key Drivers and Market Opportunities of Transformer Industry in ASEAN
• What are the key drivers, challenges and opportunities for the ASEAN transformer industry during the forecast period of 2026–2030?
• Which companies are the major market players in the ASEAN transformer industry and what are their competitive advantages?
• What is the projected revenue for transformer market in ASEAN during the forecast period of 2026–2030?
• What strategies have major market players adopted to increase their market share within this industry?
• Which segment of the ASEAN transformer market is expected to dominate the market by 2030?
• What are the major headwinds facing the ASEAN transformer industry?
• How can foreign capital enter the transformer industry in ASEAN?

Table of Contents

1 Overview of ASEAN

1.1 Geography

1.2 Demographic Structure

1.3 Economic Situation

1.4 Minimum Wage Standards

2 Overview of the Transformer Industry

2.1 Definition and Classification of the Transformer Industry

2.1.1 Industry Definition

2.1.2 Classification

2.2 Analysis of Transformer Industry Chain

2.3 Policy Environment of Transformer Industry in ASEAN

2.4 CRI’s Suggestions for Foreign-Invested Enterprises Investing in the ASEAN Transformer Industry

3 Analysis of Supply and Demand in the ASEAN Transformer Industry

3.1 Supply Analysis of the Transformer Industry in ASEAN

3.1.1 Transformer Supply Structure in ASEAN

3.1.2 ASEAN Transformer Installation Volume

3.1.3 Factors Affecting the Supply of Power Transformers in ASEAN

3.2 Demand Analysis of the Transformer Industry in ASEAN

3.2.1 Market Sizes

3.2.2 Demand of Main Application

3.2.3 Demand Drivers

4 Import and Export of the Transformer Industry in ASEAN

4.1 Import Overview of Transformer in ASEAN

4.1.1 Import Volume of  Transformer in ASEAN

4.1.2 Major Sources of  Transformer Imports in ASEAN

4.2 Export Overview of Transformer in ASEAN

4.2.1 Export Volume of Transformer in ASEAN

4.2.2 Major Destinations for Transformer Exports in ASEAN

5 Analysis of the Transformer Industry in Major ASEAN Countries

5.1 Singapore

5.1.1 Overview of the Transformer Industry

5.1.2 Analysis of Transformer Market Supply and Demand

5.2 Malaysia

5.2.1 Overview of the Transformer Industry

5.2.2 Analysis of Transformer Market Supply and Demand

5.3 Thailand

5.3.1 Overview of the Transformer Industry

5.3.2 Analysis of Transformer Market Supply and Demand

5.4 Indonesia

5.4.1 Overview of the Transformer Industry

5.4.2 Analysis of Transformer Market Supply and Demand

5.5 Vietnam

5.5.1 Overview of the Transformer Industry

5.5.2 Analysis of Transformer Market Supply and Demand

6 Analysis of the Top 5 Transformer Companies in ASEAN

6.1 Hitachi Energy

6.1.1 Company Overview

6.1.2 Operations Status

6.2 Siemens Energy

6.2.1 Company Overview

6.2.2 Operations Status

6.3 Hyosung Heavy Industries

6.3.1 Company Overview

6.3.2 Operations Status

6.4 ELSCO Transformer

6.4.1 Company Overview

6.4.2 Operations Status

6.5 TBEA Co., Ltd

6.5.1 Company Overview

6.5.2 Operations Status

7 Outlook of Transformer Industry in ASEAN 2026-2030

7.1 Analysis of Development Factors of Transformer Industry in ASEAN

7.1.1 Drivers and Growth Opportunities of Transformer Industry in ASEAN

7.1.2 Threats and Challenges Facing of Transformer Industry in ASEAN

7.2 Forecast of Supply for Transformer Industry in ASEAN

7.3 Forecast of Demand for Transformer in ASEAN

7.4 Forecast of Imports and Exports for Transformer Industry in ASEAN

List of Some Charts

Chart Total Population in ASEAN, 2021–2025

Chart Per Capita GDP in ASEAN, 2021–2025

Chart Policies Related to the Power Industry Issued in ASEAN, 2021–2025

Chart Market Size for Transformer in ASEAN, 2021–2025

Chart Market Size for Transformer in Singapore, 2021–2025

Chart Market Size for Transformer in Malaysia, 2021–2025

Chart Market Size for Transformer in Thailand, 2021–2025

Chart Market Size for Transformer in Indonesia, 2021–2025

Chart Market Size for Transformer in Vietnam, 2021–2025

Chart Imports of Transformer in ASEAN, 2021–2025

Chart Exports of ASEAN’s Transformer, 2021–2025

Chart Market Size Forecast of Transformer in ASEAN, 2026–2030

The post ASEAN Transformer Industry Research Report 2026-2030 first appeared on CRI Report.

Description

A home energy storage system is an electrical energy storage and energy management system installed in residential settings.

Home energy storage has gradually emerged as a vital component of the new energy industry, driven by the global transition to new energy, the rapid proliferation of distributed photovoltaics and the growing demand among households for energy independence.

Energy storage paired with photovoltaics currently constitutes the primary application form. Specifically, it involves integration with rooftop PV systems to increase the rate of solar self-consumption and reduce reliance on the public power grid.

