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市场调查报告书
商品编码
1372492
总辐射表市场规模和预测、全球和地区份额、趋势和成长机会分析报告范围:按类型和应用Pyranometer Market Size and Forecasts, Global and Regional Share, Trends, and Growth Opportunity Analysis Report Coverage: By Type and Application |
总辐射表市场规模预计将从2023年的9,720万美元成长到2030年的1.8,342亿美元;预计2022年至2030年复合年增长率为8.3%。
日射强度计测量入射到平面上的半球形视野的太阳辐照度。太阳是地球最重要的地外能源,它对气候和天气产生重大影响,也是能源生产的主要部分(透过收集太阳能)。太阳辐射是地球天气模式背后的主要力量之一,这使其成为气候和天气研究的主要因素。在此类研究中,总辐射表通常用于测量全球水平辐照度(GHI),以分析地球表面的辐照度事件。
在太阳能产业中,日射强度计用于分析光伏(PV)发电厂的性能。可以透过将光电站的实际功率输出与基于总辐射表读数的预计输出进行比较来分析光电站的生产率。总辐射表还可以帮助研究光电站可能地点的相关性。在这种情况下,总辐射表用于分析光伏装置的预期输出。此外,部署在阵列太阳能板平面 (POA) 中的总辐射表可提供重要的输入资料,用于计算光伏能源装置的性能比。
太阳能是利用阳光来产生电力或热量,日射强度计用于测量可用太阳能的量。在光电系统中,日射强度计用于测量照射到太阳能板的太阳辐照度。此计算值用于测量电池板的功率输出并确保它们以最大效率运作。此外,太阳能产业使用的日射强度计还可以监控光电站的性能。根据总辐射表读数,可以透过将光电站的实际功率输出与预期输出进行比较来确定光电站的效率。 Apogee Instruments 和 Soluzione Solare Srl 等多家公司提供应用于光电系统的日射强度计。在气候学中,总辐射表测量到达地球表面的太阳辐射量。这些资讯用于研究气候变迁和开发地球大气层模型。气候学是对气候的研究,气候学中使用日射强度计来测量长期的太阳辐照度。因此,日射强度计在光伏系统、气候学和气象学中的越来越多的应用正在推动日射强度计市场的成长。
COVID-19 大流行对总辐射表市场的影响
COVID-19大流行阻碍了2020年总辐射表市场的成长。大流行导致全球经济放缓,从而导致太阳能专案投资减少。然而,随着全球经济的重建,总辐射表市场一直在復苏。
然而,由于一些国家正在启动太阳能发电厂,日射强度计市场被认为是稳定的。
随着全球政府和企业寻求减少对化石燃料依赖的方法,未来几年对太阳能的需求预计将增加。预计这将增加对用于测量太阳辐照度的日射强度计的需求。
全球向再生能源的转变是预计在预测期内扩大总辐射表市场规模的另一个关键趋势。太阳能被认为是最受欢迎的可再生能源之一,随着更多太阳能专案的开发,对日射强度计的需求预计将增长。疫情过后,一些国家正在建立太阳能发电厂,这推动了总辐射表市场的发展。
例如,2021年6月,西非城市多哥启动了西非最大的太阳能发电厂,以扩大这个沿海小国的电力供应并推广再生能源。日射强度计用于分析太阳能产业中光伏 (PV) 发电厂的性能。
总辐射表市场正在成长,预计在未来几年将继续发展。对太阳能和再生能源的需求不断增长推动了总辐射表市场的成长。此外,具有各种材料品种的硅电池日射强度计和全球扩张等技术进步预计将在未来几年推动日射强度计市场的成长。
由于欧盟 (EU) 对为全球健康、技术和气候挑战提供创新解决方案的兴趣日益浓厚,欧洲总辐射表市场正在经历可观的成长。 2021 年 11 月,欧洲理事会在欧盟成员国和产业之间建立了新的合作关係,推出创意解决方案,以克服健康、交通、能源、数位技术和计量问题。此外,产品开发的研究和创新预计将推动该地区总辐射表市场的成长。一些计量研发 (R&D) 组织正在致力于总辐射表产品的开发,以减少光电系统的污染损失。例如,2022 年 11 月,由西班牙 DLR 太阳能研究所领导的国际研究小组开发了 Radguard,这是一种计算光电系统污染损失的新型系统。 Radguard 在夜间使用光伏参考电池约 45 分钟,或使用灯照亮日射强度计。该灯由 25 公分准直器保护,防止弄脏,因为科学家表示它对于维持设备的正常运作和灯的固定位置非常重要。在亚太地区,太阳能投资快速增加,太阳能产业快速扩张。例如,2023年5月,Metro Pacific Investments向菲律宾太阳能公司SP New Energy注资4.27亿美元。这些投资有助于增加总辐射表市场对总辐射表的需求。
沙乌地阿拉伯、阿联酋、南非、巴西、阿根廷以及中东和非洲地区和南美地区许多国家的政府正在支持再生能源发电的光伏安装。例如,2023年3月,加州太阳能开发商Noria Energy在哥伦比亚乌拉大坝水库上推出了1.5兆瓦浮动太阳能发电系统,这是SAM同类专案中最大的专案。因此,由于太阳能发电厂安装量的增加,对总辐射表的需求正在增加,这推动了 MEA 和 SAM 总辐射表市场的成长。
Hukseflux Thermal Sensors BV、Delta Ohm Srl、Li-Cor Inc、Eppley Laboratory Inc、OTT Hydromet Corp、Lambrecht Meteo Gmbh、Apogee Instruments Inc、Campbell Scientific Inc、Delta-T Devices Ltd、Eko Instruments Cotruments Co.本总辐射表市场研究中介绍的主要总辐射表市场参与者之一。对其他几个重要的总辐射表市场参与者进行了分析,以全面了解总辐射表市场及其生态系统。
The pyranometer market size is expected to grow from US$ 97.20 million in 2023 to US$ 183.42 million by 2030; it is estimated to record a CAGR of 8.3% from 2022 to 2030.
