市場調查報告書
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1463629
歐洲熱能儲存市場預測至 2030 年 - 區域分析 - 按技術、儲存材料、應用和最終用戶Europe Thermal Energy Storage Market Forecast to 2030 - Regional Analysis - by Technology, Storage Material, Application, and End User |
歐洲熱能儲存市場預計將從2022年的71.8301億美元CAGR到2030年的104.9706億美元。
不斷成長的供暖和製冷應用推動了歐洲熱能儲存市場
顯熱儲能技術通常與區域供熱和製冷系統整合。 TTES 等顯熱儲存技術廣泛用於建築物中的熱量存儲,而 UTES 用於小型設施的各種情況。 PCM(應用於區域冷卻)、固態熱電池和冰蓄冷是熱泵等先進基礎設施中空調機組的幾種替代品。在這些系統中部署 TES 的主要優點是其能夠將熱量和冷量的產生分離以供每小時和季節性消耗。從能源需求的角度來看,TES 可以為整個能源系統提供解決方案,而不是專注於單一向量,例如電力、熱力或冷力。建築等最終用途部門的能源需求高度依賴季節性。熱儲存可以長期儲存能量,有助於滿足季節性需求和供應波動。例如,建築空間供暖或製冷系統的電力需求可以透過在非高峰時段對蓄熱裝置充電並在必要時放電來轉移到低高峰時段。該技術減少了電網堵塞,提供了更高的可再生能源滲透率,並且具有成本效益。因此,大規模冷卻技術、區域供熱和製冷、工業發電、冷鏈應用和建築業對熱能儲存的需求不斷成長,正在推動熱能儲存市場的發展。
歐洲熱能儲存市場概況
2022年,歐洲引領熱能儲存市場。主要國家包括德國、英國、法國、義大利和俄羅斯等。氣候變遷問題、《巴黎協定》的目標以及再生能源發電的傾向是歐洲熱能儲存市場的促進因素。使用熱能儲存技術作為經濟有效的措施來管理危機或供應短缺時期的能源失衡,這對市場來說是一個重大推動力。在太陽能發電廠中,區域供熱是熱能儲存的主要應用領域。歐洲有 200 多個太陽能區域供熱項目,主要集中在德國、奧地利、丹麥和瑞典。俄羅斯和烏克蘭戰爭引發的全球能源危機凸顯了能源儲存的重要性和對替代能源的需求。工業、商業和住宅領域對能源的需求正在快速成長;因此,歐洲各國政府都致力於開發傳統電源的替代方案。各國政府意識到建立替代解決方案的迫切性,包括再生能源和適當的儲存基礎設施。再生能源的充足發電可以使各國的能源更加安全,並有助於應對使用不可再生能源所帶來的氣候變遷挑戰。符合淨零碳排放和清潔能源目標的政府政策和指令正在創造對永續儲存基礎設施(包括熱儲存)的需求。在歐盟,電力業的二氧化碳比率在 2022 年大幅上升。 2015 年在法國巴黎舉行的聯合國氣候變遷大會 (COP21) 上,有 196 名與會者參加,根據《巴黎協定》,政府正在製定淨零排放和綠色能源政策。再生能源在電力結構中所佔佔有率不斷增加、工業部門使用再生能源的激勵措施以及住宅和商業供暖和製冷過程中蓄熱設施先進技術的不斷應用是熱能存儲的主要促進因素該地區的市場。
歐洲熱能儲存市場收入及 2030 年預測(百萬美元)
歐洲熱能儲存市場細分
歐洲熱能儲存市場分為技術、儲存材料、應用、最終用戶和國家。
根據技術,歐洲熱能儲存市場分為顯熱儲存、潛熱儲存和熱化學儲存。到2022年,顯熱儲存領域將佔據歐洲熱能儲存市場的最大佔有率。
根據儲存材料,歐洲熱能儲存市場分為水、熔鹽、PCM等。到2022年,水務領域將佔據歐洲熱能儲存市場的最大佔有率。
根據應用,歐洲熱能儲存市場分為發電、製程供熱和製冷以及區域供熱和製冷。到2022年,區域供熱和製冷領域將佔據歐洲熱能儲存市場的最大佔有率。
根據最終用戶,歐洲熱能儲存市場分為公用事業和非公用事業。到2022年,公用事業領域將在歐洲熱能儲存市場中佔據更大佔有率。
按國家/地區分類,歐洲熱能儲存市場分為德國、法國、義大利、俄羅斯、英國和歐洲其他國家。 2022年,德國將主導歐洲熱能儲存市場。
Abengoa SA、Baltimore Aircoil Co、Burns & McDonnell Consultants Inc、Evapco Inc、MAN Energy Solutions SE 和 Sunamp Ltd 是歐洲熱能儲存市場上的一些領先公司。
The Europe thermal energy storage market is expected to grow from US$ 7,183.01 million in 2022 to US$ 10,497.06 million by 2030. It is estimated to grow at a CAGR of 4.9% from 2022 to 2030.
