Illustration - Energy Infrastructure - North Sea

Illustration - Energy Infrastructure - North Sea

ALMERE - High-voltage pylons are pylons in the high-voltage grid to which the cables are attached, transmitting quantities of electrical energy over relatively large distances in the landscape. Consumers are increasingly affected by congestion on the power grid. Particularly in the polders and in older urban districts and villages, obsolete parts of the power grid cannot cope with the growth in the number of solar panels robin utrecht

  • Product Code
  • ILEA001686801
  • Registered date
  • 2023/9/05 00:00:00
  • Credit
  • Abaca Press / Kyodo News Images
  • Media source
  • Utrecht Robin/ABACA
  • Media size
  • 8256 × 5504 pixel
  • Resolution
  • 300 dpi
  • Deployment size
  • 2.85(MB)*
  • Special instruction
  • Netherlands and Germany Out

*File size when opened in Photoshop, etc.

Similar Images & Videos
    Power Grid Congestion - The Netherlands

    Power Grid Congestion - The Netherlands

    Illustration of high-voltage pylons and wind turbines with mesmerising sunset landscape in Hoek van Holland, The Netherlands on March 6, 2024. Both high-voltage pylons and wind turbines serve as crucial components of the Netherlands' power grid, transmitting electrical energy across vast distances in the landscape. However, the grid is facing increasing congestion, particularly in older urban areas, villages, and polders, where outdated infrastructure struggles to accommodate the growing number of solar panels. Alliander, the parent company of grid operator Liander, has warned that the grid is so overloaded that temporary overloads are necessary to meet energy demands, leading to flickering lights and power outages for consumers. This congestion is exacerbated by sustainability measures, such as the installation of 1 million heat pumps and the proliferation of electric cars and solar panels, which strain the grid's capacity. Despite efforts to return generated power to the grid, the current infrastructure is
      Power Grid Congestion - The Netherlands

      Power Grid Congestion - The Netherlands

      Illustration of high-voltage pylons and wind turbines with mesmerising sunset landscape in Hoek van Holland, The Netherlands on March 6, 2024. Both high-voltage pylons and wind turbines serve as crucial components of the Netherlands' power grid, transmitting electrical energy across vast distances in the landscape. However, the grid is facing increasing congestion, particularly in older urban areas, villages, and polders, where outdated infrastructure struggles to accommodate the growing number of solar panels. Alliander, the parent company of grid operator Liander, has warned that the grid is so overloaded that temporary overloads are necessary to meet energy demands, leading to flickering lights and power outages for consumers. This congestion is exacerbated by sustainability measures, such as the installation of 1 million heat pumps and the proliferation of electric cars and solar panels, which strain the grid's capacity. Despite efforts to return generated power to the grid, the current infrastructure is
        Power Grid Congestion - The Netherlands

        Power Grid Congestion - The Netherlands

        Illustration of high-voltage pylons and wind turbines with mesmerising sunset landscape in Hoek van Holland, The Netherlands on March 6, 2024. Both high-voltage pylons and wind turbines serve as crucial components of the Netherlands' power grid, transmitting electrical energy across vast distances in the landscape. However, the grid is facing increasing congestion, particularly in older urban areas, villages, and polders, where outdated infrastructure struggles to accommodate the growing number of solar panels. Alliander, the parent company of grid operator Liander, has warned that the grid is so overloaded that temporary overloads are necessary to meet energy demands, leading to flickering lights and power outages for consumers. This congestion is exacerbated by sustainability measures, such as the installation of 1 million heat pumps and the proliferation of electric cars and solar panels, which strain the grid's capacity. Despite efforts to return generated power to the grid, the current infrastructure is
          Power Grid Congestion - The Netherlands

          Power Grid Congestion - The Netherlands

          Illustration of high-voltage pylons and wind turbines with mesmerising sunset landscape in Hoek van Holland, The Netherlands on March 6, 2024. Both high-voltage pylons and wind turbines serve as crucial components of the Netherlands' power grid, transmitting electrical energy across vast distances in the landscape. However, the grid is facing increasing congestion, particularly in older urban areas, villages, and polders, where outdated infrastructure struggles to accommodate the growing number of solar panels. Alliander, the parent company of grid operator Liander, has warned that the grid is so overloaded that temporary overloads are necessary to meet energy demands, leading to flickering lights and power outages for consumers. This congestion is exacerbated by sustainability measures, such as the installation of 1 million heat pumps and the proliferation of electric cars and solar panels, which strain the grid's capacity. Despite efforts to return generated power to the grid, the current infrastructure is
            Power Grid Congestion - The Netherlands