A pyranometer measures solar irradiance from a hemispherical field of view incident on a plane surface. The sun is Earth's foremost source of extra-terrestrial energy, which significantly impacts climate and weather as well as is a major part of energy production (by harvesting solar energy). Solar radiation is one of the prevailing forces behind the Earth's weather patterns, which makes it a primary factor in climate and weather studies. In such studies, pyranometers are generally used to measure the Global Horizontal Irradiance (GHI) to analyze the irradiance incident on the surface of the Earth.
In the solar energy industry, pyranometer are deployed to analyze the performance of photovoltaic (PV) power plants. The productivity of the PV power plant can be analyzed by comparing the real power output from the PV power plant to the projected output based on a pyranometer reading. Pyranometers can also help in studying the relevance of probable sites for PV power plants. In this case, pyranometers are used to analyze the projected output of a PV installation. Furthermore, a pyranometer deployed in the solar panel plane of the array (POA) delivers important input data for calculating performance ratios in photovoltaic energy installations.
Solar energy is the use of sunlight to generate electricity or heat, and pyranometers are used to measure the amount of available solar energy. In photovoltaic systems, pyranometers are used to measure the solar irradiance that hits the solar panels. This calculated value is used to measure the panels' power output and ensure that they are operating at their maximum efficiency. Additionally, the pyranometer used in the solar energy industry monitors the performance of PV power plants. On the basis of a pyranometer reading, the efficiency of the PV power plant can be determined by comparing the actual power output from the PV power plant to the expected output. Several companies such as Apogee Instruments and Soluzione Solare S.r.l offer pyranometers, which are applied in PV systems. In climatology, pyranometers measure the amount of solar radiation that reaches the Earth's surface. This information is used to study climate change and develop Earth's atmosphere models. Climatology is the study of climate, and pyranometers are used in climatology to measure solar irradiance over long periods. Therefore, the increasing application of pyranometers in photovoltaic systems, climatology, and meteorology is driving the pyranometer market growth.
