Latest Trends and Innovations:

1. Record Growth in Photovoltaic Systems

• In 2023, Luxembourg experienced a remarkable increase in installed photovoltaic capacity. This growth is attributed to the increased use of solar systems in both the private and commercial sectors. The government has introduced various incentive programs to support the installation of solar systems, thereby increasing the share of renewable energy in the national power mix.

2. Integration of Agri-PV Technologies

• Agri-PV, the combination of agriculture and photovoltaics, is gaining increasing importance in Luxembourg. This technology allows agricultural land to be used both for growing crops and generating energy. By installing solar panels over agricultural areas, farmers can diversify their sources of income while contributing to the country's energy supply.

3. Development of Solar Fences

• An innovative solution for utilizing solar energy is the so-called solar fence. These are fences equipped with solar modules, which simultaneously serve as privacy screens and energy sources. This technology provides an efficient way to utilize unused spaces and maximize energy generation.

4. Promotion of Facade Photovoltaics

• The installation of solar panels on building facades is being increasingly promoted. This form of photovoltaic energy allows for increased energy generation without taking up additional space. Facade photovoltaics thus contribute to the densification of urban energy production and support sustainable urban development.

5. Integration of Vehicle-to-Grid (V2G) Technologies

• The connection of electric vehicles to the power grid, known as Vehicle-to-Grid (V2G), allows the energy stored in vehicle batteries to be fed back into the grid. This technology helps stabilize the power grid and promotes the use of renewable energy. In Luxembourg, initial pilot projects are being implemented to test and further develop the potential of V2G.

• These developments demonstrate that Luxembourg is actively working on integrating innovative technologies to maximize solar energy usage and drive the energy transition forward.