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市場調查報告書
商品編碼
1351062
2030 年太陽能車棚市場預測 - 按類型、設計、容量、用途和地區進行的全球分析Solar Carport Market Forecasts to 2030 - Global Analysis By Type, Design, Capacity, Application and By Geography |
根據 Stratistics MRC 的數據,2023 年全球太陽能車棚市場規模為 4.671 億美元,預計到 2030 年將達到 10.588 億美元,預測期內年複合成長率為 12.4%。太陽能車庫的工作原理是捕獲太陽能並將其轉化為電力供您的家庭使用。
太陽能由覆蓋車庫屋頂的太陽能電池板產生。根據太陽能電池板的數量,您可以滿足家庭的全部或部分能源需求。建造太陽能車庫有幾個優點。太陽能車庫是降低或消除能源成本的好方法。太陽能車棚利用太陽能板作為屋頂,解決了屋頂角度、遮陽、朝向、尺寸等問題。大多數屋頂無法接收最佳陽光,但太陽能車棚的支撐系統是專門為此設計的。
根據SolarPower Europe統計,從2011年到2020年的過去10年度裡,太陽能發電量從2011年的3013萬千瓦快速成長到2020年的1.382億千瓦,主要得益於公用事業規模項目和含氟聚合物太陽能背板市場正在推動成長。
推動該行業發展的主要要素是公眾對太陽能價值的了解不斷加深。太陽能是一種可再生能源,可用於多種用途。太陽能車棚適用於多種氣候,這是推動該產業發展的另一個因素。在結冰地區,它可以保護汽車免受冰雪侵害,並減少除雪的需求。在溫暖的氣候下,車庫可以提供遮陽,使汽車比暴露在陽光直射下涼爽得多。太陽能車庫將未使用和低效率的空間轉變為成功的長期投資。這些因素正在推動太陽能車棚市場的發展。
採用太陽能電池板需要改造現有停車場和建築物,這會增加整體成本和複雜性。因此,需要建造一個能夠抵禦大風、降雪、地震等各種天氣波動的車棚。在保持車庫結構完整性的同時涵蓋太陽能電池板需要仔細的工程和設計。改造舊車庫以適應太陽能電池板增加的重量在技術上可能很困難。
太陽能車棚系統變得更加擴充性和模組化,可以輕鬆擴展和修改以滿足特定的能源需求。它們的多功能性使其成為各種用途和現場要求的理想選擇。如今,電池有時會安裝在光伏車庫中,以儲存全天產生的多餘能量。如果出現需求高峰或停電,這些儲存的能量可用於提供備用電源並提高系統彈性,從而在整個預測期內創造廣泛的可能性。
太陽能車棚作為生產可再生能源的可行選擇越來越受歡迎。然而,市場擴張受到場地和空間限制以及結構問題的阻礙。例如,光伏車庫需要大量的空間來容納車輛和太陽能電池板。找到具有足夠安裝空間的合適地點很困難,特別是在土地供應有限的大都市地區,從而阻礙了市場擴張。
COVID-19 的疫情對全球太陽能車棚市場產生了重大負面影響。受COVID-19疫情影響,幾乎所有主要國家的經濟發展都放緩,影響了消費者的購買習慣。由於許多國家運輸系統關閉,供需失衡擴大,對國內和國際供應鏈產生負面影響。因此,原料供不應求預計將阻礙太陽能車棚的生產並對市場擴張產生負面影響。然而,隨著各國政府放寬全球標準以重啟經濟活動,情況預計會有所改善。
由於在具有兩條軌道的車庫中放置兩排車輛,預計兩排雙坡車輛放置車庫部分將出現良好的成長。作為最受歡迎的車棚樣式之一,其緊湊的設計可容納許多汽車,非常適合商業用途。因此,在預測期內,2班列車將主導太陽能車棚產業。
由於飯店和餐廳、教育機構、醫療保健設施、體育設施等各種商業領域對光伏車棚的需求不斷增加,預計商業領域在預測期內將出現最高的年複合成長率年成長率。此外,可再生能源的使用越來越多,以及太陽能車庫為家庭和企業提供的絕佳替代品正在推動市場成長。
隨著太陽能車棚的平均系統價格持續下降,以及商業太陽能開發商可能以更大的項目規模和更好的節電形式為消費者提供附加價值,北美地區預計將成長。預計將在此期間佔據最大的市場佔有率。開發商放棄垂直整合,轉向更便宜的結構供應商,而供應商尋求擴大服務範圍以應對價格下跌,這一趨勢預計也將支持該地區的發展。
由於商業太陽能開發商的大量項目和顯著的能源節約,預計歐洲在預測期內的年複合成長率最高。作為額外的好處,隨著越來越多的人意識到太陽能的好處,該行業正在不斷擴大。推動歐洲市場擴張的關鍵因素之一是電動汽車製造的增加。
According to Stratistics MRC, the Global Solar Carport Market is accounted for $467.1 million in 2023 and is expected to reach $1058.8 million by 2030 growing at a CAGR of 12.4% during the forecast period. Solar carports function by capturing solar energy and converting it into electricity for home. Solar power is produced by the solar panels that cover the carport's roof. Depending on how many solar panels use to create home, they can provide all or some of the energy it requires to operate. There are several advantages to constructing a solar carport. Solar carports are a fantastic way to lower or perhaps get rid of your energy cost. Solar carports solve the problems of roof angle, shade, orientation, and size by using solar panels as the roof. Most roofs are unable to give optimum sunlight exposure; however, solar carport support systems are designed expressly to do so.
