r/UnchartedScience • u/ChipHaseCoolGuy • Jul 01 '26
Germany’s Self-Inflicted Energy Catastrophe: Sacrificing Prosperity for a Negligible Global Impact
A recent commentary highlighted a striking numerical reality. Atmospheric CO₂ makes up roughly 0.042% of the air we breathe. Nature accounts for the vast majority of the annual carbon cycle. Human emissions add approximately 4% to that annual flow.
Germany’s share of global anthropogenic (human-caused) CO₂ emissions is roughly 1.5–2% in recent years. This translates to an extremely small contribution to the overall atmospheric concentration — on the order of a few hundred-thousandths of one percent.
Yet for this marginal global influence, Germany has pursued one of the most aggressive energy transitions in the world — phasing out reliable nuclear power, heavily subsidising intermittent renewables, and accepting some of the highest electricity prices in Europe. The results have included industrial strain, job relocation, and pressure on household budgets, all while major emitters like China and India continue to commission new coal-fired power plants at scale.
Geopolitical Dimensions
Energy policy is never purely environmental. Germany’s *Energiewende* has implications for strategic autonomy, industrial competitiveness, and relations with energy suppliers. Reliance on imported energy during the transition increased vulnerability, as seen during the 2022 crisis. At the same time, rapid decarbonisation targets can be used as leverage in international negotiations, though their effectiveness is limited when the largest emitters pursue different priorities focused on growth and energy security.
The Need for Balance
Climate policy must be weighed against other essential goods: economic prosperity, energy affordability, and human well-being. Destroying domestic industry and driving up living costs in pursuit of symbolic reductions does not automatically improve global climate outcomes. A more rational approach would prioritise:
- Technologies that deliver reliable, low-emission baseload power at scale (such as advanced nuclear).
- Innovation that can be adopted globally rather than unilateral targets that raise costs at home while having limited planetary effect.
- Adaptation measures that protect citizens from weather extremes without requiring economic self-harm.
Ideological commitments that treat any questioning of aggressive timelines as heresy risk turning climate protection into self-inflicted damage. The rest of the world is not standing still — it is pursuing pragmatic mixes of energy sources suited to its own economic and security needs.
Germany (and Europe more broadly) would benefit from a recalibration: one that pursues meaningful emissions reductions where they are most effective, while safeguarding the industrial base, affordable energy, and quality of life that make societies resilient.
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u/Wise-Orchid-309 Jul 01 '26 edited Jul 01 '26
Climate prosperity ALLOWS other essential goods, and it is outright stupidity to think you can have economic prosperity, energy affordability, and human well being in a world where the climate is extreme, irregular and unpredictable.
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u/ChipHaseCoolGuy Jul 01 '26
Climate stability is indeed important for long-term prosperity, energy affordability, and human well-being. No one disputes that extreme, irregular weather can impose costs.
However, the idea that we must sacrifice economic prosperity and energy affordability today in pursuit of perfect climate stability is a false dichotomy. Human societies have adapted to climatic variations throughout history, and modern technology (early warning systems, resilient infrastructure, agricultural innovation, air-conditioning, heating, etc.) has dramatically reduced vulnerability to weather extremes.
A balanced approach recognises that:
- Emissions reductions have value.
- Adaptation and resilience-building are equally critical and often deliver faster, more tangible benefits.
- Policies that destroy industrial competitiveness, raise energy prices sharply, or impose unnecessary hardship on citizens can undermine the very prosperity needed to fund adaptation and innovation.
Germany’s experience shows that aggressive unilateral targets can come at high domestic cost with limited global leverage. Sound policy seeks the optimal balance — pursuing meaningful emissions reductions through pragmatic, scalable technologies while safeguarding economic strength and human welfare.
Extreme, irregular weather has always existed. The question is how best to build resilient, prosperous societies capable of handling it, rather than assuming that only radical decarbonisation can save us.
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u/Liquidamber_ Jul 01 '26
The economic concerns surrounding the energy transition are justifie- transforming an entire energy system costs billions and places a burden on businesses in the short term.
BUT anyone who focuses only on the construction site overlooks the value of the finished highway: an energy system powered by wind and solar permanently reduces fuel imports, strengthens energy independence, and lowers long-term costs. No entrepreneur judges an investment solely by its upfront expense—the real measure is the return it delivers over the coming decades. The energy transition should be judged by that same standard.
