全球氫氣測試市場（2024-2029）

Hydrogen Testing Market, Global, 2024-2029

出版日期: 2025年08月04日 | 出版商:

Frost & Sullivan | 英文 43 Pages | 商品交期: 最快1-2個工作天內

價格

簡介目錄

積極的排放目標和對藍綠氫計劃的投資將推動變革性成長。

氫能作為能源載體的概念出現在十年前，但近年來由於政府對應對氣候變遷的關注度不斷提升而備受關注。本研究深入分析了氫能基礎設施和設備在生產、運輸、配送和儲存等各個階段的測試，以確保在2025年至2029年預測期間（以2024年為基準年）的效率、可靠性和安全性。

本報告提供了北美、歐洲、亞太地區和其他地區的需求模式的區域展望，涵蓋每個產品領域，並分析了包括供應商市場佔有率在內的競爭格局。本報告還提供了北美、歐洲、亞太地區和其他地區的需求模式的區域展望，涵蓋每個產品領域，並分析了包括供應商市場佔有率在內的競爭格局。全球氫氣測試市場預計到2024年將創造 26.401億美元的收入，成長率為 42.8%。人們對碳排放上升和向碳中和轉變的擔憂日益增加，將推動氫氣市場的擴張，為氫氣測試產業創造商機。

氫氣具有高反應性和易燃性，這意味著需要投入大量資金來確保安全並加速其在生產、運輸和儲存領域的應用，推動氫氣測試市場的發展。此外，預計在預測期內，交通運輸領域的研發投資，尤其是氫動力汽車、飛機、火車和輪船的研發投資，將為氫氣測試市場開闢新的成長途徑。

收益及預測

基準年：2024年收入預估為 26.401億美元，2024-2029年研究期間的年複合成長率為20.1%。

三大策略要務對氫氣測試產業的影響

變革大趨勢

為什麼？
能源及其應用影響著每個產業。
因此，隨著再生能源越來越受到關注，許多政府製定明確的計劃來履行《巴黎協定》中限制全球暖化的承諾。
然而，未來的挑戰依然艱鉅。例如，根據2020年12月達成的協議，歐盟國家必須在2030年前將二氧化碳排放減少55%。
觀點
氫氣被視為實現製造業排放目標最有希望的方法之一。
預計變化最大的行業是發電和供熱，目前佔所有二氧化碳（CO2）排放的30%，其次是運輸業（佔 16%）以及製造業和建設業（佔 13%）。
包括氫氣試點營運商在內的整個價值鏈的相關人員必須密切合作，以確保目標的永續。

內部挑戰

為什麼？
氫能市場缺乏相關人員的合作是該產業面臨的一大挑戰，阻礙了商業部門向脫碳轉型。
要使氫成為主要的清潔能源來源，需要主要相關人員之間的積極合作與夥伴關係。
觀點
雖然氫能計劃仍處於試點和示範階段，但過去兩年來，研究機構、產業相關人員和氫能技術公司之間的示範和夥伴關係不斷增加，透過促進碳氫化合物的轉化和分配，並降低生產、儲存和分配成本，改變整個產業。
研發的動力可能會加速氫氣測試的機會。

地緣政治動盪

為什麼？
向氫能經濟的轉變有可能對地緣政治動態產生重大影響。石化燃料的供應和供需在能源獨立和軟實力的發揮中發揮關鍵作用。
俄烏戰爭引發的能源危機使各國政府深刻地意識到能源安全的重要性和供應中斷的影響。
自戰前以來，氫氣就一直是備受關注的議題。如今，許多國家權衡國內或本地供應與從可靠國家獲取可靠供應之間的利弊。氫氣的引進可能會打破現有的全球經濟依賴關係，並促成新的能源聯盟的形成。
觀點
印度和日本等能源來源有限的國家越來越注重發展氫能，以實現能源獨立。
預計在預測期內，透過氫能路線實現能源安全的努力將增加研發投資並提供氫氣測試的機會。

成長動力

為了推動氫氣測試市場的成長，對高效能的氫氣儲存和運輸解決方案的需求日益增加。
人們對碳排放增加的擔憂日益加劇以及向碳中和轉變的趨勢將推動氫市場的發展，為氫測試行業創造機會。
氫氣具有高反應性和易燃性，需要高昂的費用來確保安全，這加速了其在生產、運輸和儲存領域的應用，推動了氫氣測試市場的發展。
交通運輸領域的研發投資，特別是氫能汽車、飛機、火車和輪船的開發，可能為氫測試市場開闢新的成長途徑。

成長抑制因素

生產、運輸、分配和儲存氫氣的高成本可能會延遲大規模採用並對氫氣測試市場產生負面影響。
缺乏適用於氫氣生產、儲存和運輸的法律體制將阻礙預測期內氫氣測試市場的成長。
終端用戶對氫作為清潔能源來源的認知和接受度不足可能會對氫經濟產生負面影響，並限制預測期內氫測試市場的成長。

While the concept of hydrogen as an energy carrier emerged a decade ago, it has gained significant attention in recent years due to increased government focus on climate change initiatives. With 2024 as the base year, this in-depth analysis considers the testing of hydrogen infrastructure and equipment during production, transportation, distribution, and storage to ensure efficiency, reliability, and safety for the forecast period from 2025 to 2029.

