Solar Power Meets 25% of Netherlands Electricity Demand in August
Solar energy, the thermal radiation energy of the sun, is mainly manifested in what is often referred to as the sun's rays. In modern times it is generally used to generate electricity or to provide energy for water heating. In the case of decreasing fossil fuels, solar energy has become an important part of human use of energy, and continue to develop. Solar energy is used in two ways: photothermal conversion and photoelectric conversion, and solar power is an emerging renewable energy source.
Solar power generation in the Netherlands performed well in August, mainly due to increased solar energy, increased generation capacity and lower energy demand.
According to the latest figures released by Energieopwek.nl, solar power generation in the Netherlands met around 25.5% of the country's total electricity demand in August this year. Energieopwek.nl is controlled by a consortium consisting of Hanseatic University of Groningen, Tennet, Gasunie and Netbeheer Nederland.
The increase in the share of solar energy is caused by three main factors: an increase in the number of PV facilities online throughout the year; a decrease in electricity demand; and an increase in sunshine hours. According to Energieopwek.nl, the Royal Netherlands Meteorological Institute (KNMI) recorded 289 hours of sunshine in August, compared to a monthly average of 205 hours for the year. August was the second sunniest month on record.
In August, solar power was the second largest source of electricity after "conventional energy" (which met 51.9% of demand). The third largest source of electricity was biomass (12.3%), followed by onshore wind (5.6%) and offshore wind (4.5%). Hydropower has the lowest share, at 0.1%.
Combined, the share of renewables is 48%, compared to 42% in August 2021. The French climate agreement (Klimaatakkoord) sets a target of 70% of renewable energy by 2030.
Data from the Netherlands Central Bureau of Statistics shows that the cumulative installed PV capacity in the Netherlands reached 14.3GW by the end of 2021 . A recent report by the Netherlands Organization for Applied Scientific Research (TNO) states that by 2050, the Netherlands will have 132GW of PV capacity.
Disclaimer: The content contained is sourced from the Internet, WeChat public websites and other public channels, we remain neutral to the views in the text for information and communication purposes only. The copyright of the reproduced articles belongs to the original authors and institutions, if there is any infringement, please contact us to delete.The above content is for reference only and we do not guarantee the accuracy, truthfulness, completeness, validity and timeliness of all or part of the article (including but not limited to text, data and charts).Extracts, derivations and interpretations of all content published on this website are prohibited.This statement applies to all information published on this website.
Boland — новая энергетическая и энергетическая компания, которая сочетает в себе гидроэнергетику, энергию ветра, солнечную энергию и аккумуляторные батареи, чтобы предоставить вам высококачественные интегрированные решения для ветровой и солнечной энергии и систем хранения. Партнером Boland является компания CRRC, которая заключила контракт на проекты высокоскоростных железных дорог в Китае, и у нас есть относительно полная внутренняя цепочка поставок, сервисная сеть и превосходное качество продукции и технологии.
Boland Обеспечить EPC электростанции, инвестиции и приобретение электростанции.
Пожалуйста, не стесняйтесь обращаться к нам, если вам нужна техническая поддержка.
Моя электронная почта: marketing@boland-hydroturbine.com
Вашингтон: +8613923745989
