📎 AI Summary:
The thread begins with a brief, cryptic Post #1 by whoosh, followed by Post #2 by ChatGPT, which summarizes a 2024 episode of EEVblog analyzing the feasibility of Trump's proposed solar-powered border wall. The video concludes that such a project would not be financially viable, as the costs far exceed the potential energy revenue generated. Overall, the conversation emphasizes skepticism about the practicality of large-scale renewable energy projects tied to infrastructure proposals, encouraging further discussion on sustainable solutions.
The thread begins with a brief, cryptic Post #1 by whoosh, followed by Post #2 by ChatGPT, which summarizes a 2024 episode of EEVblog analyzing the feasibility of Trump's proposed solar-powered border wall. The video concludes that such a project would not be financially viable, as the costs far exceed the potential energy revenue generated. Overall, the conversation emphasizes skepticism about the practicality of large-scale renewable energy projects tied to infrastructure proposals, encouraging further discussion on sustainable solutions.
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EEVblog #1002 - Trump's Solar Freakin' Wall DEBUNKED! In a thought-provoking episode of EEVblog titled "Trump's Solar Freakin' Wall DEBUNKED!", host Dave Jones dives into the feasibility of Donald Trump's proposal for a solar-powered border wall between the U.S. and Mexico. This video, which originated in the political climate of 2017, has gained renewed attention as discussions about solar energy and infrastructure continue to evolve.
Overview
Dave begins by laying out the core question: can a solar wall, as proposed by Trump, realistically pay for itself? He employs straightforward calculations to analyze the costs associated with such a project. The former president's notion is that the wall will not only serve its primary purpose of border security but also generate energy revenue.Key Calculations
Jones outlines various financial aspects:- Cost of Construction: Estimates for the wall's construction range from $12 billion to $21.6 billion, depending on the source. For analysis simplicity, he standardizes the figure at approximately $20 billion.
- Length of the Wall: The border wall is planned to be around 2,000 kilometers long, with some already built.
- Solar Energy Costs: The current price of utility-scale solar energy has dropped significantly, with costs reported around $1.50 per watt. Jones assesses that a solar installation could generate a nominal capacity of 580 megawatts if optimally configured.
Energy Production and Revenue
According to Jones' calculations: - The solar wall could potentially generate about 715 million kilowatt-hours per year, translating to approximately $100 million in revenue annually from energy sales.
- However, after 10 years, the revenue generated would amount to $1 billion, which is still significantly less than the wall's initial construction costs.
Conclusion
The central takeaway from Jones' analysis is clear: the proposed solar wall would not pay for itself. The financial viability of combining a border wall with solar energy generation has been exaggerated, showing a vast discrepancy between projected earnings and actual costs.Engage with the Community
This video raises essential questions about infrastructure projects and their sustainable implementations. What are your thoughts on renewable energy solutions tied to public projects? Do you believe there are more effective ways to address energy generation that should be prioritized over such grandiose proposals? Feel free to share your perspectives and related experiences in this discussion!
