STATCOM Market Size, Trend & Opportunity Analysis Report, By Rated Power (Low Power STATCOM (Less than 20 Mvar), Medium Power STATCOM (20-100 Mvar), High Power STATCOM (Greater than 100 Mvar)), By End-User (Utility, Steel Manufacturing, Renewable Energy, Mining, Hydrogen Power Plant, Others), Global and Regional Forecast 2026-2035
Global STATCOM Market Size, Opportunity Analysis and Forecast, 2026-2035
STATCOM Market Overview and Definition
The Global STATCOM Market was valued at USD 714.35 Million in 2025, and is projected to reach USD 1,352.31 Million by 2035, growing at a CAGR of 6.59% from 2026 to 2035. This near two-fold expansion reflects rising grid stabilisation needs driven by growing renewable energy integration worldwide. Medium power STATCOM leads demand as utilities prioritise flexible, mid-range voltage support solutions. Utility end-users dominate given consistent grid modernisation and reactive power compensation investment. Asia-Pacific commands the largest regional share, driven by dense grid infrastructure expansion and renewable capacity additions across the region.
Key Market Trends and Analysis
- Global STATCOM Market reached USD 714.35 Million valuation in 2025 alone.
- Market is forecast to touch USD 1,352.31 Million by 2035 at scale.
- Medium power STATCOM leads demand through flexible, mid-range voltage support solution adoption.
- Utility end-users dominate through consistent grid modernisation and reactive power compensation investment.
- Renewable energy integration is driving STATCOM demand through grid stability compensation needs.
- High power STATCOM units are gaining share through large-scale industrial and utility deployments.
- Steel manufacturing applications remain steady through power quality and voltage flicker mitigation needs.
- Hydrogen power plants are emerging as a niche STATCOM demand segment industry-wide.
- Mining operations increasingly adopt STATCOM through remote grid stability and power quality needs.
- Modular STATCOM designs are reshaping deployment flexibility beyond traditional fixed installation formats.
STATCOM Market Size and Growth Projection
- Market Size in Base Year (2025): USD 714.35 Million
- Market Size in Forecast Year (2035): USD 1,352.31 Million
- CAGR: 6.59%
- Base Year: 2025
- Forecast Period: 2026-2035
- Historical Data: 2022, 2023, 2024
STATCOM, or Static Synchronous Compensator, is a power electronics device that provides fast, dynamic reactive power compensation to stabilise voltage and improve power quality across transmission and distribution networks. The market spans rated power categories from low power units below 20 Mvar to high power systems exceeding 100 Mvar, alongside end-users including utilities, steel manufacturing, renewable energy, mining, and hydrogen power plants. These systems apply voltage source converter technology to inject or absorb reactive power instantaneously, supporting grid stability during renewable generation fluctuations, industrial load variations, and transmission network disturbances across global electricity infrastructure.
STATCOM has become strategically important as power grids integrate growing volumes of variable renewable generation that traditional reactive power compensation struggles to manage effectively. Deploying STATCOM reduces voltage instability risk substantially by responding to grid disturbances within milliseconds rather than the seconds required by mechanical alternatives. Regulatory grid codes increasingly mandate reactive power compensation capability, reinforcing procurement urgency alongside direct power quality motivation from utilities. Modular, containerised STATCOM designs are reshaping deployment flexibility for space-constrained and remote installation sites. Looking ahead, manufacturers combining compact modular design with digital monitoring capability will capture the largest share of demand through the forecast period.
In 2025, Hitachi Energy continued expanding its STATCOM portfolio for renewable integration projects, strengthening grid stability support for utilities managing rising volumes of variable wind and solar generation capacity.
Recent Developments in the STATCOM Industry
- In May 2025, Hitachi Energy announced the deployment of its SVC Light® STATCOM technology at Transpower New Zealand's Ōtāhuhu substation in Auckland as part of a major grid transformation project. The ±150 MVAr STATCOM solution is designed to provide dynamic voltage control and strengthen grid stability as New Zealand increases renewable energy integration and electrification of transport, industry, and data centres. The project follows Hitachi Energy's earlier Hamilton STATCOM installation and highlights the growing demand for advanced reactive power compensation technologies in regions transitioning toward renewable-heavy electricity systems.
