 世界の炭化ケイ素（SiC）市場規模に関する調査および予測：製品別（ブラックSiC、グリーンSiC）、デバイス別（SiCディスクリートデバイス、SiCベアダイ）、ウェーハサイズ別（2インチ、4インチ、6インチ以上）、 用途（RFデバイスおよび携帯電話基地局、電力網デバイス、フレキシブルAC送電システム、高電圧・直流、電源およびインバータ、照明制御、産業用モーター駆動、火災検知器、EVモーター駆動、EV充電、電子戦闘システム、風力エネルギー、太陽エネルギー、その他）、 産業分野（通信、エネルギー・電力、自動車、再生可能エネルギー発電、防衛、パワーエレクトロニクス、その他）、および地域別予測（2025年～2035年）Global Silicon Carbide (SiC) Market Size Study and Forecast by Product (Black Silicon Carbide, and Green Silicon Carbide), Device (SIC Discrete Devices, and SIC Bare Die), Wafer Size (2 Inch, 4 Inch, 6-Inch and Above), Application (RF Device and Cellular Base Station, Power Grid Device, Flexible AC Transmission Systems, High-Voltage, Direct Current, Power Supply and Inverter, Lighting Control, Industrial Motor Drive, Flame Detector, EV Motor Drive, EV Charging, Electronic Combat System, Wind Energy, Solar Energy, and Others), Vertical (Telecommunication, Energy and Power, Automotive, Renewable Power Generation, Defense, Power electronics, and Others), and Regional Forecasts 20252035 Market Definition, Recent Developments & Industry Trends The global Silicon Carbide (SiC) market comprises the production and commercialization of wide-bandgap semiconductor materials and devices ... もっと見る
出版社
Bizwit Research & Consulting LLP
ビズウィットリサーチ&コンサルティング 出版年月
2026年3月24日
電子版価格
納期
3-5営業日以内
ページ数
285
言語
英語
英語原文をAI翻訳して掲載しています。
サマリーMarket Definition, Recent Developments & Industry TrendsThe global Silicon Carbide (SiC) market comprises the production and commercialization of wide-bandgap semiconductor materials and devices designed to operate at high voltages, temperatures, and switching frequencies. Silicon carbide is used in both material form-such as black and green silicon carbide-and as a semiconductor substrate for discrete devices and bare dies. Its superior thermal conductivity, high breakdown voltage, and efficiency advantages over conventional silicon make it a critical enabler in advanced power electronics and high-frequency applications. Over the past decade, the market has transitioned from niche industrial uses to mainstream adoption across automotive electrification, renewable energy systems, and grid infrastructure. The rapid scaling of electric vehicles (EVs), expansion of high-voltage direct current (HVDC) systems, and modernization of power grids have significantly elevated demand for SiC-based devices. Concurrently, wafer size migration from 4-inch to 6-inch and above is improving manufacturing efficiency and yield economics. As global industries prioritize energy efficiency and decarbonization, SiC is positioned as a foundational technology for next-generation power architectures throughout the forecast period. Key Findings of the Report - Market Size (2024): USD 1.37 billion - Estimated Market Size (2035): USD 6.50 billion - CAGR (2025-2035): 15.20% - Leading Regional Market: Asia Pacific - Leading Segment: EV Motor Drive under Application Market Determinants Acceleration of Vehicle Electrification The electrification of mobility is a primary growth driver for the SiC market. EV motor drives, onboard chargers, and fast-charging infrastructure increasingly rely on SiC devices to enhance power density and energy efficiency. The ability of SiC components to reduce switching losses directly translates into extended driving range and reduced system weight, offering compelling commercial advantages for automotive OEMs. Expansion of Renewable Energy and Grid Modernization As renewable power generation scales globally, power conversion efficiency becomes critical. SiC-based inverters and power grid devices are integral to managing energy flow in wind energy, solar energy, and flexible AC transmission systems. Their deployment supports higher voltage operations and reduced energy losses, enabling utilities to optimize infrastructure investments. Shift Toward Larger Wafer Sizes and Manufacturing Scalability The industryfs migration toward 6-inch and above wafer sizes represents a structural inflection point. Larger wafers enhance throughput and reduce cost per device, improving overall competitiveness against silicon-based