Impact of COVID-19 Pandemic on Pyranometer Market
The COVID-19 pandemic hampered the pyranometer market growth in 2020. The pandemic caused a slowdown in the global economy, which led to a decrease in investment in solar energy projects. However, the pyranometer market has been recovering with the rebuilding of the global economy.
However, the pyranometer market is considered to be stable as several countries are launching solar power plants.
The demand for solar energy is expected to grow in the coming years as governments and businesses globally seek ways to reduce their reliance on fossil fuels. This is expected to boost the demand for pyranometers, which are used to measure solar irradiance.
The global shift towards renewable energy is another key trend expected to boost the pyranometer market size during the forecast period. Solar energy is considered one of the most popular renewable energy sources, and the demand for pyranometers is expected to grow with the development of more solar energy projects. Several countries are establishing solar plants after the pandemic, which is driving the pyranometer market.
For instance, in June 2021, Togo, a city in West Africa, launched the largest solar plant in West Africa to expand power access and promote renewable energy in the small coastal country. Pyranometers are used to analyze the performance of photovoltaic (PV) power plants in the solar energy industry.
The pyranometer market is growing and is expected to continue developing in the coming years. The increasing demand for solar and renewable energy drives the growth of the pyranometer market. Additionally, technological advancements such as silicon cell pyranometers with various material varieties and global expansion are expected to boost pyranometer market growth in the coming years.
The Europe pyranometer market is experiencing considerable growth due to the increasing interest of the European Union (EU) in delivering innovative solutions for global health, technology, and climate challenges. In November 2021, the European Council formed a new collaboration between the European Union's Member States and industries to introduce creative solutions to overcome health, transportation, energy, digital technology, and metrology concerns. Moreover, research and innovations in product development are expected to fuel the pyranometer market growth in the region. Several metrological research and development (R&D) organizations are working on pyranometer product developments to reduce soiling losses in PV systems. For instance, in November 2022, an international research group led by Spain's DLR Institute of Solar Research developed Radguard, a novel system that calculated the soiling losses in PV systems. Radguard used a PV reference cell for ~45 minutes at night or a lamp to illuminate a pyranometer. The lamp is secured from soiling by a 25-cm collimator, as scientists stated its importance in maintaining the device's appropriate functioning and the lamp's fixed position. In Asia Pacific, there is a rapid increase in investments in solar energy and rapid expansion in the solar energy industry. For instance, in May 2023, Metro Pacific Investments funded US$ 427 million in SP New Energy, a solar energy company in the Philippines. These investments are contributing to the increased demand for pyranometers in the pyranometers market.
Governments of Saudi Arabia, the UAE, South Africa, Brazil, Argentina, and many countries in the MEA and SAM are supporting PV installations for renewable energy generation. For instance, in March 2023, Noria Energy, a California-based solar developer, launched a 1.5 MW floating solar power system on the reservoir at Colombia's Urra Dam, the largest project of its kind in SAM. Therefore, the demand for pyranometers is increasing due to a rise in solar power plant installations, which is fueling the pyranometer market growth in the MEA and SAM.
Hukseflux Thermal Sensors BV, Delta Ohm Srl, Li-Cor Inc, Eppley Laboratory Inc, OTT Hydromet Corp, Lambrecht Meteo Gmbh, Apogee Instruments Inc, Campbell Scientific Inc, Delta-T Devices Ltd, Eko Instruments Co Ltd Co Ltd, and Hoskin Scientific Ltd are among the key pyranometer market players profiled in this pyranometer market study. Several other essential pyranometer market players were analyzed for a holistic view of the pyranometer market and its ecosystem.