- In October 2025, Siemens Energy introduced the world's first E-STATCOM installation in Germany, combining STATCOM technology with integrated supercapacitor energy storage to enhance grid stability. The system, deployed at the Mehrum site, supports voltage regulation, frequency stabilization, and improved resilience in a power system experiencing reduced inertia due to the retirement of conventional generation assets. The development represents a major advancement in STATCOM technology by adding energy storage capabilities and grid-forming functions, enabling renewable energy sources to operate more reliably within future low-carbon electricity networks.
- In 2025, Siemens Energy continued expanding its grid-forming STATCOM solutions to address increasing stability challenges caused by higher penetration of inverter-based renewable energy resources. The company advanced its SVC PLUS® STATCOM portfolio with capabilities supporting weak-grid operation, voltage stabilization, active filtering, and renewable integration. These developments target transmission operators requiring advanced power electronics solutions as traditional synchronous generators decline. Siemens Energy's grid-forming STATCOM technology enables faster responses to disturbances and provides stability functions traditionally delivered by conventional power plants, strengthening its competitive position in the global FACTS and grid modernization market.
- In 2024, ABB continued strengthening its STATCOM market position through renewable energy integration and grid modernization projects requiring advanced voltage control solutions. The company expanded deployment of its FACTS portfolio, including STATCOM systems, to support utilities managing increasing renewable generation variability, transmission congestion, and changing grid operating conditions. ABB's STATCOM technology enables rapid reactive power compensation, improved voltage stability, and enhanced power quality for utility-scale applications. The company's continued investment in digital grid technologies and flexible transmission solutions reflects the broader industry shift toward power electronics-based infrastructure supporting renewable-heavy electricity networks.
- In 2026, STATCOM technology development continued moving toward energy-storage-enabled and grid-forming solutions as researchers and manufacturers focused on improving renewable grid stability. Advanced E-STATCOM concepts combining reactive power compensation with short-term energy storage are being developed to provide voltage support, frequency assistance, and inertia-like responses in low-inertia power systems. These innovations address challenges created by increasing solar and wind penetration, where conventional grid-support mechanisms are reduced. The evolution toward multifunctional STATCOM platforms demonstrates the market shift from traditional reactive power compensation equipment toward intelligent grid stabilization systems capable of supporting future renewable-dominated electricity networks.
STATCOM Market Dynamics: Drivers, Restraints, Opportunities, Trends and Challenges
Rising renewable integration and grid stability requirements are accelerating global STATCOM market growth and investment.
With growing use of wind energy and solar energy, there is an increase in voltage instability and grid stability issues, which is leading to increased demand for STATCOM, which is an effective means of reactive power compensation. Different from the traditional methods, the application of STATCOM technology provides fast voltage control, allowing the utilities to adhere to stricter grid codes without compromising on the performance of their grid system. Industrial segments, such as steel production industries and mines, are also employing STATCOM in order to overcome the problem of voltage flickering due to their fluctuating electrical loads. Furthermore, there are various initiatives from government for grid modernization and improvement in transmission infrastructure, which will help drive the growth of STATCOM over the forecast period.
High upfront costs and long installation timelines constrain global STATCOM market adoption and deployment pace.
The substantial initial capital outlay poses an important constraint to the expansion of STATCOM systems especially by small utility companies and industries that have tight budgets for investment. The initial capital needed to procure STATCOM systems is higher than those needed for mechanical solutions hence making it difficult for procurement. Moreover, the process of engineering, procurement, testing, and installation in utility scale is long and sometimes may take over one year, therefore, limiting the realization of benefits associated with grid reliability and voltage stabilization. Lack of sufficient technical know-how by small regional utilities makes the specification, installation, and planning process harder hence delays in adoption due to evaluation of alternatives.