According to CRI analysis, home energy storage is gradually evolving from a mere backup power product into a core component of home energy management infrastructure, driven by rapidly growing electricity demand in Southeast Asia, rising penetration rates of distributed photovoltaics, grid instability and rising electricity prices.

The Philippines, Indonesia, and Vietnam have long faced issues of frequent power outages and weak grid stability, leading to a continuously rising demand among residents for backup power sources and energy independence.

Rising costs of imported fossil fuels are driving up residential electricity prices, prompting households to increase their self-consumption of electricity through “photovoltaic + energy storage” systems in order to reduce their electricity expenses.

Over the next 3–5 years, the ASEAN home energy storage market is expected to enter a period of rapid growth, with its long-term growth logic appearing relatively clear.

CRI recommends that global manufacturers of home energy storage systems, energy storage equipment distributors, international energy storage brands and investment institutions conduct timely market research on the ASEAN region to prepare for their strategic entry into the ASEAN energy storage market.

Key Contents

• Overview of the Home Energy Storage System Industry in ASEAN
• Economic and Policy Environment of Home Energy Storage System Industry in ASEAN
• Analysis of the Home Energy Storage System Industry in Major ASEAN Countries
• Market Size of Home Energy Storage System in ASEAN (2021–2025)
• Analysis of Key Companies in the ASEAN Home Energy Storage System Industry
• Key Drivers and Market Opportunities of Home Energy Storage System Industry in ASEAN
• What are the key drivers, challenges, and opportunities for the ASEAN Home Energy Storage System industry during the forecast period of 2026–2030?
• Which companies are the major market players in the ASEAN Home Energy Storage System industry and what are their competitive advantages?
• What is the projected revenue for Home Energy Storage System market in ASEAN during the forecast period of 2026–2030?
• What strategies have major market players adopted to increase their market share within this industry?
• Which segment of the ASEAN Home Energy Storage System market is expected to dominate the market by 2030?
• What are the major headwinds facing the ASEAN Home Energy Storage System industry?
• How can foreign capital enter the Home Energy Storage System industry in ASEAN?

