Precise 3D data for entire cities - the revolution in PV planning
- Author
David Wolf
- Updated on
June 11, 2024
- Reading time
3 min
1 Introduction: The importance of precise 3D data
The planning of solar installations in urban areas requires precise knowledge of the topographical conditions and the existing infrastructure. Traditional planning methods often reach their limits here. However, advancing digitalization and the availability of high-precision 3D data are opening up new possibilities for more efficient and precise PV planning.
2. 3D data: Basis for effective PV planning
The availability of high-precision 3D data for entire cities enables solar planners to carry out a detailed analysis of the terrain and identify potential locations for solar installations. This data not only provides information about the shape of the terrain, but also about height differences, shading effects and possible obstacles such as buildings or vegetation.
3. optimization of solar use in urban areas
Thanks to precise 3D data, solar planners can optimize the placement of solar panels to get the maximum yield from the available space in urban areas. By taking into account factors such as shading, tilt angle and orientation of the modules, they can ensure that every area is used efficiently and an optimal energy yield is achieved.
4. increasing efficiency and reducing costs
The use of precise 3D data leads to a significant increase in efficiency in PV planning and installation. By precisely analyzing the terrain and optimally placing the solar modules, installers can save time and resources while reducing the cost of the systems. This helps to make solar power more competitive and promote the expansion of renewable energies in urban areas.
5. integration of smart city concepts
The use of precise 3D data for PV planning fits seamlessly into the concept of smart cities. By integrating solar energy into the urban infrastructure, cities can diversify their energy supply, reduce their dependence on fossil fuels and contribute to climate protection. In addition, the increased use of solar energy creates new opportunities for innovative business models and technologies in the renewable energy sector.
6 Outlook: The future of PV planning
The availability of high-precision 3D data for entire cities marks a turning point in PV planning. As digitalization and technology advances, solar planners will have increasingly powerful tools at their disposal to plan and install solar systems more efficiently. This will help to further drive the expansion of renewable energy and make cities more sustainable and liveable places.