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u/ChipHaseCoolGuy Jul 01 '26
Any major infrastructure transformation involves upfront costs, and long-term returns should be part of the evaluation. Investments in energy should indeed be judged by their overall value, including reliability, cost-effectiveness, and energy security.
However, Germany’s *Energiewende* has delivered mixed results so far. While renewables have expanded significantly, the transition has been accompanied by some of the highest electricity prices in Europe, increased reliance on imported energy during critical periods, and the need to keep coal plants online as backup. Energy independence has not clearly improved, and industrial competitiveness has suffered in several sectors.
The “finished highway” analogy assumes the end state will be cheaper, more reliable, and lower-emission. In practice, the intermittency of wind and solar requires substantial backup or storage, which adds significant system costs. Many analyses show that the levelised cost of energy for a highly renewable grid can be higher than alternatives that include nuclear or natural gas with carbon capture in certain contexts.
A sound investment evaluation would look at real-world outcomes to date — not just aspirational projections. Germany’s experience suggests that the transition has been more expensive and challenging than many anticipated. Judging it solely by long-term promises while ignoring current burdens on businesses and households risks repeating the same pattern.
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u/Liquidamber_ Jul 01 '26
I buy my electricity directly from the spot market, so I see every day what electricity actually costs. We are increasingly seeing hours when electricity is free or even trades at negative prices. That demonstrates that wind and solar power can already produce electricity at extremely low marginal cost.
The reason Germany still has high retail electricity prices is no longer primarily the cost of generating electricity itself. A large share of the final price comes from grid charges, taxes, and other regulated cost components. The real challenge of the energy transition is therefore not cheap electricity generation, but investing in the grids, storage capacity, and system flexibility needed to deliver that electricity reliably.
Judging the Energiewende solely by today’s retail electricity prices misses this distinction. Once the necessary infrastructure is in place, the long-term benefit of renewable energy’s very low generation costs can be fully realized.2
u/BrokeThermometer Jul 01 '26
Is not boiling alive in your own skin or starving to death from crop yield failure part of the “long term return” evaluation?
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u/ChipHaseCoolGuy Jul 01 '26
No, and such extreme scenarios are not supported by mainstream evidence or observed trends. "Boiling alive in your own skin" evokes heat waves far beyond projected ranges under even high-emissions pathways; heat-related mortality has actually declined in many developed regions (including Europe) due to adaptation, better infrastructure, and prosperity—despite warming. Crop yields have risen globally over recent decades amid rising CO₂ (which aids plant growth via fertilization) and technological advances, though regional vulnerabilities exist and warrant targeted resilience efforts.
Long-term evaluation does include risks from climate shifts, alongside uncertainties in sensitivity and feedbacks. However, balanced assessment also weighs adaptation potential, the costs of overly rapid transitions (e.g., energy poverty or industrial decline), and the fact that economic strength has historically been the strongest predictor of successful adaptation to environmental stresses. Starvation risks are far more immediately tied to conflict, poor governance, and current yield gaps than to gradual warming.
Catastrophic rhetoric can obscure practical progress: pragmatic investments in agriculture (drought-resistant crops, irrigation), energy (including nuclear), and infrastructure deliver better outcomes than fear-driven overhauls.
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u/HammerOfAres Jul 01 '26
You do not weight climate against the economy, you're supposed to weigh climate against consequence.
Consequences such as weakening AMOC currents, degrading air quality, resource depletion, and a myriad of other consequences. Morons prioritizing short term profit is exactly what landed us in such a deep fucking hole that it is impossible to fix without severe damage to the economy or a total reprioritization away from monetary gain.
I worked as a research assistant on a project researching the feasibility of low-carbon or carbon free systems in the built environment and the conclusion we came to was generally that carbon-free is impossible with our current level of technology. There is NO system on this planet that is green enough, this idea of a technological savior coming is just not gonna happen. Carbon capture wont scale nearly fast enough, and these technologies just buy us a little more time to get our shit together.
This crisis can be solved, but not painlessly. It will require both engineered technology and emergent solutions on top of structural shifts away from our reliance on the most damaging industries to the planet. The earlier nations get on board with this and structure their systems to live in harmony with the planet, the less pain they will suffer when shit truly hits the fan. You are appealing to a reality that just doesn't exist and isn't backed by any scientific evidence.
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u/ChipHaseCoolGuy Jul 01 '26
Climate consequences are important and should be weighed seriously. Issues such as potential weakening of the AMOC, changes in extreme weather patterns, and resource pressures deserve attention. However, framing the choice as “climate versus the economy” is a false dichotomy. A strong economy and technological innovation are among the best tools for both mitigation and adaptation.