alternatives. Investments in capacity expansion and vertical integration across the supply chain are strengthening long-term scalability. Growing Demand for High-Frequency and High-Power Applications Applications such as RF devices, cellular base stations, electronic combat systems, and industrial motor drives require components capable of operating under extreme electrical and thermal conditions. SiCfs material properties provide reliability and efficiency advantages, driving adoption in telecommunication, defense, and industrial sectors. Cost and Supply Chain Constraints Despite robust growth, high production costs and substrate supply limitations remain challenges. The complexity of crystal growth processes and yield management can affect pricing stability. Additionally, the capital-intensive nature of wafer fabrication may create short-term supply-demand imbalances as adoption accelerates. Opportunity Mapping Based on Market Trends Automotive Power Electronics Transformation - Expansion of SiC discrete devices in EV motor drives and charging systems - Integration of SiC bare die into compact, high-efficiency power modules As EV penetration increases, automotive-grade SiC components represent a high-margin growth avenue. Strategic partnerships between semiconductor manufacturers and automotive OEMs are likely to deepen. Renewable and High-Voltage Infrastructure - Deployment of SiC in HVDC transmission and flexible AC transmission systems - Integration into large-scale solar and wind inverters Governments investing in grid resilience and decarbonization are creating long-term demand for high-voltage, high-efficiency power devices. Telecommunication and RF Applications - Adoption in RF devices and cellular base stations supporting 5G and future networks - High-frequency performance enabling improved signal efficiency As global connectivity expands, SiC-based RF solutions provide operational reliability in high-power communication environments. Defense and Specialized Industrial Applications - Use in electronic combat systems and flame detection technologies - Growth in high-reliability industrial motor drives Defense modernization and industrial automation trends create stable, high-value niche markets for advanced SiC components. Key Market Segments By Product: - Black Silicon Carbide - Green Silicon Carbide By Device: - SIC Discrete Devices - SIC Bare Die By Wafer Size: - 2 Inch - 4 Inch - 6-Inch and Above By Application: - RF Device and Cellular Base Station - Power Grid Device - Flexible AC Transmission Systems - High-Voltage, Direct Current - Power Supply and Inverter - Lighting Control - Industrial Motor Drive - Flame Detector - EV Motor Drive - EV Charging - Electronic Combat System - Wind Energy - Solar Energy - Others By Vertical: - Telecommunication - Energy and Power - Automotive - Renewable Power Generation - Defense - Power electronics - Others Value-Creating Segments and Growth Pockets EV motor drive applications currently represent the dominant revenue contributor, supported by aggressive global EV production targets. However, EV charging infrastructure and HVDC systems are expected to witness accelerated growth as fast-charging networks and cross-border transmission systems expand. In terms of wafer size, 4-inch wafers maintain significant installed capacity, while 6-inch and above wafers are projected to grow at the fastest pace due to cost efficiencies and improved scalability. SIC discrete devices lead in commercialization due to their integration into automotive and industrial modules, whereas SIC bare die presents high-growth potential in customized, high-performance applications. From a vertical perspective, automotive and renewable power generation are emerging as primary growth engines, while defense and telecommunication provide specialized, high-margin opportunities. Regional Market Assessment North America North America demonstrates strong growth driven by EV adoption, renewable energy investments, and domestic semiconductor manufacturing incentives. Strategic funding initiatives aimed at strengthening local