Table of Contents

1 Overview of ASEAN

1.1 Geography

1.2 Demographic Structure

1.3 Economic Situation

1.4 Minimum Wage Standards

2 Overview of the Home Energy Storage System Industry

2.1 Definition and Classification of the Home Energy Storage System Industry

2.1.1 Industry Definition

2.1.2 Classification

2.2 Analysis of Home Energy Storage System Industry Chain

2.3 Policy Environment of Home Energy Storage System Industry in ASEAN

2.4 CRI’s Suggestions for Foreign-Invested Enterprises Investing in the ASEAN Home Energy Storage System Industry

3 Analysis of Supply and Demand in the ASEAN Home Energy Storage System Industry

3.1 Supply Analysis of the Home Energy Storage System Industry in ASEAN

3.1.1 Home Energy Storage System Supply Structure in ASEAN

3.1.2 Production and Manufacturing Status of Home Energy Storage Equipment in ASEAN

3.1.3 Factors Influencing Home Energy Storage System Manufacturing in ASEAN

3.2 Demand Analysis of the Home Energy Storage System Industry in ASEAN

3.2.1 Market Sizes

3.2.2 Residential Electricity Rates

3.2.3 Demand Drivers

4 Import and Export of the Home Energy Storage System Industry in ASEAN

4.1 Import Overview of Home Energy Storage Devices in ASEAN

4.1.1 Import Volume of Home Energy Storage Devices in ASEAN

4.1.2 Major Sources of Home Energy Storage Devices Imports in ASEAN

4.2 Export Overview of Home Energy Storage Devices in ASEAN

4.2.1 Export Volume of Home Energy Storage Devices in ASEAN

4.2.2 Major Destinations for Home Energy Storage Devices Exports in ASEAN

5 Analysis of the Home Energy Storage System Industry in Major ASEAN Countries

5.1 Singapore

5.1.1 Overview of the Home Energy Storage System Industry

5.1.2 Analysis of Home Energy Storage System Market Supply and Demand

5.2 Malaysia

5.2.1 Overview of the Home Energy Storage System Industry

5.2.2 Analysis of Home Energy Storage System Market Supply and Demand

5.3 Thailand

5.3.1 Overview of the Home Energy Storage System Industry

5.3.2 Analysis of Home Energy Storage System Market Supply and Demand

5.4 Indonesia

5.4.1 Overview of the Home Energy Storage System Industry

5.4.2 Analysis of Home Energy Storage System Market Supply and Demand

5.5 Vietnam

5.5.1 Overview of the Home Energy Storage System Industry

5.5.2 Analysis of Home Energy Storage System Market Supply and Demand

6 Analysis of the Top 5 Home Energy Storage System Companies in ASEAN

6.1 Sungrow

6.1.1 Company Overview

6.1.2 Operations Status

6.2 Huawei Digital Power

6.2.1 Company Overview

6.2.2 Operations Status

6.3 LG Energy Solution

6.3.1 Company Overview

6.3.2 Operations Status

6.4 Tesla

6.4.1 Company Overview

6.4.2 Operations Status

6.5 GG Power

6.5.1 Company Overview

6.5.2 Operations Status

7 Outlook of Home Energy Storage System Industry in ASEAN 2026-2030

7.1 Analysis of Development Factors of Home Energy Storage System Industry in ASEAN

7.1.1 Drivers and Growth Opportunities of Home Energy Storage System Industry in ASEAN

7.1.2 Threats and Challenges Facing of Home Energy Storage System Industry in ASEAN

7.2 Forecast of Supply for Home Energy Storage System Industry in ASEAN

7.3 Forecast of Demand for Home Energy Storage System in ASEAN

7.4 Forecast of Imports and Exports for Home Energy Storage System Industry in ASEAN

List of Some Charts

Chart Total Population in ASEAN, 2021–2025

Chart Per Capita GDP in ASEAN, 2021–2025

Chart Policies Related to the Energy Storage System Industry Issued in ASEAN, 2021–2025

Chart Market Size for Home Energy Storage System in ASEAN, 2021–2025

Chart Market Size for Home Energy Storage System in Singapore, 2021–2025

Chart Market Size for Home Energy Storage System in Malaysia, 2021–2025

Chart Market Size for Home Energy Storage System in Thailand, 2021–2025

Chart Market Size for Home Energy Storage System in Indonesia, 2021–2025

Chart Market Size for Home Energy Storage System in Vietnam, 2021–2025

Chart Imports of Home Energy Storage Devices in ASEAN, 2021–2025

Chart Exports of ASEAN’s Home Energy Storage Devices, 2021–2025

Chart Market Size Forecast of Home Energy Storage System in ASEAN, 2026–2030

The post ASEAN Home Energy Storage System Industry Research Report 2026-2030 first appeared on CRI Report.

Description

A lithium-ion battery (Li-ion) is a type of rechargeable battery that operates primarily by relying on the movement of lithium ions between the positive and negative electrodes. It is widely used in fields such as electric vehicles, consumer electronics, energy storage systems, and electric commercial vehicles.

According to CRI analysis, in recent years, the ASEAN lithium-ion battery market has entered a stage of accelerated industrial expansion and has gradually become an important region for the spillover of the global power battery industry chain.

According to CRI analysis, Indonesia, with its world-leading nickel reserves, has become the most strategically valuable power battery industry center in ASEAN.

Based on its mature automotive industry, Thailand focuses on developing power battery assembly, battery modules and supporting industries for new energy vehicles, and is gradually forming a regional battery manufacturing and export hub.

In addition, Vietnam is gradually promoting the development of local supporting capabilities to meet the demand for power batteries in its domestic new energy vehicle industry.

Against the backdrop of the global restructuring of the new energy vehicle supply chain, international battery manufacturers are continuously driving the relocation of lithium-ion battery production capacity to the ASEAN region in order to mitigate trade risks and position themselves closer to emerging consumer markets.

Meanwhile, as the penetration rate of new energy vehicles in ASEAN continues to increase, the demand for power batteries in the region is expected to maintain a high growth rate.

CRI recommends that global lithium battery manufacturers, distributors, and investment institutions conduct timely market research on the ASEAN region to prepare for their strategic entry into the ASEAN lithium-ion battery market.

Key Contents

• Overview of the Lithium-ion Battery Industry in ASEAN
• Economic and Policy Environment of Lithium-ion Battery Industry in ASEAN
• Analysis of the Lithium-ion Battery Industry in Major ASEAN Countries
• Market Size of Lithium-ion Battery in ASEAN (2021–2025)
• Analysis of Key Companies in the ASEAN Lithium-ion Battery Industry
• Key Drivers and Market Opportunities of Lithium-ion Battery Industry in ASEAN
• What are the key drivers, challenges, and opportunities for the ASEAN Lithium-ion Battery industry during the forecast period of 2026–2030?
• Which companies are the major market players in the ASEAN Lithium-ion Battery industry and what are their competitive advantages?
• What is the projected revenue for Lithium-ion Battery market in ASEAN during the forecast period of 2026–2030?
• What strategies have major market players adopted to increase their market share within this industry?
• Which segment of the ASEAN Lithium-ion Battery market is expected to dominate the market by 2030?
• What are the major headwinds facing the ASEAN Lithium-ion Battery industry?
• How can foreign capital enter the Lithium-ion Battery industry in ASEAN?