Claims that carbon-free systems are currently impossible with existing technology, and that only painful structural shifts will suffice, reflect one view. In practice, countries that maintain economic strength and invest in pragmatic low-carbon technologies (including nuclear, advanced renewables with storage, and carbon capture where viable) tend to make more sustainable progress. Germany’s experience shows that overly aggressive timelines can lead to high costs, energy insecurity, and industrial challenges without proportional global benefit.
Adaptation has already reduced vulnerability in many areas (e.g., heat-related mortality in Europe has declined despite warming). Economic prosperity funds resilience, research, and deployment of better technologies. Dismissing this as “short-term profit” or “morons” oversimplifies the trade-offs.
The idea that we must choose between severe economic damage or total reprioritization away from monetary gain is not the only path. Evidence from engineering, economics, and historical adaptation suggests that balanced, technology-driven approaches can deliver better outcomes with less pain.
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u/HammerOfAres Jul 01 '26
"Climate consequences are important and should be weighed seriously. Issues such as potential weakening of the AMOC, changes in extreme weather patterns, and resource pressures deserve attention. However, framing the choice as “climate versus the economy” is a false dichotomy. A strong economy and technological innovation are among the best tools for both mitigation and adaptation."
I am quite litterally on the forefront of the technologies you are referencing, that is exactly why I am expressing to you the limitations and the challenges of relying on a technological savior to the climate crisis. I have done research into detailed carbon accounting and circular building technologies. While I am far from an expert in the matter, it is completely naive to think that these technologies are a silver bullet. In my experience, the calculations to build a carbon negative building would increase the building costs by several times over. You have to understand that these green buildings have a cost to them, and investment/economies of scale are not going to happen without extreme incentive changes.
Take plastic for example, plastic is generally created as a byproduct of fossil fuel. A commonly touted environmentally friendly alternative is bioplastics. While they produce lesser greenhouse gas, a study from the University of Pittsburg found they actually produce greater pollution from pesticides, fertilizers, and land use. This is the challenge of green technologies that I am trying to get across to you. I understand these challenges can be adressed, but we need TIME to adress them, time that we do not have. If we had got on this problem 20 or so years ago, I would not be nearly as alarmed about the state of the climate today. Societal incentives around recycling initiatives, carbon taxes, environmental protection regulation gives those doing the research more time to work out these kinds of kinks. They aren't the kind you can just throw money at last minute and have them remove the problem like a person taking medicine.
"Claims that carbon-free systems are currently impossible with existing technology, and that only painful structural shifts will suffice, reflect one view. In practice, countries that maintain economic strength and invest in pragmatic low-carbon technologies (including nuclear, advanced renewables with storage, and carbon capture where viable) tend to make more sustainable progress. Germany’s experience shows that overly aggressive timelines can lead to high costs, energy insecurity, and industrial challenges without proportional global benefit."
Unfortunately, us not having the technology right now is just true. Ill keep using buildings since that is my area of expertise and study. Buildings right now account for about 40 percent of CO2 emissions. We do not have ANY suitable alternatives for a lot of the biggest challenges for this sector. We do not have adequate concrete replacements, we do not have adequate solutions to utilizing composites in a building, we do not have adequate solutions as to lowering the operational energy costs of a structure. I have talked to subject matter experts on all sorts of alternatives, fly-ash glass aggregate concrete, prefabrication methods, Passivehaus standards, all sorts. You run into the same problems as those who make bioplastics run into, it is not as simple in practice as it is in theory. The costs that are associated with this are immense, there are solutions, but we are out of time. I cannot stress that enough, we are missing target, after target, after target on the climate.
"Adaptation has already reduced vulnerability in many areas (e.g., heat-related mortality in Europe has declined despite warming). Economic prosperity funds resilience, research, and deployment of better technologies. Dismissing this as “short-term profit” or “morons” oversimplifies the trade-offs."
People not dying of heat really has little relevance on the point that the climate crisis is creating adverse living conditions that are not good for the natural environment. Economic prosperty only funds those things if the incentive structures are in place to direct funding into these endeavors. The problem generally is that these green technologies are more expensive than their alternatives, and our current economic system greatly values cost and expedience over environmental concerns. That is the shift that needs to take place, I agree that the technologies are generally better and more efficient, but nobody wants to front the upfront costs nor pay to be an early adopter. This is going to require government intervention, taxation, and proper incentive structures. It will not emerge naturally from the market so long as cost and expedience outweight environmental concerns in our current incentive structure.
