市場調查報告書
商品編碼
1457959
超導磁能儲存(SMES)的全球市場:市場規模和佔有率分析(依類型(低溫SMES、高溫SMES)和應用(電力系統、工業應用、研究))、工業需求預測(高達2030)Superconducting Magnetic Energy Storage Market Size and Share Analysis by Type (Low-Temperature SMES, High-Temperature SMES), Application (Power System, Industrial Use, Research) - Global Industry Demand Forecast to 2030 |
2023年全球超導磁儲能(SMES)市場總規模將為572億美元,在10年預測期內以8.4%的速度成長,到2030年將達到1001億美元。 該產業成長的主要原因是不間斷供電需求的增加、電網現代化力度的增加以及公用事業部門融資的增加。
電力系統推動產業發展
中小企業產業以電力系統為主導,預計在 10 年預測期內將以 8.6% 的速度成長。
主要原因是電網系統的發展以滿足不斷增長的電力需求。
越來越多的人接受低溫 SMES 系統
由於與高溫SMES相比,低溫SMES具有更高的運轉安全性,因此從2024年到2030年,低溫SMES將以8.5%的速度成長。
除此之外,低溫SMES能量密度高,可儲存大量電力。 此外,由於它效率高,因此可以儲存和回收電力,且能量損失較少。
區域市場:北美領先
北美是中小企業市場的領導者,到 2023 年將佔 50% 的佔有率。
亞太地區:成長最快的地區
亞太地區在這十年中將成長最快,達到 8.9%。 這是由於可再生資源的日益增加、對智慧電網和分散式能源儲存系統的日益重視、不斷增長的能源需求以及蓬勃發展的電子產業,這是由於中國、印度和韓國的人口增長和高製造能力。
本報告分析了全球超導磁儲能(SMES)市場,描述了市場的基本結構和最新情況、主要推動和抑制因素以及全球、依地區和主要國家的市場規模趨勢。 (基於金額,2017-2030 年)、依類型和應用劃分的詳細趨勢、當前的市場競爭狀況以及主要公司的概況。
The superconducting magnetic energy storage market had a total value of USD 57.2 billion in 2023 and it will power at a rate of 8.4% by the end of this decade, reaching USD 100.1billion by 2030. The main reasons for industry growth are the growing requirement for an incessant power supply, mounting efforts for modernization of the grid, and the growing fundings in the utilities sector.
Growth Drivers Drivers
The requirement for an incessant power supply is on the rise all over the world because of the snowballing population and urbanization.
Furthermore, for more than hundred years, electricity has been a basic requirement of economies, industries, and human society. For satisfying the mounting requirement, the role of energy storage is apparent.
Other factors that are responsible for the growth of the industry are the improved performance of these systems as opposed to the primitive technologies, for example rapid response, high efficiency, lengthier life cycle, low maintenance and high-power density.
Industry is Led by Power Systems
The industry is led by power systems, and it will power at a rate of 8.6% by the end of this decade.
The main reason for this is the development of the grid system for meeting the incessantly increasing electricity demand.
SMES systems are employed into significant amenities, for example and data centers and medical centers for offering power anytime, particularly throughout outages and grid emergencies.
The government incentives and policies for promoting the employment of energy storage technologies for improving the stability of the grid, enhance renewable energy use, and fulfill sustainability goals power this category.
Also, with tech progressions, the use of this technology in small- and large-scale power systems will increase in the future.
Growing Acceptance of Low-Temperature SMES Systems
The low-temperature SMES will grow at a rate of 8.5% from 2024 to 2030 due to the higher operational safety of this tech than its high temperature counterpart.
Apart from that, these have a higher energy density, because of which it can store plenty of power. Also, these are highly efficient, allowing the storage and recovery of electricity with small amount of energy loss.
This feature turns out to be significant for applications where energy conservation is important. Furthermore, it has a lengthier lifecycle, helping in decreasing the replacement and upkeep costs over time.
Regional Market is Led by North America
North America is the leader of the SMES market, with a 50% share in 2023, because of the mounting power utility network.
As stated by the U.S Energy Information Administration, the production and consumption of renewable energy reached 13% of the total energy production and consumption in 2022. The increase recently is because of the production of high solar, wind, and hydroelectricity.
APAC is the Fastest-Growing Region
APAC will grow the fastest at a rate of 8.9%, by the end of this decade. This is because of the growing obtainability of resources that are renewable in nature, growing emphasis on smart grids and distributed ESSs, growing demand for energy, prosperous electronics sector, flourishing population, and robust manufacturing competences of China, India, South Korea, and Japan.
China is the leading country in the region. It is undertaking several pilot programs and research initiatives to improve the competence and usefulness of these systems.
Furthermore, the count of cities is rising across APAC region, expanding the development prospects for the industry, as cities make use of more electricity than rural area.