Table of Contents

1 Overview of ASEAN

1.1 Geography

1.2 Demographic Structure

1.3 Economic Situation

1.4 Minimum Wage Standards

2 Overview of the Lithium-ion Battery Industry

2.1 Definition and Classification of the Lithium-ion Battery Industry

2.1.1 Industry Definition

2.1.2 Classification

2.2 Analysis of Lithium-ion Battery Industry Chain

2.3 Policy Environment of Lithium-ion Battery Industry in ASEAN

2.4 CRI’s Suggestions for Foreign-Invested Enterprises Investing in the ASEAN Lithium-ion Battery Industry

3 Analysis of Supply and Demand in the ASEAN Lithium-ion Battery Industry

3.1 Supply Analysis of the Lithium-ion Battery Industry in ASEAN

3.1.1 Lithium-ion Battery Supply in ASEAN

3.1.2 Production Volume of Lithium-ion Battery in ASEAN

3.1.3 Factors Influencing Lithium-ion Battery Production in ASEAN

3.2 Demand Analysis of the Lithium-ion Battery Industry in ASEAN

3.2.1 Sales Volume of Lithium-ion Battery

3.2.2 Potential Downstream Market Demand

3.2.3 Factors Influencing Demand for Lithium-ion Batteries in ASEAN

4 Import and Export of the Lithium-ion Battery Industry in ASEAN

4.1 Import Overview of Lithium-ion Battery in ASEAN

4.1.1 Import Volume of Lithium-ion Battery in ASEAN

4.1.2 Major Sources of Lithium-ion Battery Imports in ASEAN

4.2 Export Overview of Lithium-ion Battery in ASEAN

4.2.1 Export Volume of Lithium-ion Battery in ASEAN

4.2.2 Major Destinations for Lithium-ion Battery Exports in ASEAN

5 Analysis of the Lithium-ion Battery Industry in Major ASEAN Countries

5.1 Singapore

5.1.1 Overview of the Lithium-ion Battery Industry

5.1.2 Analysis of Lithium-ion Battery Market Supply and Demand

5.2 Malaysia

5.2.1 Overview of the Lithium-ion Battery Industry

5.2.2 Analysis of Lithium-ion Battery Market Supply and Demand

5.3 Thailand

5.3.1 Overview of the Lithium-ion Battery Industry

5.3.2 Analysis of Lithium-ion Battery Market Supply and Demand

5.4 Indonesia

5.4.1 Overview of the Lithium-ion Battery Industry

5.4.2 Analysis of Lithium-ion Battery Market Supply and Demand

5.5 Vietnam

5.5.1 Overview of the Lithium-ion Battery Industry

5.5.2 Analysis of Lithium-ion Battery Market Supply and Demand

6 Analysis of the Top 5 Lithium-ion Battery Companies in ASEAN

6.1 Contemporary Amperex Technology Co., Ltd

6.1.1 Company Overview

6.1.2 Operations Status

6.2 LG Energy Solution

6.2.1 Company Overview

6.2.2 Operations Status

6.3 Indonesia Battery Corporation

6.3.1 Company Overview

6.3.2 Operations Status

6.4 Samsung SDI

6.4.1 Company Overview

6.4.2 Operations Status

6.5 Panasonic Energy

6.5.1 Company Overview

6.5.2 Operations Status

7 Outlook of Lithium-ion Battery Industry in ASEAN 2026-2030

7.1 Analysis of Development Factors of Lithium-ion Battery Industry in ASEAN

7.1.1 Drivers and Growth Opportunities of Lithium-ion Battery Industry in ASEAN

7.1.2 Threats and Challenges Facing of Lithium-ion Battery Industry in ASEAN

7.2 Forecast of Supply for Lithium-ion Battery Industry in ASEAN

7.3 Forecast of Demand for Lithium-ion Battery in ASEAN

7.4 Forecast of Imports and Exports for Lithium-ion Battery Industry in ASEAN

List of Some Charts

Chart Total Population in ASEAN, 2021–2025

Chart Per Capita GDP in ASEAN, 2021–2025

Chart Policies Related to the Lithium-ion Battery Industry Issued in ASEAN, 2021–2025

Chart Lithium-ion Battery Production Volume in ASEAN, 2021-2025

Chart Lithium-ion Battery Sales Volume in ASEAN, 2021–2025

Chart Lithium-ion Battery Sales Volume in Singapore, 2021–2025

Chart Lithium-ion Battery Sales Volume in Malaysia, 2021–2025

Chart Lithium-ion Battery Sales Volume in Thailand, 2021–2025

Chart Lithium-ion Battery Sales Volume in Indonesia, 2021–2025

Chart Lithium-ion Battery Sales Volume in Vietnam, 2021–2025

Chart Imports of Lithium-ion Battery in ASEAN, 2021–2025

Chart Exports of ASEAN’s Lithium-ion Battery, 2021–2025

Chart Production Forecast of Lithium-ion Battery in ASEAN, 2026–2030

Chart Sales Forecast of Lithium-ion Battery in ASEAN, 2026–2030

Chart Import and Export Forecast of Lithium-ion Battery in ASEAN, 2026–2030

The post ASEAN Lithium-ion Battery Industry Research Report 2026-2030 first appeared on CRI Report.

Description

An Energy Management System (EMS) is a software and control system designed for the real-time monitoring, analysis, dispatch and optimization of energy production, storage, transmission and consumption processes.

With the rapid development of new energy, electric vehicles, energy storage and smart grids, EMS has gradually emerged as a critical piece of digital energy infrastructure.

Based on application scenarios, EMS primarily encompasses categories such as grid energy management systems, commercial and industrial energy management systems, home energy management systems and microgrid and energy storage EMS.

According to CRI analysis, EMS is becoming one of the most important digital infrastructures in the regional energy transition process, driven by the growth of new energy installations, expansion of industrial and commercial energy storage, accelerated construction of data centers, and the development of smart grids in ASEAN.

Manufacturing, telecommunications, data centers, and commercial real estate are the sectors with the fastest-growing demand for Energy Management Systems (EMS) in the ASEAN region.

According to CRI analysis, Vietnam, Thailand, Malaysia, and Indonesia are becoming the most active countries in the region for EMS deployment.