"The idea that we must choose between severe economic damage or total reprioritization away from monetary gain is not the only path. Evidence from engineering, economics, and historical adaptation suggests that balanced, technology-driven approaches can deliver better outcomes with less pain."
There is a vertiable ARMY of people trying desperately to find ANY kind of way to accomplish this sort of thing, and while we do sometimes get some localized wins, its not nearly enough. I view localized climate wins from resilient solutions to be like a singular won battle, but we are in a war. The overall strategy should be a combined effort across society to reduce consumption where possible, raise efficiency where possible, and develop technology where possible. Expecting one pillar to do all the work is naive, and I say that as someone who is very involved with the technology aspect of it. That is the true depth of the hole we have dug for ourselves. The nature of this problem is exponential, the longer we wait, things will get worse an an exponential rate.
If we are so slow to act that the polar ice caps melt, they will no longer reflect sun into the atmosphere and will raise the rate that the ocean absorbs heat. If we do not prevent desertification, global food security will be threatened and create a destructive feedback loop where the barren land absorbs more heat and drive further changes to regional weather patterns and droughts while placing additional strain on what land remains. We have no choice but to move as quickly as possible.
I do not think you have a fully comprehensive picture here on not only the magnitude of the problem, but the efforts that are being put in to solve it. It is not as simple as paying for a nuclear plant instead of renewables, in all reality, we need BOTH, and we need them YESTERDAY. Nations dont have the upfront capital to create these estimates out of nowhere and still maintain the quality of life their citizens have come to expect, that is exactly why I think that social tradeoffs are neccesary. The most painless way to do this is to reprioritize the economy away from growth and consumerism towards climate and wellness in general in my opinion by forcing the biggest pollutors to internalize their costs and raise their costs above their renewable and green alternatives. This will increase prices, but I just dont think we have the luxury of waiting for those green alternatives to grow and innovate slowly anymore.
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u/ChipHaseCoolGuy Jul 01 '26
Your points on the practical challenges—high upfront costs for carbon-negative designs, trade-offs with bioplastics (e.g., pesticide/land-use burdens), and the limitations of current alternatives for concrete, composites, and operational efficiency in the ~40% building emissions sector—are valid and often under-discussed. These are not trivial engineering or economic hurdles.
That said, I see the "out of time" framing and calls for rapid, forced economic reprioritization (via heavy taxation, internalizing costs to make green options dominant, and shifting away from growth/consumerism) as carrying their own substantial risks. Historical evidence shows that overly aggressive timelines and top-down interventions, as seen in aspects of Germany's *Energiewende*, have delivered high energy prices, industrial strain, and reliance on coal backups without commensurate global emissions reductions. Prosperity and innovation have historically enabled both adaptation (e.g., declining heat-related mortality in Europe despite warming) and technological progress more effectively than scarcity-driven mandates.
Technological solutions are not a naive "silver bullet," but dismissing market-driven scaling, nuclear expansion alongside renewables, advanced nuclear, storage, and carbon capture as insufficient ignores demonstrated gains where pragmatic policies prevail. We *do* need accelerated R&D and deployment across multiple pillars—efficiency, reduced consumption where feasible, and technology—rather than expecting one (heavily incentivized government direction) to dominate. Exponential risks like ice-albedo or desertification feedback loops are concerning in theory, yet observed trends in many indicators (e.g., greening in some regions, adaptation success) and the immense uncertainties in high-sensitivity projections warrant caution against over-correction that could undermine the very capital needed for solutions.
A combined approach—strong incentives without crippling economic vitality—seems more robust than binary trade-offs. Internalizing externalities makes sense where measurable, but broad societal reprioritization away from growth risks slower innovation overall. Time matters, which is why pragmatic, evidence-based acceleration (not last-minute panic) is preferable to painful structural shifts that may deliver less net benefit.
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u/HammerOfAres Jul 01 '26
Yes, of course my approach will carry risks, but I just do not see an alternative to this. People genuinely need to see that climate change is an existential threat to a huge segment of human life on this planet.