Growing Heating & Cooling applications Fuels Europe Thermal Energy Storage Market
Sensible thermal energy storage technologies are usually integrated with district heating and cooling systems. Sensible storage technologies such as TTES are widely used for storing heat in buildings, while UTES is used in various instances in small-scale installations. PCM (applied in district cooling), solid-state thermal batteries, and ice storage are a few substitutes for air-conditioning units in advanced infrastructures such as heat pumps. The major advantage of deploying TES in these systems is its nature to dissociate heat and cold generation for hourly as well as seasonal consumption. From the energy demand perspective, TES can provide solutions for the overall energy system rather than focusing on individual vectors, such as power, heat, or cold. Energy demand in end-use sectors such as buildings is highly dependent on seasonality. Thermal storage can store energy for long periods, aiding in fulfilling seasonal demand and supply fluctuations. For instance, electricity requirements for building space heating or cooling systems can be shifted to low peak hours by charging thermal storage during off-peak hours and then discharging when necessary. The technology decreases grid congestion, provides higher renewable energy penetration, and is cost-effective. Thus, the growing demand for thermal energy storage in large-scale cooling technologies, district heating and cooling, industrial power generation, cold-chain applications, and the building industry is fueling the market for thermal energy storage.
Europe Thermal Energy Storage Market Overview
In 2022, Europe led the thermal energy storage market. The key countries are Germany, the UK, France, Italy, and Russia, among others. Climate change concerns, targets of the Paris Agreement, and the inclination toward renewable energy for power generation are driving factors for the Europe thermal energy storage market. The use of thermal energy storage technologies as a cost-effective measure to manage energy imbalances in times of crisis or supply shortage is a major boost for the market. In solar power plants, district heating is a major application area of thermal energy storage. Europe has over 200 solar district heating programs, predominantly in Germany, Austria, Denmark, and Sweden. The global energy crisis owing to the Russia-Ukraine war has showcased the importance of energy storage and the requirement for alternative energy resources. The demand for energy in the industrial, commercial, and residential sectors is growing rapidly; hence, governments of various countries in Europe are focused on developing alternative solutions to conventional power supply. The governments realized the urgency of establishing alternative solutions, including renewables and proper storage infrastructure. Sufficient power generation from renewable sources can make the countries more energy secure and help manage climate change challenges generated by the usage of non-renewable sources. The government policies and mandates in line with the net zero carbon emission and clean energy targets are creating the demand for sustainable storage infrastructure, including thermal storage. In the European Union, the carbon dioxide ratio in the power sector intensified substantially in 2022. A few countries resumed operations at coal-driven power plants while outages at nuclear plants and low hydropower production contested the system's dependability. In line with the Paris Agreement, which involved 196 participants at the UN Climate Change Conference (COP21) in Paris, France, in 2015, the government is establishing net zero emission and green energy policies. The growing share of renewable energy resources in the power mix, incentives for using renewable sources in the industrial sector, and the rising application of advanced technologies with thermal storage facilities for residential and commercial heating and cooling processes are major driving factors for the thermal energy storage market in the region.
Europe Thermal Energy Storage Market Revenue and Forecast to 2030 (US$ Million)
Europe Thermal Energy Storage Market Segmentation
The Europe thermal energy storage market is segmented into technology, storage material, application, end user, and country.
Based on technology, the Europe thermal energy storage market is segmented into sensible heat storage, latent heat storage, and thermochemical storage. The sensible heat storage segment held the largest share of the Europe thermal energy storage market in 2022.
Based on storage material, the Europe thermal energy storage market is segmented into water, molten salt, PCM, and others. The water segment held the largest share of the Europe thermal energy storage market in 2022.
Based on application, the Europe thermal energy storage market is segmented into power generation, process heating and cooling, and district heating and cooling. The district heating and cooling segment held the largest share of the Europe thermal energy storage market in 2022.
Based on end user, the Europe thermal energy storage market is segmented into utility and nonutility. The utility segment held a larger share of the Europe thermal energy storage market in 2022.
Based on country, the Europe thermal energy storage market is segmented int o Germany, France, Italy, Russia, the UK, and the Rest of Europe. Germany dominated the Europe thermal energy storage market in 2022.
Abengoa SA, Baltimore Aircoil Co, Burns & McDonnell Consultants Inc, Evapco Inc, MAN Energy Solutions SE, and Sunamp Ltd are some of the leading companies operating in the Europe thermal energy storage market.