The European Photovoltaic Industry Association pointed out that distributed photovoltaics are the main force in the growth of new installed capacity of photovoltaic power generation in the Netherlands.

    At present, the average Dutch citizen owns two solar panels, and the installed capacity of photovoltaic power generation per capita exceeds 1 kilowatt, which is ahead of other European countries. In fact, the Netherlands does not have the land resources to develop centralized photovoltaic power plants on a large scale. 

    The development of distributed photovoltaic power plants is an important way for the Netherlands to develop photovoltaic power generation. Coordinator of Dutch solar energy developer Solarfields Bernd Niren Twihal said: "The Netherlands has a small land area and high population density, and the space for developing photovoltaic power generation is limited. 

    Photovoltaic enterprises must make use of parking lots, churches, railway stations, etc. as much as possible. All available buildings can expand the application scenarios of photovoltaic power generation.” According to Robert van der Horst, the developer of the photovoltaic company TPSolar project, in addition to actively developing residential and public utility construction projects, artificial lakes, landfills, etc.Photovoltaic panels can be installed on the roof and wall using roof brackets and wall brackets. Non-common scenarios such as farms, sheep farms, etc. have become potential scenarios for the development of photovoltaic power plants in the Netherlands. "Previously, we built an 8.9 MW photovoltaic power station on a landfill site, which provided green power to 2,500 surrounding households after it was put into operation. Therefore, solar brackets suitable for different scenarios are very important.

    Based on the characteristics of Dutch urban construction, the development of photovoltaic power stations in the future will show the integration of other scenarios. trends, and constantly innovate the development model of photovoltaic power generation.”