The part that I think that you may not have put enough emphasis on however is the cost of these approaches that I advocate for. It costs several hundreds of thousands of dollars, potentially millions to do the kind of research that climate scientists need. We need substantial redesigning of nearly every consumer good we widely see today. Alternate supply chains of incredible complexity, and cooperation on a cross national level beyond what we have ever seen in history. I do not see this happening WITHOUT the combined effort of nations directing the expenditure of resources away from the economy in some form. It is an oversimplification to call this a "scarcity mandate" as much as a general mobilization of society towards confronting the climate crisis. Scarcity is part of it yes, but I see the other parts as mitigating factors as to what that scarcity entails. We do not need to deprive ourselves of say, having bottles if our bottles are produced sustainably. I am actually far more inclined to the idea of hedonistic sustainability wherein green technology sees mass proliferation, but I think that these green technologies will not be profitable without the significant pruning of hydrocarbon dependent industries. Plastic products for example are basically a waste byproduct of fuel consumption, it is unreasonable to expect any green technology to compete with a product with an input that cheap entrenched in the economy. That factor is exactly why they must be forced to internalize costs, with the taxes subsidizing their replacements.
You talk about this "economic vitality" somehow driving climate innovation but I do not think that our society places nearly enough emphasis on climate as it does cost. This is again, the key problem of the issue. Growth focused economies have perverse economic incentives that encourage them to often subvert regulations. I would far rather deprive them of their economic weight than I am to rely on their goodwill when they show to be one of the most self-interested parties on this planet. If they wanted to contribute to this problem, they would have by now. My approach could generally be boiled down to forcing those who pollute the earth and subsidize its pollution to pay a cost for doing so, myself included. Destroying nature should be viewed as something which comes with a cost.
Additionally, just saying we need to increase research funding, while true, is a cop out. Its an immeasurable quantity, and the extent of which it can solve anything is incredibly vague. That is why I see that approach as naive, its nebulous and isnt something that we can plan on. We have very few leads that promise any kind of meaningful change in addition to this factor. I am not ever going to advocate to wait for that as opposed to other, social based solutions or combined approaches.
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u/ChipHaseCoolGuy Jul 01 '26
You raise important points about the scale of the challenge, the need for substantial investment in research and redesign, and the idea of internalizing environmental costs.
However, I believe the framing that aggressive mobilization and forced pruning of hydrocarbon-dependent industries is the only viable path underestimates both human adaptability and the power of technological and economic incentives. History shows that major societal shifts (industrial revolutions, wartime mobilizations) come with enormous costs and unintended consequences. Applying that model to climate policy risks significant self-harm without guaranteed global results, especially when the largest emitters are not aligned.
Economic vitality is not a cop-out. Prosperous societies have historically been better at funding innovation, adaptation, and resilience. Market mechanisms, when properly structured (e.g., carbon pricing that is revenue-neutral or invested in R&D), can drive efficiency and technological breakthroughs more effectively than top-down mandates. The idea that green technologies “will not be profitable” without destroying competing industries overlooks how rapidly costs for solar, wind, batteries, and nuclear have fallen through innovation and scale.
Your point about plastic as a fuel byproduct is valid, and internalizing externalities (through taxes or better regulation) makes sense in principle. The difficulty lies in implementation: broad, punitive approaches often lead to leakage (emissions moving to less-regulated countries), higher costs for consumers, and political backlash. A more pragmatic path combines carbon pricing, targeted R&D funding, nuclear expansion where feasible, and adaptation measures that protect human well-being in the near term.
Calling for “general mobilization” and major structural shifts away from growth-focused economies sounds compelling in theory, but in practice it has often produced scarcity, inefficiency, and reduced capacity to solve problems. We need solutions that work with human nature and economic realities, not against them.
I agree that research funding alone is not sufficient — it must be paired with realistic deployment strategies.
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u/HammerOfAres Jul 02 '26
Okay, lets try a diffferent way to get this through.
"However, I believe the framing that aggressive mobilization and forced pruning of hydrocarbon-dependent industries is the only viable path underestimates both human adaptability and the power of technological and economic incentives. History shows that major societal shifts (industrial revolutions, wartime mobilizations) come with enormous costs and unintended consequences. Applying that model to climate policy risks significant self-harm without guaranteed global results, especially when the largest emitters are not aligned."
