市場調查報告書
商品編碼
1273584
到 2028 年的風塔市場預測——按產品、地點、銷售渠道和地區分列的全球分析Wind Tower Market Forecasts to 2028 - Global Analysis By Product, By Installation, By Sales Channel and By Geography |
Stratistics MRC 預測,2022 年全球風塔市場規模將達到 248.2 億美元,2028 年將達到 430.3 億美元,複合年增長率為 9.6%。
支撐風力渦輪機及其組件的巨大結構稱為風塔。 風力渦輪機的葉片由塔架接線並處理機艙和轉子以安全地離開地面。 風力渦輪機安裝在適當的高度,以利用風能發電。 世界各國政府都在積極推廣風能作為傳統能源的替代品,從而增加了消費者的需求。
根據國際能源協會 (IEA) 的數據,2021 年風力發電量將增加 273*TWh,創歷史新高。 這比 2020 年高出 45%,是所有可再生能源技術中最高的。
隨著世界人口的快速增長和電子設備的激增,對充足電源的需求不斷增加。 此外,隨著生產量的增加,對電力的需求也越來越大。 由於住房和企業建設以及基礎設施建設等各種活動的擴大,對能源的需求正在增加。 因此,需要不排放廢氣的低成本能源,例如風能和太陽能發電。 世界各地的風力發電裝置正在增加,以產生足夠的電力來滿足世界不斷增長的需求。
鋼材是製造風塔的重要原材料。 鋼材價格波動阻礙市場擴張。 鋼材是世界上交易量最大的金屬,其價格波動對許多最終用途行業產生了負面影響。 因此,價格波動會影響生產成本和全球市場增長。 此外,鋼材價格波動較大,成品價格可升可跌。
目前,行業最重要的趨勢是風力發電技術的發展。 目的是降低塔的製造成本並提高風力發電的效率。 將鋼管塔和混凝土塔,或鋼管塔和格子塔結合在一起的混合塔,是研究和開發進步的結果。 風塔的總成本顯著降低,因為製造它所需的材料更少。 然而,世界各國政府正在加緊建設海上風塔,進一步推動市場的研發活動。
風塔市場面臨的挑戰可能會阻止其根據其潛力繼續擴張。 市場製約因素包括缺乏足夠的資金、現代基礎設施、配套設施以及日益普遍的研發方法。 此外,自大流行到來以來,情況已經惡化。
COVID-19 疫情對市場產生了重大影響,因為 2020 年和 2021 年的裝機量將大幅增加。 2020 年和 2021 年標誌著全球風塔市場裝機容量的裡程碑。 然而,許多可再生能源行業嚴重依賴從其他國家進口,尤其是中國。 美國風電行業的大部分原材料和部件來自中國和歐洲。 通用電氣、新疆金威、合力塔等主要風電設備製造商因多國停工停產,導致訂單大量積壓和延遲履行。
由於項目成本降低和模塊化等眾多優勢,混凝土塔行業預計將在 2021 年佔據最大的市場份額,並在預測期內繼續主導市場。 這個數據在市場上是很好理解的。 使用混凝土塔可以降低風電場的全部成本,最多可節省風力渦輪機總成本的 20%。 這些塔非常耐用,建造成本極低,而且大多數材料都很容易獲得。
由於海上風電場的安裝成本遠高於陸上風電場,預計海上風電行業在預測期內將迅速盈利。 離岸部門增長的一個主要因素是浮動海上風電場的出現。 然而,這種擴張是由於這些渦輪機的安裝增加、對能源生產的需求增加、海上風電項目增加以及視覺污染減少。 此外,海上塔式技術的發展,例如可在極深水中使用的浮動平台,也在推動整體市場的擴大。
亞太地區陸上風力發電蓬勃發展,預計在預測期內將佔據全球風塔市場的最大份額。 由於快速城市化和工業化,中國、印度和澳大利亞等主要國家對能源的需求不斷增加。 由於越來越多地採用可再生能源,中國在該行業也佔據主導地位。 然而,推動中國對風力渦輪機需求的主要信息包括不斷增長的能源需求、政府鼓勵可再生能源增長的努力、快速工業化、低材料成本和廉價勞動力。
大量海上風電場的存在、技術進步、風能產業的擴張、研發活動的增加以及政府支持可再生電力生產的努力將推動北美在預測期內佔據優勢。市場預計會增長。 此外,由於風力發電裝機率高,許多知名的鐵塔製造商都在該地區開展業務。
2022 年 9 月,Broadwind 宣布已收到來自世界領先的風力渦輪機製造商之一的價值 3800 萬美元的新塔架訂單。 這是三年多以來最大的塔式訂單,因為在最近通過的《降低通貨膨脹法案》(IRA) 之後,對新風力渦輪機的需求開始增長。
2021 年 7 月,Nordex Group 宣布與墨西哥的 TPI Composites 建立戰略合作夥伴關係。 兩家公司已就獨特的戰略合作以及在印度和土耳其的合作達成一致。
According to Stratistics MRC, the Global Wind Tower Market is accounted for $24.82 billion in 2022 and is expected to reach $43.03 billion by 2028 growing at a CAGR of 9.6% during the forecast period. Giant structures that hold up wind turbines and the components that they contain are known as wind towers. To safely clear the ground, the tower wires the turbine's blades and handles the nacelle and rotor. The wind turbine is situated at a suitable height to capitalise on the wind's energy to generate electricity. Governments all around the world are actively promoting wind power as an alternative to conventional energy sources, which is boosting consumer demand.