Over the next 3–5 years, the ASEAN energy market is expected to enter a period of rapid growth. The acceleration of the ASEAN data center industry, industrial automation, and smart city development will also continue to drive the growth of the high-end EMS market.

CRI recommends that global energy management system software company, digital energy management system company and investment institutions conduct timely market research on the ASEAN region to prepare for their strategic entry into the ASEAN energy management system market.

Key Contents

• Overview of the Energy Management System (EMS) Industry in ASEAN
• Economic and Policy Environment of Energy Management System (EMS) Industry in ASEAN
• Analysis of the Energy Management System (EMS) Industry in Major ASEAN Countries
• Market Size of Energy Management System (EMS) in ASEAN (2021–2025)
• Analysis of Key Companies in the ASEAN Energy Management System (EMS) Industry
• Key Drivers and Market Opportunities of Energy Management System (EMS) Industry in ASEAN
• What are the key drivers, challenges, and opportunities for the ASEAN Energy Management System (EMS) industry during the forecast period of 2026–2030?
• Which companies are the major market players in the ASEAN Energy Management System (EMS) industry and what are their competitive advantages?
• What is the projected revenue for Energy Management System (EMS) market in ASEAN during the forecast period of 2026–2030?
• What strategies have major market players adopted to increase their market share within this industry?
• Which segment of the ASEAN Energy Management System (EMS) market is expected to dominate the market by 2030?
• What are the major headwinds facing the ASEAN Energy Management System (EMS) industry?
• How can foreign capital enter the Energy Management System (EMS) industry in ASEAN?

Table of Contents

1 Overview of ASEAN

1.1 Geography

1.2 Demographic Structure

1.3 Economic Situation

1.4 Minimum Wage Standards

2 Overview of the Energy Management System (EMS) Industry

2.1 Definition and Classification of the Energy Management System (EMS) Industry

2.1.1 Industry Definition

2.1.2 Classification

2.2 Analysis of Energy Management System (EMS) Industry Chain

2.3 Policy Environment of Energy Management System (EMS) Industry in ASEAN

2.4 CRI’s Suggestions for Foreign-Invested Enterprises Investing in the ASEAN Energy Management System (EMS) Industry

3 Analysis of Supply and Demand in the ASEAN Energy Management System (EMS) Industry

3.1 Supply Analysis of the Energy Management System (EMS) Industry in ASEAN

3.1.1 Energy Management System (EMS) Supply Structure in ASEAN

3.1.2 ASEAN Energy Management System Integration Capabilities

3.1.3 Factors Influencing the Development of Energy Management Systems in ASEAN

3.2 Demand Analysis of the Energy Management System (EMS) Industry in ASEAN

3.2.1 Market Sizes

3.2.2 Demand of Main Application

3.2.3 Demand Drivers

4 Import and Export of the Energy Management System (EMS) Industry in ASEAN

4.1 Import Overview of Energy Management System Software in ASEAN

4.1.1 Import Volume of Energy Management System Software in ASEAN

4.1.2 Major Sources of Energy Management System Software Imports in ASEAN

4.2 Export Overview of Energy Management System Software in ASEAN

4.2.1 Export Volume of Energy Management System Software in ASEAN

4.2.2 Major Destinations for Energy Management System Software Exports in ASEAN

5 Analysis of the Energy Management System (EMS) Industry in Major ASEAN Countries

5.1 Singapore

5.1.1 Overview of the Energy Management System (EMS) Industry

5.1.2 Analysis of Energy Management System (EMS) Market Supply and Demand

5.2 Malaysia

5.2.1 Overview of the Energy Management System (EMS) Industry

5.2.2 Analysis of Energy Management System (EMS) Market Supply and Demand

5.3 Thailand

5.3.1 Overview of the Energy Management System (EMS) Industry

5.3.2 Analysis of Energy Management System (EMS) Market Supply and Demand

5.4 Indonesia

5.4.1 Overview of the Energy Management System (EMS) Industry

5.4.2 Analysis of Energy Management System (EMS) Market Supply and Demand

5.5 Vietnam

5.5.1 Overview of the Energy Management System (EMS) Industry

5.5.2 Analysis of Energy Management System (EMS) Market Supply and Demand

6 Analysis of the Top 5 Energy Management System (EMS) Companies in ASEAN

6.1 Schneider Electric

6.1.1 Company Overview

6.1.2 Operations Status

6.2 Siemens

6.2.1 Company Overview

6.2.2 Operations Status

6.3 Huawei Digital Power

6.3.1 Company Overview

6.3.2 Operations Status

6.4 Sungrow

6.4.1 Company Overview

6.4.2 Operations Status

6.5 Delta Electronics

6.5.1 Company Overview

6.5.2 Operations Status

7 Outlook of Energy Management System (EMS) Industry in ASEAN 2026-2030

7.1 Analysis of Development Factors of Energy Management System (EMS) Industry in ASEAN

7.1.1 Drivers and Growth Opportunities of Energy Management System (EMS) Industry in ASEAN

7.1.2 Threats and Challenges Facing of Energy Management System (EMS) Industry in ASEAN

7.2 Forecast of Supply for Energy Management System (EMS) Industry in ASEAN

7.3 Forecast of Demand for Energy Management System (EMS) in ASEAN

7.4 Forecast of Imports and Exports for Energy Management System (EMS) Industry in ASEAN

List of Some Charts

Chart Total Population in ASEAN, 2021–2025

Chart Per Capita GDP in ASEAN, 2021–2025

Chart Policies Related to the Energy Storage System Industry Issued in ASEAN, 2021–2025