            Power Grid Congestion - The Netherlands

            Illustration of high-voltage pylons and wind turbines with mesmerising sunset landscape in Hoek van Holland, The Netherlands on March 6, 2024. Both high-voltage pylons and wind turbines serve as crucial components of the Netherlands' power grid, transmitting electrical energy across vast distances in the landscape. However, the grid is facing increasing congestion, particularly in older urban areas, villages, and polders, where outdated infrastructure struggles to accommodate the growing number of solar panels. Alliander, the parent company of grid operator Liander, has warned that the grid is so overloaded that temporary overloads are necessary to meet energy demands, leading to flickering lights and power outages for consumers. This congestion is exacerbated by sustainability measures, such as the installation of 1 million heat pumps and the proliferation of electric cars and solar panels, which strain the grid's capacity. Despite efforts to return generated power to the grid, the current infrastructure is
              Power Grid Congestion - The Netherlands

              Power Grid Congestion - The Netherlands

              Illustration of high-voltage pylons and wind turbines with mesmerising sunset landscape in Hoek van Holland, The Netherlands on March 6, 2024. Both high-voltage pylons and wind turbines serve as crucial components of the Netherlands' power grid, transmitting electrical energy across vast distances in the landscape. However, the grid is facing increasing congestion, particularly in older urban areas, villages, and polders, where outdated infrastructure struggles to accommodate the growing number of solar panels. Alliander, the parent company of grid operator Liander, has warned that the grid is so overloaded that temporary overloads are necessary to meet energy demands, leading to flickering lights and power outages for consumers. This congestion is exacerbated by sustainability measures, such as the installation of 1 million heat pumps and the proliferation of electric cars and solar panels, which strain the grid's capacity. Despite efforts to return generated power to the grid, the current infrastructure is
                Power Grid Congestion - The Netherlands

                Power Grid Congestion - The Netherlands

                Illustration of high-voltage pylons and wind turbines with mesmerising sunset landscape in Hoek van Holland, The Netherlands on March 6, 2024. Both high-voltage pylons and wind turbines serve as crucial components of the Netherlands' power grid, transmitting electrical energy across vast distances in the landscape. However, the grid is facing increasing congestion, particularly in older urban areas, villages, and polders, where outdated infrastructure struggles to accommodate the growing number of solar panels. Alliander, the parent company of grid operator Liander, has warned that the grid is so overloaded that temporary overloads are necessary to meet energy demands, leading to flickering lights and power outages for consumers. This congestion is exacerbated by sustainability measures, such as the installation of 1 million heat pumps and the proliferation of electric cars and solar panels, which strain the grid's capacity. Despite efforts to return generated power to the grid, the current infrastructure is
                  Power Grid Congestion - The Netherlands

                  Power Grid Congestion - The Netherlands

                  Illustration of high-voltage pylons and wind turbines with mesmerising sunset landscape in Hoek van Holland, The Netherlands on March 6, 2024. Both high-voltage pylons and wind turbines serve as crucial components of the Netherlands' power grid, transmitting electrical energy across vast distances in the landscape. However, the grid is facing increasing congestion, particularly in older urban areas, villages, and polders, where outdated infrastructure struggles to accommodate the growing number of solar panels. Alliander, the parent company of grid operator Liander, has warned that the grid is so overloaded that temporary overloads are necessary to meet energy demands, leading to flickering lights and power outages for consumers. This congestion is exacerbated by sustainability measures, such as the installation of 1 million heat pumps and the proliferation of electric cars and solar panels, which strain the grid's capacity. Despite efforts to return generated power to the grid, the current infrastructure is
                    Power Grid Congestion - The Netherlands

                    Power Grid Congestion - The Netherlands

                    Illustration of high-voltage pylons and wind turbines with mesmerising sunset landscape in Hoek van Holland, The Netherlands on March 6, 2024. Both high-voltage pylons and wind turbines serve as crucial components of the Netherlands' power grid, transmitting electrical energy across vast distances in the landscape. However, the grid is facing increasing congestion, particularly in older urban areas, villages, and polders, where outdated infrastructure struggles to accommodate the growing number of solar panels. Alliander, the parent company of grid operator Liander, has warned that the grid is so overloaded that temporary overloads are necessary to meet energy demands, leading to flickering lights and power outages for consumers. This congestion is exacerbated by sustainability measures, such as the installation of 1 million heat pumps and the proliferation of electric cars and solar panels, which strain the grid's capacity. Despite efforts to return generated power to the grid, the current infrastructure is
                      Power Grid Congestion - The Netherlands

                      Power Grid Congestion - The Netherlands

                      Illustration of high-voltage pylons and wind turbines with mesmerising sunset landscape in Hoek van Holland, The Netherlands on March 6, 2024. Both high-voltage pylons and wind turbines serve as crucial components of the Netherlands' power grid, transmitting electrical energy across vast distances in the landscape. However, the grid is facing increasing congestion, particularly in older urban areas, villages, and polders, where outdated infrastructure struggles to accommodate the growing number of solar panels. Alliander, the parent company of grid operator Liander, has warned that the grid is so overloaded that temporary overloads are necessary to meet energy demands, leading to flickering lights and power outages for consumers. This congestion is exacerbated by sustainability measures, such as the installation of 1 million heat pumps and the proliferation of electric cars and solar panels, which strain the grid's capacity. Despite efforts to return generated power to the grid, the current infrastructure is