Meme - Chris Martz @ChrisMartzWX: "Thankfully I have numbers rather than opinions. The average number of days per year in the U.S. reaching 95°F was ~18% lower during the 60-year period 1961 to 2020 compared to 1901 to 1960. The number of days reaching 100°F and 105°F have also declined since 1895."
"Conterminous United States Observed Number of Hot Days 1895-2025"
Chris Martz on X - "Zeke Hausfather wrote a lengthy article today trying his best to refute my viral bar chart showing that the average per station number of hot days in the U.S. have actually declined significantly since the start of the 20th century. Hausfather's biggest complaints were that my graph (1) “overrepresents” Midwestern stations and (2) that I did not adjust the temperature data for the supposed Time of Observation Bias (TOBS). On the second point, he is correct, but as it turns out, it makes little difference at all (only a small error). https://theclimatebrink.com/p/hot-days-cold-thermometers Here is my response:
1⃣ The data plotted in my bar chart are weighted by area (which Zeke would have known if he bothered to do any actual research). So, where there are dense station clusters that fit my parsing criteria, I weighted them lower than the others and vice versa. That's scientifically defensible.
2⃣ Time of Observation Bias (TOBS) isn't that big of a factor. Dr. John Christy, a principal research scientist at the University of Alabama in Huntsville, published a paper in April on temporal trends in high and low temperature extremes in the U.S. since 1899. Christy found that TOBS only introduces an insignificant 4% increase in hot days in the early part of the record, and that,
π¨️ “ππ ππππ’ππππ¦ ππ₯ππππππ π‘βπ ππππππππ πππ πππ£ππ‘πππππ πππππ π‘π πππ πππ£ππ ππ π‘βπ ππππ₯ ππππππππ ππ π‘βπ πππ‘π πππ‘ππππππ πππ¦ βππ£π ππππ πππππππππ‘ πππ π‘βπ’π πππππ€ππ π βπππ‘ π€ππ£π π‘π ππ ππ₯π‘πππππ ππππππ π‘βππ ππ πππ‘π’ππππ‘π¦... πΉππ π πππ‘πππππ¦ ππ ππππ₯ πππππ ππππ£π π‘βπ 90π‘β πππππππ‘πππ π€π πππ’ππ 0.9% ππ ππ£πππ‘π πππ¦ βππ£π ππππ ππππππππ’π ππ¦ πππ’ππ‘ππ... π΄ππππ’ππ‘πππ πππ π‘βππ π€π πππ‘πππππππ π‘βππ‘ π‘βπ πππππππππ ππ 90π‘β πππππππ‘πππ βπππ‘-π€ππ£π πππ¦π π€ππ ππππ’π‘ 4% π‘ππ βππβ ππ π‘βπ πππππ¦ ππππ‘ ππ π‘βπ ππππππ ππ ππππππππ π€ππ‘β π‘βπ ππππ πππ‘. πβππ πππππππ‘ππ π‘βπ πππ‘πππππ‘ πππ πππ‘ πππ‘ππ π‘βπ πππ π’ππ‘π ππ π π ππππππππππ‘ π€ππ¦.” πhttps://link.springer.com/article/10.100 7/s00704-026-06200-3
And it just so happens that Dr. Christy also plotted the average number of days per station per year reaching 95°F (35°C) in Fig. 16 of his paper. Even with the TOBS accounted for, it does little to change the results I got without applying the TOBS adjustments, nullifying Dr. Hausfather's arm-waving that's dressed up in science jargon and fancy graphics. At best, my count hot days is overestimated by 4%, which is not a serious error. The TOBS assumption rests on the belief that COOP station observers didn't know how to reset their min-max thermometers properly, which “double counted” hot days prior to ~1970. Geologist Tony Heller described this very nicely in an August 2017 blog post, where he wrote,
π¨️ “ππ’ππππ π πππ¦ πππ ππ 90°F ππ‘ 4 ππ, πππ π ππππ πππππ‘ πππππ π‘βπππ’πβ ππ‘ 5ππ πππ ππ‘ π π‘πππ‘π π πππ€πππ. πΌπ π‘βπ π‘βπππππππ‘ππ π€ππ πππ ππ‘ ππ‘ 4ππ, π‘βππ π‘βπ πππ₯πππ’π π‘πππππππ‘π’ππ πππ πππ¦ 2 π€ππ’ππ πππ π ππ ππππππππ ππ 90°F, ππ£ππ π‘βππ’πβ π‘βπ π‘πππππππ‘π’ππ πππ£ππ πππ‘ ππ’π‘ ππ π‘βπ 30π . πβππ ππ πππ‘ π π π’ππ‘ππ πππππππ. πΌ βππ π πππ/πππ₯ π‘βπππππππ‘ππ π€βππ πΌ π€ππ πππβπ‘ π¦ππππ πππ, πππ πΌ ππππππππ§ππ π‘βπ πππππππ πππ‘ππ ππππ’π‘ π‘π€π πππ¦π . ππ πΌ πππ ππ‘ π‘βπ πππ₯ ππ π‘βπ πππππππ, πππ πππ ππ‘ π‘βπ πππ ππ π‘βπ πππ‘ππππππ – πππππππ π πππ£ππ. πΌ ππ π π’ππ π‘βππ‘ πππ¦πππ ππππππ‘πππ π πππ/πππ₯ π‘βπππππππ‘ππ π€ππ’ππ ππππ π’π π€ππ‘β π π ππππππ π πππ’π‘πππ.” πhttps://realclimatescience.com/2017/08/the-co mpletely-fake-time-of-observation-bias-adjustment/