Chart Market Size for Energy Management System (EMS) in ASEAN, 2021–2025

Chart Market Size for Energy Management System (EMS) in Singapore, 2021–2025

Chart Market Size for Energy Management System (EMS) in Malaysia, 2021–2025

Chart Market Size for Energy Management System (EMS) in Thailand, 2021–2025

Chart Market Size for Energy Management System (EMS) in Indonesia, 2021–2025

Chart Market Size for Energy Management System (EMS) in Vietnam, 2021–2025

Chart Imports of Energy Management System (EMS) in ASEAN, 2021–2025

Chart Exports of ASEAN’s Energy Management System (EMS), 2021–2025

Chart Market Size Forecast of Energy Management System (EMS) in ASEAN, 2026–2030

The post ASEAN Energy Management System (EMS) Industry Research Report 2026-2030 first appeared on CRI Report.

Description

An Electric Vehicle (EV) is a new type of automobile that utilizes electrical energy as its primary power source, driving the vehicle’s motion through an electric motor.

Compared to traditional gasoline vehicles, electric vehicles use battery energy storage systems to replace internal combustion engines and fuel systems, which have the characteristics of energy saving, low emissions, and low operating noise.

Based on their power sources and drive systems, electric vehicles are primarily classified into Battery Electric Vehicles, Plug-in Hybrid Electric Vehicles and Hybrid Electric Vehicles.

According to the analysis by CRI, rising oil prices, accelerating urbanization and heightened environmental awareness are driving a continuous increase in consumer acceptance of new energy vehicles.

By 2025, the penetration rate of the ASEAN EV market has risen to over 13%. Thailand and Indonesia have demonstrated the most significant growth. Thailand has emerged as Southeast Asia’s largest electric vehicle market, accounting for over 50% of regional sales. Vietnam is rapidly expanding by leveraging its local brand VinFast.

With the improvement of regional manufacturing capabilities, supply chain improvements, and expanding market demand, ASEAN is expected to become an important emerging market and strategic growth pole for the global new energy vehicle industry.

CRI recommends that global electric vehicles manufacturers, distributors, vehicles parts manufacturers and investment institutions conduct timely market research on the ASEAN region to prepare for their strategic entry into the ASEAN electric vehicles market.

Key Contents

• Overview of the Electric Vehicles Industry in ASEAN
• Economic and Policy Environment of Electric Vehicles Industry in ASEAN
• Analysis of the Electric Vehicles Industry in Major ASEAN Countries
• Market Size of Electric Vehicles in ASEAN (2021–2025)
• Analysis of Key Companies in the ASEAN Electric Vehicles Industry
• Key Drivers and Market Opportunities of Electric Vehicles Industry in ASEAN
• What are the key drivers, challenges and opportunities for the ASEAN electric vehicles industry during the forecast period of 2026–2030?
• Which companies are the major market players in the ASEAN electric vehicles industry and what are their competitive advantages?
• What is the projected revenue for electric vehicles market in ASEAN during the forecast period of 2026–2030?
• What strategies have major market players adopted to increase their market share within this industry?
• Which segment of the ASEAN electric vehicles market is expected to dominate the market by 2030?
• What are the major headwinds facing the ASEAN electric Vehicles industry?
• How can foreign capital enter the electric Vehicles industry in ASEAN?