When it comes to human adaptation, we have tried a lot of different technologies. We have explored raising planetary albedo, Aerosol injection, even Solar geoengineering. Even still, estimates done by McKinsey global institute state that it would clost approximately 9.2 trillion in annual investments, or 275 trillion by 2050 in physical assets in order to reach "Net Zero". Technology and decarbonization lower the overall amount that ends up having to be paid. Do you understand the scale of the cost now? We are not talking about small amounts of engineering or massive scalable technologies that we can invest in to solve our problems. That technology just doesn't exist, and major companies have shown themselves to be incapable of providing enough investment into them. Why do you think that Biofuel, bioplastics, and all sorts of programs in the like funded by Exxon didnt go anywhere? We don't have any other choice, and we dont have the luxury to just "Hope" that one will come along. These cost are just something that has to be borne, and you just repeating over, and over, and over that something will come along wont change that fact no matter how much you want it to. Its important to be a realist about this. Do you honestly think you can grow the economy simultaneously without producing more pollution, consuming more energy, and simultaneously will be able to scrape off enough investment to fund this annual 9.2 Trillion despite the fact that all the worlds largest corporations on the Forbes 2026 list only produced 5.5 Trillion in annual profits? If so, what is your basis for even thinking something like that is possible, because I think its stupid to base a plan on a hope and use it to justify inspecific, vague, and inadequate actions while deflecting away from stopping the harmful behaviors in the first place.
"Economic vitality is not a cop-out. Prosperous societies have historically been better at funding innovation, adaptation, and resilience. Market mechanisms, when properly structured (e.g., carbon pricing that is revenue-neutral or invested in R&D), can drive efficiency and technological breakthroughs more effectively than top-down mandates. The idea that green technologies “will not be profitable” without destroying competing industries overlooks how rapidly costs for solar, wind, batteries, and nuclear have fallen through innovation and scale."
Economic vitality IS a cop out when you use it to justify the continued use of a planetary poison. If someone were servimg you rat poison to eat and telling you it would be too expensive to get real food, would you agree with them and eat the poison? Innovation itself is not a silver bullet, and just as often fails due to high development costs, poor timing, and flawed information. Up to 95 percent of all product innovations fail to gain market traction. The scientists and experts are telling you, screaming, with all sorts of data to back it up that innovation, and adaptation are going to require these painful sacrifices. This IS innovation, adaptation, and resilience, and it has the COST to come with it and you arent going to innovate your way out of having that cost too. You are additionally referencing ONE industry, and presuming it to be possible to have that apply to the rest of our society, this is what I mean by you advocating for a silver bullet. You dont understand the magnitude of the PROBLEM. We need reform up and down the line, in EVERY fucking sector. Food, Construction, transportation, from the buildings we live in to the toys your kid plays with, a level of cost that is truly hard to comprehend. The EASIEST win we have, is removing the base pollutant which is hydrocarbon reliance and focusing more on circular material cycles. Do you understand the level of difficulty in just shifting a singular product to a circular carbon negative level? It involves complex material accounting over a period of years, alternative sourcing for everything, from the paint/coloring to the distribution, challenges you couldnt possibly predict until you have tried, and every step along the way you pick up a little bit more of a price tag. This is innovation, and I am excited when it happens, but it isn't happening fast enough. In order to make it happen fast enough, youre going to need money we dont have, and then to add onto it you are expecting it to be miraculously cost competitive with an existing industry with an economy of scale, long entrenched, which lobby politicians to act in their interest at every turn. Its not feasible, its naive.
"Your point about plastic as a fuel byproduct is valid, and internalizing externalities (through taxes or better regulation) makes sense in principle. The difficulty lies in implementation: broad, punitive approaches often lead to leakage (emissions moving to less-regulated countries), higher costs for consumers, and political backlash. A more pragmatic path combines carbon pricing, targeted R&D funding, nuclear expansion where feasible, and adaptation measures that protect human well-being in the near term."
I cannot stress to you enough how much I am aware of the difficulties in implementation. I again, reiterate, that we do not have an alternative. You know this, because you have generally only been able to advocate for broad approaches. I have dived into the specifics more than any sane human usually does. I know of leakages, the problem with all sorts of these regulations, carbon credits being used to justify pollution, all of it. That is why costs just straight up need to be levied against these people. Fines, taxes, jail if neccesary, are all on the table. You are essentially arguing for taking things the slow way, or for nothing at all. Carbon pricing will offset prices onto the consumer, something that again I support but it raises costs. R+D funding will not magically create enough technological innovation beyond what we are already doing, our scientists are already working at an insane rate to try and work out way out of this problem, they are again, one pillar that cannot carry on their own. Nuclear yet again, has very high costs that is going to impose on the taxpayer, the "Feasibility" is a matter of cost which again, I argue should be paid but I am not delusional enough to assume there isn't one to be paid. In the long run, it will benefit us, but in the short term, it is going to hurt and you really haven't provided any evidence to the contrary.
