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    15 commenti

    1. Straight_Ad2258 on

      TLDR: solar components( modules, inverters, frames for supporting the pannels) got cheaper faster than expected, but also the company managed to bundle the orders for different projects, and the approval procedure was simplified

      this are all things that can be repeated for other projects as well

      >The basis for this was the strategic procurement of the components and the required services through purchasing, for example by bundling orders across projects,” EnBW announced. Close coordination with the general contractor and the rapid approval processes, such as the substation, would also have avoided costly delays.

    2. Straight_Ad2258 on

      meanwhile, newer nuclear projects have costs overrun easily above 100%

      countries that built nuclear reactors in the past were right( France), those that build it now pay higher costs even adjusted for inflation

      if France was to build its reactor fleet from scratch today, the costs would easily be 50% higher than in the 1970s, even adjusted for inflation

      problem with nuclear was and will always be the lack of economies of scale for parts production and its highly specialized labor force

      every nuclear plant is like a work of art , unique, with little standardization passing on from project to project

      meanwhile solar park assemblers mostly relly on low skill labor that they often pay close to minimum wage, because the work is just so simple and monotone

      which makes standardization easier, as prefab parts are used more and more , and even robot installing solar pannels are starting to be used

      automation alone can cut the costs of solar parks in the future by another 30-40% , and unlike nuclear reactors, its easy to automate installing some pannels on a frame

    3. Every project can be delivered cheaper than planned. It’s not because solar is somehow better.

      Yet, the problem of solar are not overcome. You still need costly gas-peaker plant to produce energy when this fields are not (and at increasing costs as you are using them lesser and lesser, thus having less base to spread the fixed costs)

    4. Straight_Ad2258 on

      also, lol

      >**As part of the construction of the photovoltaic power plant, EnBW said that it also implemented various compensatory and replacement measures to protect and promote the local flora and fauna. For example, it was important to the municipality to preserve the existing orchard trees. EnBW also planted around 750 additional shrubs and trees and created 30 ponds.**

      i live environmental protection, but mandating the company does stuff like create 30 ponds to compensate for the loss of “biodiverse land” is so unnecessary

      do coal mining firms pay out of their pocket to restore former coal mines or compensate for their landscape destruction?

      **in** German state **NRW , the state spends like 200 million euros out of pocket every year to pump water out of the ground to prevent cities from sinking, because decades of coal mining have sunk many populated regions**

      [https://www.reddit.com/r/todayilearned/comments/16omx4e/til_that_in_some_parts_of_ruhr_region_germany_the/](https://www.reddit.com/r/todayilearned/comments/16omx4e/til_that_in_some_parts_of_ruhr_region_germany_the/)

      we treat solar, wind and nuclear plants to a far higher standard than we treated fossil fuel plants, making the costs of clean energy artificially higher

    5. cactus_toothbrush on

      It’s amazing solar is still getting cheaper and will continue to do so. Modules are about 23% efficient now but there’s back contact modules coming to market (Longi) with 25-27% efficiency in the next few years and tandem modules coming to market with 25%-30% (Oxford PV, Q Cells, Trina etc.) efficiency in the next 5 years with the potential to get up to 40% in the next decade.

    6. This has never ever happened before here in Germany. The government is on the verge of collapse and federal budget and project managers are jumping from rooftops out of desperation. People are preparing for violent riots as they are completely paralyzed and shocked by the fact, that anything in Germany has ever been done correctly.

    7. MidlandPark on

      That can’t be right, Nigel Farage says Renewables are more expensive and to blame for high bills. Surely he’s not lying????

    8. ndelano12 on

      Why are we wasting prime agricultural land to solar panels, while food & water shortages are increasing? If climate change is real and agricultural land will become scarce. Should we not strive for more sustainable solutions like roofs of parking lots & other infrastructuur, nuclear energy, Tidal Energy for example. This is a genuine question, i’m just curious. I just think this is such a waste of land, we should be focussing on providing food for the world and collecting water. Dessert countries have room for these types of solar fields, and their soil is not suitable for agriculture, as is their knowledge of agricultural, plus these countries are way less densely populated. Why not place these fields in dessert countries?

    9. GrumpyOldGeezer_4711 on

      If they need somewhere to put the remaining money then I have an accountnumber they can use…

    10. EchidnaWhich1304 on

      I’ve never heard this word underruns in Ireland is a mythical and unattainable

    11. Lapkonium on

      my psychologist: construction projects under budget are not real, they cant hurt you

      construction projects under budget:

    12. dat_9600gt_user on

      **The solar park in Langenenslingen remained about ten percent below the calculated costs. Also because the purchase of the components was cheaper and there were no delays in the realization of the photovoltaic power plant, which is now the largest in Baden-Württemberg.**

      Since the end of May, the photovoltaic power plant in Langenenslingen, Baden-Württemberg, has been connected to the high-voltage grid with an output of 80 megawatts and feeds solar power into the grid. On Monday, Prime Minister Winfried Kretschmann (Greens) came to the ceremonial opening. After all, it is by far the largest photovoltaic system in the state. It was implemented by the energy company EnBW.

      “In just five years, we were able to take this large-scale energy infrastructure project from the decision to install it to the electricity feed-in – on schedule and below the predicted costs,” said EnBW CEO Georg Stamatelopoulos at the inauguration. The energy company had calculated the costs for the project in the mid-double-digit million range. These were undercut by around ten percent. “The basis for this was created by the strategic procurement of the components and required services through purchasing, for example through the cross-project bundling of orders,” EnBW said. The close coordination with the general contractor and the fast approval processes, for example for the substation, have also avoided costly delays.

      According to EnBW, the construction phase of the solar park, in which 146,016 solar modules are installed, lasted more than a year. The energy company managed without government subsidies. The operation of the photovoltaic power plant is also to take place outside the EEG. The municipality will then also benefit from the revenues. In addition to the trade tax, it also receives a municipal tax, as EnBW further explained. The amount depends on the amount of electricity fed into the grid and the electricity market prices. EnBW expects an amount in the lower six-figure range that will flow annually to the municipality. People will also be able to participate in the photovoltaic system via a subordinated loan.

      In the course of the construction of the photovoltaic power plant, EnBW says it also took various compensatory and replacement measures to protect and promote the local flora and fauna. For example, the preservation of the existing orchard trees was important to the municipality. In addition, EnBW planted around 750 more shrubs and trees and created 30 ponds.

    13. tomba_be on

      Driving through Germany a few weeks ago, I was impressed by the number of solar parks visible from the highway.

      Somewhat confused to see barely any electric cars driven by Germans though: almost all of them were Belgian, Dutch or Danish. What are you doing with all that electricity?

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