Table of Contents

1 Overview of ASEAN

1.1 Geography

1.2 Demographic Structure

1.3 Economic Situation

1.4 Minimum Wage Standards

2 Overview of the Electric Vehicles Industry

2.1 Definition and Classification of the Electric Vehicles Industry

2.1.1 Industry Definition

2.1.2 Classification

2.2 Analysis of Electric Vehicles Industry Chain

2.3 Policy Environment of Electric Vehicles Industry in ASEAN

2.4 CRI’s Suggestions for Foreign-Invested Enterprises Investing in the ASEAN Electric Vehicles Industry

3 Analysis of Supply and Demand in the ASEAN Electric Vehicles Industry

3.1 Supply Analysis of the Electric Vehicles Industry in ASEAN

3.1.1 Electric Vehicles Supply in ASEAN

3.1.2 Production of Electric Vehicles in ASEAN

3.1.3 Factors Affecting the Production of Electric Vehicles in ASEAN

3.2 Demand Analysis of the Electric Vehicles Industry in ASEAN

3.2.1 Sale Volume of Electric Vehicles

3.2.2 Replacement Market Size

3.2.3 Factors Influencing Demand for Electric Vehicles in ASEAN

4 Import and Export of the Electric Vehicles Industry in ASEAN

4.1 Import Overview of Electric Vehicles in ASEAN

4.1.1 Import Volume of  Electric Vehicles in ASEAN

4.1.2 Major Sources of  Electric Vehicles Imports in ASEAN

4.2 Export Overview of Electric Vehicles in ASEAN

4.2.1 Export Volume of Electric Vehicles in ASEAN

4.2.2 Major Destinations for Electric Vehicles Exports in ASEAN

5 Analysis of the Electric Vehicles Industry in Major ASEAN Countries

5.1 Singapore

5.1.1 Overview of the Electric Vehicles Industry

5.1.2 Analysis of Electric Vehicles Market Supply and Demand

5.2 Malaysia

5.2.1 Overview of the Electric Vehicles Industry

5.2.2 Analysis of Electric Vehicles Market Supply and Demand

5.3 Thailand

5.3.1 Overview of the Electric Vehicles Industry

5.3.2 Analysis of Electric Vehicles Market Supply and Demand

5.4 Indonesia

5.4.1 Overview of the Electric Vehicles Industry

5.4.2 Analysis of Electric Vehicles Market Supply and Demand

5.5 Vietnam

5.5.1 Overview of the Electric Vehicles Industry

5.5.2 Analysis of Electric Vehicles Market Supply and Demand

5.5 Philippines

5.5.1 Overview of the Electric Vehicles Industry

5.5.2 Analysis of Electric Vehicles Market Supply and Demand

6 Analysis of the Top 5 Electric Vehicles Companies in ASEAN

6.1 VinFast

6.1.1 Company Overview

6.1.2 Operations Status

6.2 BYD

6.2.1 Company Overview

6.2.2 Operations Status

6.3 SAIC Motor

6.3.1 Company Overview

6.3.2 Operations Status

6.4 Hyundai

6.4.1 Company Overview

6.4.2 Operations Status

6.5 Great Wall Motor

6.5.1 Company Overview

6.5.2 Operations Status

7 Outlook of Electric Vehicles Industry in ASEAN 2026-2030

7.1 Analysis of Development Factors of Electric Vehicles Industry in ASEAN

7.1.1 Drivers and Growth Opportunities of Electric Vehicles Industry in ASEAN

7.1.2 Threats and Challenges of Electric Vehicles Industry in ASEAN

7.2 Forecast of Supply for Electric Vehicles Industry in ASEAN

7.3 Forecast of Demand for Electric Vehicles in ASEAN

7.4 Forecast of Imports and Exports for Electric Vehicles Industry in ASEAN

List of Some Charts

Chart Total Population in ASEAN, 2021–2025

Chart Per Capita GDP in ASEAN, 2021–2025

Chart Policies Related to the Electric Vehicles Industry Issued in ASEAN, 2021–2025

Chart Production for Electric Vehicles in ASEAN, 2021–2025

Chart Sale Volume for Electric Vehicles in ASEAN, 2021–2025

Chart Sale Volume for Electric Vehicles in Singapore, 2021–2025

Chart Sale Volume for Electric Vehicles in Malaysia, 2021–2025

Chart Sale Volume for Electric Vehicles in Thailand, 2021–2025

Chart Sale Volume for Electric Vehicles in Indonesia, 2021–2025

Chart Sale Volume for Electric Vehicles in Vietnam, 2021–2025

Chart Imports of Electric Vehicles in ASEAN, 2021–2025

Chart Exports of ASEAN’s Electric Vehicles, 2021–2025

Chart Production Forecast of Electric Vehicles in ASEAN, 2026–2030

Chart Sale Forecast of Electric Vehicles in ASEAN, 2026–2030

Chart Import and Export Forecast of Electric Vehicles in ASEAN, 2026–2030

The post ASEAN Electric Vehicles Industry Research Report 2026-2030 first appeared on CRI Report.

Description

A power conversion system (PCS), also known as an energy storage inverter, is a core power electronic device in an energy storage system.

The upstream of the PCS industry chain mainly includes power semiconductors, capacitors, inductors, control chips and electronic components. The midstream sector consists of PCS equipment manufacturing and system integration. Downstream applications primarily include energy storage systems, grid-scale energy storage, commercial and industrial energy storage, residential energy storage, and new energy power stations.

The ASEAN market for Power Conversion Systems (PCS) for energy storage is currently undergoing a phase of rapid development. According to an analysis by CRI, driven by the growth in new energy installations and the expansion of energy storage systems, PCS has emerged as one of the fastest-growing core components within the ASEAN energy storage industry chain.

In addition, the increase in data center, port, mining area and off-grid microgrid projects has also driven up the demand for high-reliability PCS.

According to CRI analysis, the PCS industry in ASEAN is currently in a phase of “rapid demand growth and insufficient local supply”.

According to an analysis by CRI, the ASEAN PCS market is expected to enter a period of rapid growth over the next 3 to 5 years.

CRI recommends that global manufacturers of energy storage converters, new energy storage enterprises, and investment institutions conduct timely market research on the ASEAN region to prepare for their strategic entry into the ASEAN energy storage converter market.

CRI’s offices in Shanghai, China, and Hanoi, Vietnam, will assist foreign-funded enterprises in entering the ASEAN energy storage converter market.