According to the International Energy Association (IEA), in 2021, wind electricity generation increased by a record 273*TWh. This was 45% higher growth than in 2020 and was the highest among all renewable power technologies.
The demand for an adequate source of electricity is increasing as the global population and the penetration of electronic devices grow rapidly. The need for power is similarly rising as production grows. The demand for energy is being increased by an array of expanding activities, including the construction of new houses and companies and infrastructural improvements. The government is seeking affordable emission-free options, like wind and solar, to meet this need. In order to produce sufficient power to meet the rising global demand, this results in an increasing installation of wind energy around the world.
For the production of wind towers, steel is an essential raw material. Steel price volatility is impeding market expansion. The price volatility of steel, which is the most traded metal in the world, has adversely affected a number of end-use sectors. Price variation thus has an impact on production costs and the growth of the worldwide market. Additionally, steel prices are volatile, so the price of the finished product may rise or fall.
The industry's most important trend currently is the development of wind energy technology. The objective is to reduce the cost of tower manufacturing and increase wind energy generation efficiency. Hybrid towers, which integrate tubular steel and concrete towers or tubular steel and lattice towers, are the result of growing research and development. Because less material is required for production, the cost of the wind tower as a whole decreases significantly. However, governments all over the world are concentrating on the construction of offshore wind towers, which is further sparking the market's R&D operations.
There are growing problems in the market for wind towers that could prevent it from expanding continuously in accordance with its full potential. Market constraints include a lack of adequate funds, contemporary infrastructure, supported facilities, and research and development methods that are becoming more common. Additionally, the situation has worsened since the pandemic arrived.
Because of the huge rise in installations in 2020 and 2021, the COVID-19 epidemic has had a significant impact on the market. In 2020 and 2021, the installation of capacity on the world market for wind towers reached milestones. But the renewable industry depends substantially on imports from other nations in many of them, particularly China. The majority of the U.S. wind industry's raw materials and components are sourced from China and Europe. Major manufacturers of wind equipment, including G.E., Xinjiang Goldwin, and Hybrid Tower, had production halts as a result of lockdowns in numerous nations, which resulted in massive backlogs and delays in order fulfilment.
Due to numerous benefits, such as reduced project costs and modularity, the concrete tower category had the largest share of the market in 2021 and is predicted to continue dominating the market during the projected period. This data has been fully comprehended by the market. A wind farm's sufficient cost is lowered by using concrete towers, which can store up to 20% of the overall cost of a wind turbine. These towers are very durable, cost minimally to build, and most of the materials are readily available.
The offshore segment is predicted to grow profitably at a rapid pace during the projection period as installation costs for offshore wind farms are significantly higher than those for onshore wind farms. A significant factor in the rise of the offshore segment is the emergence of floating offshore wind. However, this expansion can be attributed to the increased installation of these turbines, the requirement for greater energy production, the rise in offshore wind projects, and the decreased visual pollution. Moreover, the overall market expansion is also being driven by the rising technological developments in offshore towers, such as floating platforms that may be used at extremely deep water depths.
Due to its dominance in onshore wind installation, Asia Pacific is predicted to hold the largest share of the global wind tower market throughout the forecast period. Energy demand is rising in major nations like China, India, and Australia as a result of rapid urbanisation and industrialization. Additionally, due to the increasing installation of renewable energy, China dominates the industry. However, the primary factors driving China's demand for windmills include the country's rising energy needs the government's efforts to promote the growth of renewable energy sources, rapid industrialization, low material costs, and access to inexpensive labour.
Due to the presence of numerous offshore wind companies, technological advancements, the expanding wind industry, rising R&D, and government initiatives to support the production of electricity from renewable sources, North America is predicted to experience lucrative market growth during the extrapolated period. Furthermore, a number of well-known tower manufacturers additionally operate in this region due to the strong wind energy installation rates.
Some of the key players in Wind Tower market include: Ventower Industries LLC, Nordex Group, Shanghai Taisheng Wind Power Equipment Co., Ltd, Arcosa Inc., Broadwind, Dongkuk s&c, CS Wind Corporation, Suzlon Energy Limited, Kgw Schweriner Maschinen- Und Anlagenbau Gmbh, Enercon Gmbh, General Electric, Trinity Structural Towers, Inc., Siemens Ag, Vestas Wind Systems A/S, Valmont Industries, Inc, Goldwind And Clipper Windpower Plc.
In September 2022, Broadwind Inc. announced that it has received an order valued at US$38 million for new towers from a leading global wind turbine manufacturer. This constituted the largest tower order in more than three years as demand for new wind turbines began to grow after the recent passage of the Inflation Reduction Act (IRA).
In July 2021, The Nordex Group announced a strategic partnership with TPI Composites in Mexico. The two companies agreed on a unique strategic collaboration along with cooperation in India and Turkey.