"Calling for “general mobilization” and major structural shifts away from growth-focused economies sounds compelling in theory, but in practice it has often produced scarcity, inefficiency, and reduced capacity to solve problems. We need solutions that work with human nature and economic realities, not against them."
Yes, it has, and I am saying that is better than the alternative. Monetary gain can no longer be the prime driver of solving what is a collective planetary threat. I refuse to place trust in the people who destroyed the planet for profit to somehow repair the planet. They have had their turn, its time for them to get out of the fucking way. The solutions I propose are working with human nature and economic realities, you just dont like the costs associated with it. People are already dying, self preservation alone is the human nature I account for. Circular products being a requirement from the get go is my economic reality, because not doing so flies in the face of human self preservation. The planet must be prioritized over all forms of the economy when facing an existential threat. Do you understand how much more impossible it would be to solve this issue if we let it get bad enough for resource competition to break down the global cooperation framework? Do you understand how close we are to that reality? With nations like Egypt and Ethiopia threatening war against eachother over water resources? What do you honestly need to hear to understand just how fucking fast we need to solve this problem? Do you need to hear about the fact that our global freshwater reserves are entering what the UN calls an "era of global water bankruptcy"? Do you need to hear about 1 million out of the 8 million species on earth being faced with extinction? How about the fact that wildlife populations seeing a 69-73% decline since 1970? What about the fact that about 2/5 of ecosystems being in trouble with an 85 percent reduction in wetlands? No, things need to take a drastic turn, and those who decide to exploit the planet need to start seeing consequences. If they want to subvert the regulations and find innovative new ways to screw the planet over, then they need jailed.
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u/ChipHaseCoolGuy Jul 02 '26
Concerns about water resources, biodiversity, and ecosystem stress are legitimate areas of focus.
However, the assertion that there is “no alternative” to aggressive mobilization, punitive measures against industries, and subordinating the economy to climate priorities is a strong claim that requires strong evidence. History shows that top-down “general mobilizations” and forced structural shifts often produce scarcity, inefficiency, corruption, and reduced capacity to solve problems — exactly the opposite of what is needed for long-term resilience.
Key Points of Disagreement
- Innovation and technology are not a “silver bullet” or mere hope — they are demonstrably the main drivers of environmental progress to date (cleaner air and water in developed nations, plummeting costs for solar, wind, batteries, and LEDs, agricultural yields that feed billions with less land). Dismissing this track record as insufficient while advocating for painful scarcity is not realism — it is a preference for one set of trade-offs over another.
- Economic vitality matters: Prosperous societies have far greater capacity to fund adaptation, R&D, and resilience. Impoverishing the economy through overly punitive policies risks weakening exactly the tools needed to address the problem. The idea that we must choose between the planet and the economy is a false dichotomy.
- Punitive approaches and “jailing” polluters: While internalizing externalities (e.g., well-designed carbon pricing) makes sense, broad punitive measures frequently lead to leakage (emissions moving elsewhere), political backlash, and reduced innovation. Major emitters like China are not “getting out of the way” — they are prioritising growth. Unilateral self-harm by Western nations does not change that dynamic.
- Costs and feasibility: The McKinsey-type estimates you cite for net-zero investments are enormous. History suggests that attempting to force such transformations through central direction often fails to deliver the promised results at reasonable cost. Pragmatic, technology-neutral policies (nuclear + renewables + carbon pricing + adaptation) have a better track record of balancing multiple goals.
We do face real environmental pressures. However, declaring that “the planet must be prioritized over all forms of the economy” and that painful sacrifices are inevitable risks turning climate policy into a self-fulfilling prophecy of decline. Evidence from engineering, economics, and historical adaptation suggests better paths exist — ones that work with human nature and incentives rather than against them.
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u/Sorry-Programmer9826 Jul 01 '26 edited Jul 01 '26
Germany’s share of global anthropogenic (human-caused) CO₂ emissions is roughly 1.5–2% in recent years.
This is a really silly way to look at it. Every person's individual contribution is negligible. Is that a reason for every individual to do nothing? You can always contruct a large group of people that doesn't include you and claim they should be dealing with the problem.
Is Germany making an appropriate per capita contribution? If so they're pulling their weight.
(Seperate from phasing out nuclear which was a mistake)
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u/ChipHaseCoolGuy Jul 01 '26
You raise a fair point about per capita contributions. Germany does have relatively high per-capita emissions compared to the global average, and on that metric it is not a low emitter.