The report provides a regional perspective on demand patterns in North America, Europe, the Asia-Pacific, and the rest of the world, covering every product segment, along with an analysis of the competitive landscape, including vendors' market shares. In 2024, the global hydrogen testing market generated revenue of $2,640.1 million, representing a 42.8% growth rate. Increased concerns about elevated carbon emissions and the shift toward carbon neutrality will drive the expansion of the hydrogen market, generating opportunities in the hydrogen testing space.

High spending to ensure safety, owing to the reactive and flammable nature of hydrogen gas, will drive the hydrogen testing market as penetration accelerates in production, transportation, and storage segments. Moreover, R&D investments in the transportation sector, particularly in the development of hydrogen-based vehicles, aircraft, trains, and ships, will open new growth avenues in the hydrogen testing market throughout the forecast period.

Revenue Forecast

The estimated revenue for the base year 2024 is $2,640.1 million, with a CAGR of 20.1% for the study period 2024-2029.

The Impact of the Top 3 Strategic Imperatives on the Hydrogen Testing Industry

Transformative Megatrends

Why:
Energy and its applications affect every industry.
As such, the growing focus on renewables is prompting many governments to lay out clear plans to meet their commitments as part of the Paris Agreement to limit global warming.
However, the task ahead can be challenging. For instance, under a December 2020 agreement, European Union (EU) nations are required to reduce their carbon emissions by 55% by 2030.
Frost Perspective:
Hydrogen is considered one of the most promising enablers in the manufacturing industry's emissions reduction goals.
Industries expected to undergo large-scale changes are power generation and heating, which currently account for 30% of all carbon dioxide (CO2) emissions, followed by transportation at 16%, and manufacturing and construction, which contribute 13% of emissions.
Stakeholders across the value chain, including hydrogen testing players, must work closely to ensure their goals are sustainable.

Internal Challenges

Why:
The lack of stakeholder collaboration in the hydrogen market poses a significant challenge to the industry, restraining the transition toward business segment decarbonization.
Active collaborations and partnerships between major stakeholders are necessary for hydrogen to become a primary clean energy source.
Frost Perspective:
Hydrogen projects are still in their pilot and demonstration stages. The growing number of demonstrations and partnerships among research institutions, industry players, and hydrogen technology companies over the past 2 years is driving hydrocarbon conversion, distribution, and reducing production, storage, and distribution costs, thereby transforming the industry.
The research and development momentum is set to accelerate opportunities for hydrogen testing.

Geopolitical Chaos

Why:
The shift toward the hydrogen economy has huge potential to influence geopolitical dynamics. The availability and supply and demand for fossil fuels play a significant role in energy independence and the projection of soft power.
The energy crisis resulting from the Russo-Ukrainian War has made governments acutely aware of the importance of energy security and the consequences of supply disruptions.
Hydrogen was a topic of great interest before the war, and many countries now consider the benefits of domestic or local supply versus the need for viable supplies from reliable countries. The adoption of hydrogen could disrupt existing global economic dependencies and lead to the formation of new energy alliances.
Frost Perspective:
Countries, such as India and Japan, with limited energy sources, are increasingly focusing on developing hydrogen capabilities to enhance their energy independence.
Efforts toward achieving energy security through a hydrogen route are expected to generate more R&D investments during the forecast period, providing opportunities for hydrogen testing.

Growth Drivers

There is an intense need for efficient hydrogen storage and transportation solutions to facilitate the growth of the hydrogen testing market.
Growing concerns about elevated carbon emissions and the shift toward carbon neutrality will drive the hydrogen market, generating opportunities in the hydrogen testing space.
High spending to ensure safety, owing to the reactive and flammable nature of hydrogen gas, will drive the hydrogen testing market as penetration accelerates in production, transportation, and storage segments.
R&D investments in the transportation sector, particularly in the development of hydrogen-based vehicles, aircraft, trains, and ships, will open new growth avenues in the hydrogen testing market.

Growth Restraints

The high costs associated with hydrogen production, transportation and distribution, and storage may slow its large-scale adoption, negatively impacting the hydrogen testing market.
The unavailability of applicable legislative frameworks for hydrogen production, storage, and transportation will hinder the growth of the hydrogen testing market during the forecast period.
A lack of end-user awareness and acceptance of hydrogen as a clean energy source could adversely impact the hydrogen economy, limiting the growth of the hydrogen testing market during the forecast period.