Modular design innovation and hydrogen sector growth create substantial market expansion opportunities.
Modular and containerized STATCOM installations are presenting new opportunities for growth through the simplification of installation process and installation in restricted or remote locations. The utilization of STATCOM technology in hydrogen generation facilities presents a new avenue that is likely to increase its demand as hydrogen plants depend on consistent voltage and quality of power for optimal performance. Companies which are able to offer scalable and economical STATCOM devices that meet the specifications of small utility companies and industries can capitalize on such an opportunity. Moreover, the increasing electrification of mining activities is another factor that increases the demand for STATCOM devices.
Grid integration complexity and skilled workforce shortages challenge STATCOM deployment consistency.
The implementation of the STATCOM system to the current infrastructure poses a lot of problems due to the need for engineering expertise that would allow the effective implementation of the system through protection coordination, control integration, and networking. There are many utility companies that do not possess this engineering capability and, thus, have to rely on experts outside. Additionally, the shortage of skilled engineers dealing with power electronics integration poses another problem as the company is unable to provide its installation and commissioning services according to the rate of renewable energy installations. It is especially difficult for small regional utilities that have to struggle with larger corporations that already have engineering departments.
Digital monitoring integration and modular platform expansion are reshaping STATCOM competitive dynamics.
STATCOM manufacturers are making efforts to enhance digital monitoring and diagnostic functions of the device along with developing predictive maintenance systems to increase efficiency and facilitate integration of renewable energy sources in the process. Modular and containerized designs are being developed to make STATCOM more easily transported, installed, and capable of operating in small spaces. Such developments help companies differentiate in the market and provide new solutions to changing needs of customers. In addition, manufacturers tend to focus not only on selling equipment but also on offering maintenance services along with STATCOM in order to create a continuous income stream and strengthen their relations with customers.
Where Are the Biggest Opportunities in the STATCOM Market?
- Modular STATCOM Designs: Space-constrained sites create compact system procurement from utility operators.
- Hydrogen Plant Integration: Electrolysis power quality needs create STATCOM procurement from hydrogen facilities.
- Renewable Grid Stability: Variable generation growth creates reactive power procurement from renewable operators.
- Mining Electrification: Remote grid needs create dedicated STATCOM procurement from mining operators.
- Digital Monitoring Platforms: Predictive maintenance demand creates smart STATCOM procurement from utilities.
- Steel Sector Power Quality: Voltage flicker mitigation creates STATCOM procurement from steel manufacturers.
- High Power Utility Projects: Large-scale grid needs create high power STATCOM procurement from utilities.
- Emerging Market Grid Expansion: Infrastructure investment creates STATCOM procurement from developing economies.
- Service Contract Bundling: Long-term reliability needs create maintenance contract procurement from operators.
- Low Power Industrial Adoption: Cost-effective compensation needs create small-scale STATCOM procurement from operators.
STATCOM Market Segmentation Analysis
Report Attributes | Details |
Market Size in 2025 | USD 714.35 Million |
Market Size by 2035 | USD 1,352.31 Million |
CAGR (2026-2035) | 6.59% |
Base Year | 2025 |
Forecast Period | 2026-2035 |
Historical Data | 2022-2024 |
Report Scope & Coverage | Market Size, Segments Analysis, Competitive Landscape, Regional Analysis, Analysis, Forecast Outlook |
Key Segments | By Rated Power: Low Power STATCOM (Less than 20 Mvar), Medium Power STATCOM (20-100 Mvar), High Power STATCOM (Greater than 100 Mvar) By End-User: Utility, Steel Manufacturing, Renewable Energy, Mining, Hydrogen Power Plant, Others |
Regional Analysis/Coverage | North America (U.S, Canada, Mexico), Europe (UK, Germany, France, Spain, Italy, rest of Europe), Asia Pacific (China, India, Japan, Australia, South Korea, rest of Asia Pacific), LAMEA (Latin America, Middle East, and Africa) |
Company Profiles | GE (U.S.), ABB (Switzerland), Ingeteam SA (Spain), Siemens (Germany), NIDEC (Japan), Hitachi Energy (Switzerland), Hyosung Heavy Industries Corporation (South Korea), Jema Energy (Spain), Mitsubishi Electric (Japan), Sieyuan (China), American Superconductor (U.S.), Rongxin Power Ltd (RXHK) (U.K.), NR Electric Co. (China) |
Dominating Segments in the STATCOM Market
Medium power STATCOM leads adoption through flexible mid-range voltage support solutions and grid stability needs.