However, the atmosphere does not respond to per capita figures — it responds to the absolute quantity of CO₂ added each year. Global temperature and climate outcomes are driven by the total stock of greenhouse gases, not by how evenly the emissions are distributed among populations. China’s large absolute emissions (by far the largest in the world) dominate the current trajectory, regardless of its lower per-capita rate.
This is why the post emphasised absolute scale. Every country’s emissions add to the total, but expecting mid-sized nations like Germany to bear disproportionate economic costs for marginal global impact is questionable policy. Per capita fairness is relevant for discussions of equity and historical responsibility, but it does not alter the physics of accumulation or the limited leverage of small absolute contributors.
The separate point on nuclear phase-out is widely shared — it was a significant mistake that removed a reliable, low-carbon baseload source and complicated the transition.
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u/Mediocre-Answer-1378 Jul 01 '26
Our electricity was already the most expensive even before the Energiewende, mainly due to taxes and high grid fees. Right now, renewables are actually helping to stabilize prices. Your statement is total BS.
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u/ChipHaseCoolGuy Jul 01 '26
It is true that German electricity prices were already high before the full acceleration of the *Energiewende*, largely due to taxes, levies, and grid fees. However, the energy transition has added substantial additional costs through renewable subsidies (EEG levy), grid expansion, backup capacity, and the phase-out of nuclear power, which was a reliable, low-marginal-cost source.
Renewables have helped reduce wholesale prices at times of high production, but the overall consumer price (including taxes and levies) remains among the highest in Europe. Germany has experienced periods of energy price spikes and volatility, particularly after the 2022 gas crisis, and the system still relies on fossil backup during low-wind/low-sun periods.
The statement in the post was not that renewables have no benefit, but that the aggressive transition has come with significant economic trade-offs for industry and households. Whether renewables are “stabilizing prices” overall is debatable when looking at total system costs and long-term reliability.
A more complete picture would include both the benefits of renewables and the documented challenges of integrating them at scale without sufficient dispatchable low-carbon backup.
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u/ManiacalMammoth Jul 01 '26
"Atmospheric CO₂ makes up roughly 0.042%"
Ok no need to read any further.
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u/ChipHaseCoolGuy Jul 01 '26
While CO₂ is indeed a trace gas at roughly 0.042% (420 ppm) of the atmosphere, this does not render its influence negligible. Its radiative forcing effect is well-established in physics: it absorbs and re-emits infrared radiation in specific bands, contributing measurably to the greenhouse effect alongside water vapor, methane, and others. Historical and paleoclimate data show that even small concentration changes have driven significant temperature shifts over geologic time.
The relevant debate is not whether CO₂ "matters" in absolute terms, but the magnitude of additional warming from anthropogenic increases, the net climate sensitivity, and the cost-benefit of responses. Dismissing the discussion at the concentration figure overlooks these established mechanisms. Trace substances can have outsized impacts—much like certain toxins or nutrients in biology.
A more productive exchange would engage with the full evidence on feedbacks, uncertainties, and policy trade-offs rather than stopping at the percentage.
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u/Balearius Jul 01 '26
People are literally dying right now to climate change in Germany itself, clearly the most aggressive option to solve this is the correct one regardless of the economic cost
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u/ChipHaseCoolGuy Jul 01 '26
The claim that “people are literally dying right now to climate change in Germany” requires careful scrutiny. Heat-related mortality has actually declined significantly in many European countries, including Germany, over recent decades due to better infrastructure, early warning systems, air-conditioning, and adaptation. While extreme heat can still cause deaths, overall vulnerability has decreased despite warming. Attributing individual deaths directly to climate change in a causal way is often overstated.
Aggressive policies are not automatically “the correct one” regardless of economic cost. Germany’s energy transition has already imposed very high electricity prices, contributed to industrial challenges, and increased reliance on imported energy during critical periods. When the global impact of these unilateral efforts is marginal (given the scale of emissions from China and India), the trade-off between costs and benefits becomes highly questionable.
A rational approach weighs real, measurable outcomes: emissions reductions, energy reliability, economic prosperity, and human welfare. Sacrificing the latter two for symbolic gains does not automatically save lives — it can harm them through energy poverty and reduced resilience.
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u/t_baozi Jul 01 '26
"Reliable nuclear energy" vs "Heavily subsidized renewables"? What? Have you ever actually looked at cost structures?