supply chains are further enhancing regional competitiveness. Europe Europefs stringent carbon neutrality targets and leadership in automotive electrification support robust demand for SiC-based power electronics. Investments in wind energy and grid modernization projects contribute to sustained market expansion. Asia Pacific Asia Pacific leads the global market, supported by a strong semiconductor manufacturing base, rapid EV adoption, and large-scale renewable energy deployment. Countries within the region are investing heavily in wafer fabrication capacity and vertical integration, reinforcing supply chain dominance. LAMEA The LAMEA region is gradually adopting SiC technologies, particularly in renewable power generation and energy infrastructure modernization. While adoption is currently moderate, long-term growth prospects are linked to electrification initiatives and industrial development. Recent Developments - February 2024: A leading semiconductor manufacturer announced capacity expansion for 6-inch SiC wafer production. This move addresses supply constraints and enhances cost competitiveness across high-growth applications. - August 2024: An automotive OEM entered into a long-term supply agreement for SiC discrete devices for EV motor drives, securing component availability and stabilizing pricing dynamics. - January 2025: A power electronics company launched next-generation SiC-based inverter modules targeting solar and wind energy systems, improving conversion efficiency and thermal management performance. Critical Business Questions Addressed - What is the long-term revenue trajectory of the SiC market through 2035- The report quantifies value creation across product, device, and vertical segments. - Which applications offer the highest margin and growth potential- Comparative analysis highlights EV motor drives, HVDC systems, and renewable energy inverters as key growth engines. - How will wafer size transitions influence cost structures and competitive positioning- The study evaluates manufacturing scale benefits and their impact on pricing dynamics. - Which regions are strategically positioned for supply chain leadership- Regional analysis identifies manufacturing hubs and demand-driven growth centers. - What strategic moves should stakeholders prioritize- Insights focus on capacity expansion, vertical integration, and long-term supply agreements. Beyond the Forecast Silicon carbide is rapidly transitioning from a performance-enhancing alternative to a core enabler of next-generation power electronics. As electrification deepens across transportation and energy systems, efficiency gains will become a competitive necessity rather than a premium feature. Companies that secure substrate supply, invest in larger wafer technologies, and align with automotive and renewable ecosystems will define long-term industry leadership. Over time, SiC will anchor a broader shift toward high-efficiency, high-voltage semiconductor architectures across global infrastructure. 図表リスト
表一覧
表1. 世界の炭化ケイ素（SiC）市場、レポートの範囲
表2．地域別世界の炭化ケイ素（SiC）市場規模予測（2024年～2035年）
表3．世界の炭化ケイ素（SiC）市場のセグメント別推定値と予測（2024年～2035年）
表4．世界の炭化ケイ素（SiC）市場のセグメント別推定値と予測（2024年～2035年）
表5．世界の炭化ケイ素（SiC）市場のセグメント別推定値と予測（2024年～2035年）
表6．世界の炭化ケイ素（SiC）市場のセグメント別推定値と予測（2024年～2035年）
表7．世界の炭化ケイ素（SiC）市場のセグメント別推定値と予測（2024年～2035年）
表8．米国における炭化ケイ素（SiC）市場の推定値と予測値、2024年～2035年
表9．カナダの炭化ケイ素（SiC）市場の推定値と予測、2024年～2035年
表10．英国における炭化ケイ素（SiC）市場の推定値と予測、2024年～2035年
表11．ドイツの炭化ケイ素（SiC）市場の推定値と予測、2024年～2035年
表12．フランスにおける炭化ケイ素（SiC）市場の推定値と予測、2024年～2035年
表13．スペインの炭化ケイ素（SiC）市場の推定値と予測、2024年～2035年
表14．イタリアの炭化ケイ素（SiC）市場の推定値と予測、2024年～2035年
表15．欧州その他地域における炭化ケイ素（SiC）市場の推定値と予測、2024年～2035年
表16．中国の炭化ケイ素（SiC）市場の推定値と予測、2024年～2035年
表17．インドの炭化ケイ素（SiC）市場の推定値と予測、2024年～2035年
表18．日本の炭化ケイ素（SiC）市場予測（2024年～2035年）
表19．オーストラリアの炭化ケイ素（SiC）市場の推定値と予測、2024年～2035年
表20．韓国の炭化ケイ素（SiC）市場の推定値と予測、2024年～2035年
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Summary
Market Definition, Recent Developments & Industry Trends Table of Contents
Table of Contents List of Tables/Graphs
List of Tables
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