The Medium Power Segment has a dominant position in terms of the total value share of STATCOM based on the rated power, owing to the optimal provision of reactive power compensation with cost-effectiveness and flexibility in deployment at capacity levels from 20 Mvar to 100 Mvar. Medium power solutions have widespread application at utility substations, renewable energy projects, and industrial sites, where voltage regulation is required in a cost-effective and simple way, without the complexities associated with customized large-scale solutions. Products in the medium power STATCOM segment are offered by companies like ABB and Siemens in standard product lines available in several voltage classes and capacities. The Low Power STATCOM Segment has emerged as a key complementary segment with applications at distributed energy resources and smaller industrial sites.
In 2025, Siemens Energy continued advancing its SVC PLUS STATCOM technology, reinforcing medium power dominance through flexible, standardised systems suited to utility and industrial grid stabilisation applications.
Utility end-users dominate through consistent grid modernisation and reactive power compensation investment.
The utilities are expected to have the maximum share of revenues generated from the STATCOM end-users. This is attributed to ongoing investment in modernization of the grid, voltage control and integration of renewables. Grid operators are known to be the largest purchasers of STATCOMs owing to mandatory grid code compliance, rising electricity consumption and the requirement to sustain power quality and system stability. Leading companies including Hitachi Energy and GE are helping their utility clients in the installation of STATCOMs in transmission networks. Renewable energy constitutes the secondary group of end-users of STATCOM and consists of wind and solar power plants which utilize STATCOM systems for meeting grid connection and voltage requirements. The utilities continue to lead in the market owing to their mandate to ensure that the electricity grids are reliable, stable and resilient.
In 2025, Hitachi Energy continued expanding its STATCOM portfolio for renewable integration projects, reinforcing utility dominance through grid stability solutions supporting rising wind and solar generation capacity worldwide.
High power STATCOM units are gaining share through large-scale industrial and utility deployments.
Higher power ratings STATCOM units of more than 100 Mvar are emerging to be a fast-growing sector in the STATCOM market due to the rise in the need for reactive power compensation at transmission scale. High-capacity STATCOM systems are needed in large utility substations, integration of renewable energy into the power grid and heavy industrial sites to counteract large voltage changes, dynamic loads and intermittent generation from renewable sources. The companies GE and Mitsubishi Electric are serving this segment by virtue of their expertise in providing engineering services and experience in carrying out grid stabilization projects at transmission scale. Growth in this segment is a consequence of the new requirements placed on modern power grids by virtue of the growing use of renewable energy sources, industrial electrification, and electricity demand.
In 2025, Hyosung Heavy Industries continued expanding its STATCOM manufacturing capability, reinforcing high power segment growth through large-scale grid modernisation and renewable integration projects across South Korean and export markets.
Regional Insights in the STATCOM Market
North America advances STATCOM adoption through grid modernisation and renewable integration investment.
North America is one of the major markets for STATCOM because of continuous investments made in the upgrading of the power grid infrastructure and incorporation of renewable energy into the grid. The U.S. is considered the major market within this region due to the expansion of wind and solar capacities, the outdated transmission network, and needs to improve voltage regulation and reliability of the power system. GE and American Superconductor have a high level of experience working in this region thanks to their transmission-scale STATCOM projects and good collaboration with the utilities. The companies Rongxin Power and ABB are also notable participants providing the market with grid-stabilizing solutions. Increased interest in smart grid systems and high-voltage projects will promote the development of STATCOMs in this region.