Key Contents

• Overview of the Power Conversion System Industry in ASEAN
• Economic and Policy Environment of Power Conversion System Industry in ASEAN
• Analysis of the Power Conversion System Industry in Major ASEAN Countries
• Market Size of Power Conversion System in ASEAN (2021–2025)
• Analysis of Key Companies in the ASEAN Power Conversion System Industry
• Key Drivers and Market Opportunities of Power Conversion System Industry in ASEAN
• What are the key drivers, challenges, and opportunities for the ASEAN Power Conversion System industry during the forecast period of 2026–2030?
• Which companies are the major market players in the ASEAN Power Conversion System industry and what are their competitive advantages?
• What is the projected revenue for Power Conversion System market in ASEAN during the forecast period of 2026–2030?
• What strategies have major market players adopted to increase their market share within this industry?
• Which segment of the ASEAN Power Conversion System market is expected to dominate the market by 2030?
• What are the major headwinds facing the ASEAN Power Conversion System industry?
• How can foreign capital enter the Power Conversion System industry in ASEAN?

Table of Contents

1 Overview of ASEAN

1.1 Geography

1.2 Demographic Structure

1.3 Economic Situation

1.4 Minimum Wage Standards

2 Overview of the Power Conversion System Industry

2.1 Definition and Classification of the Power Conversion System Industry

2.1.1 Industry Definition

2.1.2 Classification

2.2 Analysis of Power Conversion System Industry Chain

2.3 Policy Environment of Power Conversion System Industry in ASEAN

2.4 CRI’s Suggestions for Foreign-Invested Enterprises Investing in the ASEAN Power Conversion System Industry

3 Analysis of Supply and Demand in the ASEAN Power Conversion System Industry

3.1 Supply Analysis of the Power Conversion System Industry in ASEAN

3.1.1 Power Conversion System Supply Structure in ASEAN

3.1.2 Power Conversion System Installation Status in ASEAN

3.1.3 Factors Influencing Power Conversion System Supply in ASEAN

3.2 Demand Analysis of the Power Conversion System Industry in ASEAN

3.2.1 Market Sizes

3.2.2 Demand of Main Application Scenarios

3.2.3 Demand Drivers

4 Import and Export of the Power Conversion System Industry in ASEAN

4.1 Import Overview of Power Conversion System in ASEAN

4.1.1 Import Volume of Power Conversion System in ASEAN

4.1.2 Major Sources of Power Conversion System Imports in ASEAN

4.2 Export Overview of Power Conversion System in ASEAN

4.2.1 Export Volume of Power Conversion System in ASEAN

4.2.2 Major Destinations for Power Conversion System Exports in ASEAN

5 Analysis of the Power Conversion System Industry in Major ASEAN Countries

5.1 Singapore

5.1.1 Overview of the Power Conversion System Industry

5.1.2 Analysis of Power Conversion System Market Supply and Demand

5.2 Malaysia

5.2.1 Overview of the Power Conversion System Industry

5.2.2 Analysis of Power Conversion System Market Supply and Demand

5.3 Thailand

5.3.1 Overview of the Power Conversion System Industry

5.3.2 Analysis of Power Conversion System Market Supply and Demand

5.4 Indonesia

5.4.1 Overview of the Power Conversion System Industry

5.4.2 Analysis of Power Conversion System Market Supply and Demand

5.5 Vietnam

5.5.1 Overview of the Power Conversion System Industry

5.5.2 Analysis of Power Conversion System Market Supply and Demand

6 Analysis of the Top 5 Power Conversion System Companies in ASEAN

6.1 SMA Solar Technology

6.1.1 Company Overview

6.1.2 Operations Status

6.2BYD

6.2.1 Company Overview

6.2.2 Operations Status

6.3 LG Energy Solution

6.3.1 Company Overview

6.3.2 Operations Status

6.4 Samsung SDI

6.4.1 Company Overview

6.4.2 Operations Status

6.5 Sungrow

6.5.1 Company Overview

6.5.2 Operations Status

7 Outlook of Power Conversion System Industry in ASEAN 2026-2030

7.1 Analysis of Development Factors of Power Conversion System Industry in ASEAN

7.1.1 Drivers and Growth Opportunities of Power Conversion System Industry in ASEAN

7.1.2 Threats and Challenges Facing of Power Conversion System Industry in ASEAN

7.2 Forecast of Supply for Power Conversion System Industry in ASEAN

7.3 Forecast of Demand for Power Conversion System in ASEAN

7.4 Forecast of Imports and Exports for Power Conversion System Industry in ASEAN

Some Chart List

Chart Total Population in ASEAN, 2021–2025

Chart Per Capita GDP in ASEAN, 2021–2025

Chart Policies Related to the Power Conversion System Industry Issued in ASEAN, 2021–2025

Chart Market Size for Power Conversion System in ASEAN, 2021–2025

Chart Market Size for Power Conversion System in Singapore, 2021–2025

Chart Market Size for Power Conversion System in Malaysia, 2021–2025

Chart Market Size for Power Conversion System in Thailand, 2021–2025

Chart Market Size for Power Conversion System in Indonesia, 2021–2025

Chart Market Size for Power Conversion System in Vietnam, 2021–2025

Chart Imports of Power Conversion System in ASEAN, 2021–2025

Chart Exports of ASEAN’s Power Conversion System, 2021–2025

Chart Market Size Forecast of Power Conversion System in ASEAN, 2026–2030

Chart Imports and Exports Forecast of Power Conversion System in ASEAN, 2026–2030

The post Power Conversion System Industry Research Report in ASEAN 2026-2030 first appeared on CRI Report.