According to SolarPower Europe, over the past decade, between 2011 and 2020, solar power increased rapidly from 30.13 GW in 2011 to 138.2 GW in 2020, primarily aided by utility-scale projects and the fluoropolymer solar backsheet market.
The main factor driving this industry is people's increasing understanding of the value of solar energy. Because it is a renewable energy source with several applications, solar energy is free and comes from a natural source. Solar carports are suitable in a range of climates, which is one of the other elements driving the industry. In icy places, they shield automobiles from ice and snow, lessening the need for plowing. In warm climates, a carport offers shade, keeping automobiles far cooler than if they were exposed to direct sunlight. Solar carports transform unused, ineffective space into a successful, long-term investment. These elements are fuelling the market for solar-powered carports.
It can be necessary to remodel existing parking lots or buildings in order to incorporate solar panels, which might raise the overall cost and complexity. These carports must thus be built to resist a variety of weather variables, including wind, snow loads, and seismic activity. It needs careful engineering and design to incorporate solar panels while maintaining the carport's structural integrity. It might be technically difficult to retrofit old carports to accommodate the added weight of solar panels.
The scalability and modularity of solar carport systems were increasing, enabling simple extension and modification in response to particular energy requirements. They were ideal for a variety of applications and site requirements because of their versatility. These days, battery storage devices may be included in PV carports to store extra energy produced throughout the day. When there is a surge in demand or a power outage, this stored energy may be utilized to provide backup power and improve system resilience creating wide range of opportunities through the forecast period.
As a viable option for producing renewable energy, solar carports which shade automobiles while combining solar panels to produce electricity have grown in popularity. However, market expansion is probably hampered by site and space limitations as well as structural issues. For instance, PV carports need a lot of room to fit the vehicles and solar panels within. Finding appropriate sites with enough room for installation can be difficult, particularly in metropolitan areas with limited land availability thus hamper the growth of the market.
The COVID-19 epidemic has had a significant negative influence on the global market for solar carports. Nearly all of the main nations had slower economic development as a result of the COVID-19 epidemic, which had an impact on consumer purchasing habits. The supply-demand imbalance has widened as a result of the lockdown that has been enacted in a number of nations' transportation systems, which has adversely affected both domestic and international supply chains. Thus, inadequate raw material supply is anticipated to hinder solar carport manufacturing, which would have a negative effect on the market's expansion. However, given that governments have begun easing global standards for restarting economic activity, the situation is anticipated to get better.
The two-row dual slope vehicle arrangement carport segment is estimated to have a lucrative growth, as a carport with two tracks has two rows of cars in it. One of the most popular styles of carport, it is best suited for commercial usage due to its compact design and ability to hold many automobiles. Based on this, the two-row vehicle class will rule the solar carport industry over the predicted period.
The commercial segment is anticipated to witness the highest CAGR growth during the forecast period, due to the increase in demand for PV carports from different commercial areas, including institutions, such as hotels and restaurants, educational institutions, healthcare facilities, and sports complexes, the commercial segment now commands the market. In addition the rising use of renewable energy and the wonderful alternative that solar-powered carports offer to households and businesses are driving the growth of the market.
North America is projected to hold the largest market share during the forecast period due to the average system price of solar carports continuing to decline, commercial solar developers may provide additional value to consumers in the form of larger project sizes and better power savings, which will cause North America to be the largest market over the next years. Trends like developers abandoning vertical integration to access less expensive structural suppliers and vendors striving to broaden their service offerings to counteract dropping prices are also anticipated to support the development of this region.
Europe is projected to have the highest CAGR over the forecast period, owing to the vast number of projects that are available from commercial solar developers, together with considerable power savings. Additionally, the industry is expanding as more people become aware of solar energy's benefits. One significant element propelling the market expansion in Europe is the increase in manufacturing of electronic cars.
Some of the key players profiled in the Solar Carport Market include: Antai Technology Co. Ltd, CHIKOUSA, SunPower Corporation, Flexisolar, Schletter, KDC Solar LLC, Enova, Kokko Shisetsu Kogyo Co., Ltd, Tata Power, RenEnergy Ltd., Xiamen Mibet New Energy Co., Ltd, Quest Renewables, Inc., EvoEnergy, GE Industry, Solarcentury, Upsolar global, AG Japan and Nichiei Intec
In April 2023, the port authority of New York and New Jersey (PANYNJ) announces a deal with TotalEnergies to begin constructing New York's largest solar carport project at John F Kennedy International Airport in 2023.
In June 2022, Maruti Suzuki installs Asia's largest 20 MWp solar carport in their plant at Manesar. The initiative will contribute 28,000 MWH2 annually to the company's energy requirements.