In 2025, GE continued supporting North American grid modernisation projects through its STATCOM and flexible AC transmission systems portfolio, addressing rising renewable integration and voltage stability requirements across major utility networks.
Europe builds STATCOM capability through renewable integration and industrial power quality demand.
The market for STATCOMs in Europe is growing due to high rates of renewable energy installation, strict grid codes, and grid modernization programs within member countries. There is a need for reactive power compensation solutions due to the high levels of integration of wind and solar power plants, which will help keep the voltage stable and improve the grid reliability. Siemens and ABB have a dominant position in the region due to their production of STATCOMs on a transmission level and cooperation with European utilities. Ingeteam and Jema Energy bring some more experience to the market with the help of renewable energy and grid stabilization projects within Spain. Germany, Spain, and the UK are among the top markets for investments due to high ambitions for renewable energy production, aging infrastructure, and modernization programs.
In 2025, Siemens Energy continued advancing its SVC PLUS STATCOM technology across European utility and industrial customers, supporting grid stabilisation amid rising renewable penetration and structured regulatory reactive power compliance requirements.
Asia-Pacific leads STATCOM market through grid infrastructure expansion and renewable capacity growth.
Asia-Pacific has the largest share of the total STATCOM market due to extensive grid modernization programs, installation of renewable sources, and strict power quality regulations in industries. This region includes the major producers of STATCOM, like Hyosung, Mitsubishi Electric, NIDEC, and Sieyuan, thus forming an advanced market structure for research, development, and implementation of STATCOM technology. China constitutes the largest national market owing to large-scale installations of high voltage transmission networks, goals of integrating renewable energy sources, and investments in technologies ensuring grid stability. Japan and South Korea also contribute to regional STATCOM demand by their developed industrial base and power grid infrastructure with strict standards of power quality in industries. Investments in smart grid and renewable energy systems as well as high voltage transmission lines will ensure Asia-Pacific dominance on STATCOM market during the forecast period.
In 2025, Hyosung Heavy Industries continued expanding STATCOM manufacturing and deployment capability across South Korean and export markets, reinforcing Asia-Pacific leadership through grid modernisation and renewable integration project support.
LAMEA builds STATCOM capability through renewable investment and mining sector electrification demand.
LAMEA is an emerging market for STATCOM, as a result of rising investments in renewable energy, efforts to upgrade grids, and industrial electrification in Brazil and GCC nations. Saudi Arabia and UAE are leading the demand growth in the region owing to their energy transition plans, increasing renewable energy capacity, and diversification policies which call for sophisticated reactive power compensation systems. Brazil has emerged as an important market opportunity through renewable energy integration, mining activities, and development of electricity infrastructure. Some of the key players which aid in STATCOM deployments in the region include NR Electric and Sieyuan, as a result of utility and industrial grid stabilization programs, which help overcome the shortage of advanced reactive power compensation infrastructure in some markets.
In 2025, NR Electric continued expanding its STATCOM delivery capability, supporting growing regional grid stabilisation demand across Middle Eastern and Latin American utility and mining sector electrification projects.
How Can Stakeholders Benefit from the STATCOM Market Report?
- The report offers a quantitative assessment of market segments, emerging trends, projections, and market dynamics for the period 2024 to 2035.
- The report presents comprehensive market research, including insights into key growth drivers, challenges, and potential opportunities.
- Porter's Five Forces analysis evaluates the influence of buyers and suppliers, helping stakeholders make strategic, profit-driven decisions and strengthen their supplier-buyer relationships.
- A detailed examination of market segmentation helps identify existing and emerging opportunities.
- Key countries within each region are analysed based on their revenue contributions to the overall market.
- The positioning of market players enables effective benchmarking and provides clarity on their current standing within the industry.
- The report covers regional and global market trends, major players, key segments, application areas, and strategies for market expansion.