But when you look at the daily observations (and I do every day because of a research project I'm working on with Christy), you do not typically see duplicate Tmax values, which would be the case if TOBS were a serious problem at large. What you do see are a one-day mismatch between morning and afternoon sites, so Tmax values for the afternoon sites have to be moved back a day for adjustment. But that doesn't change the number of hot days or duration of extreme heat events all that much like Dr. Hausfather (who I do respect) and goons like Dr. Andrew Dessler claim. To assume that the raw daily Tmax values need some MAJOR adjustments beyond area-weighting (which I did do) and moving them back a day for good measure is to assume that the trained volunteers who took the measurements were complete morons who did not know how to operate their equipment. Given that we built the Golden Gate Bridge, Empire State Building, and Hoover Dam the 1930s, it is difficult to believe that people who were trained to record temperature observations for the federal government couldn't do that simple task."
Climate change hystericists were triumphantly pretending that Hausfather had the final word, of course
15 Examples of Past, Present & Future 'Peak Oil' Predictions
Climate change hystericists confident proclaim that oil demand is going to fall off a cliff. As usual, they have a very poor grasp of history and self-awareness.
Ferries use net zero charging that costs more than fuel - "Ferries have started plugging into the electricity grid at port despite this costing more than burning marine fuel. Brittany Ferries announced it would plug its ships into an electricity supply during turnarounds at Portsmouth International Port."
Clearly, the solution is to make fuel more expensive
End Wokeness on X - "Yesterday, Governor Inslee (D-WA) said the fire in Spokane was from "climate change". An arson suspect was just arrested"
Ryan Williams Bay of Quinte | Facebook - "One wildfire season exposed Canada’s $200-billion climate hypocrisy: we punished families and industry while failing to protect one of the world’s greatest carbon sinks. Canada has 9% of the world’s forests and roughly 24% of the world’s boreal forest—one of the largest terrestrial carbon sinks on Earth. Our forests, wetlands, soils, farms, peatlands and wood products absorb enormous amounts of CO₂ every year. Canada’s peatlands alone store an estimated 150–200 billion tonnes of carbon. Yet for the last decade, Canada has acted as though the only carbon that matters is the carbon we emit. Instead, governments built policy after policy designed to raise energy costs, delay projects, discourage investment and spend nearly $200 billion trying to reduce emissions that account for just 1.4% of the global total. Meanwhile, we neglected the very asset that makes Canada unique. Forests are carbon sinks only when they remain healthy. When they burn, they become carbon sources. In 2023, Canadian wildfires released an estimated 647 million tonnes of carbon—roughly 2.4 billion tonnes of CO₂—after years of inadequate forest management. That single fire season dwarfed Canada’s annual reported emissions and exposed a glaring weakness in our climate strategy. Meanwhile, global coal consumption reached record highs. Canada blocked LNG projects that could have displaced coal overseas. The world still needed energy—it simply burned dirtier fuel. The Liberals also promised 2 billion trees by 2030. Years later, the program remains far behind schedule. That is the real debate. Not whether climate change exists. Not whether emissions matter. But whether Canada has been measuring the equation honestly from the start."
Meme - Charles-Henry Monchau, CFA, CMT, CAIA: "Over the past 25 years, Germany has pursued an energy transition by phasing out nuclear power and expanding solar and wind—at a cost of around €500 billion in subsidies. The result: installed capacity has more than doubled, yet electricity generation has declined. The reason is structural. Reliable, dispatchable power was replaced by weather-dependent sources. The consequences are severe: rising energy costs, falling competitiveness, and growing pressure on energy-intensive industries. The key question remains: How do you run an industrial economy on a system that produces less when it matters most? Source: Staffan Reveman"
"Germany: More Capacity - Less Power
*2025 installed capacity at 236% of 2000 levels but power generation at 87% of 2000 levels*"
Why This CO2 Chart Doesn’t Scare Me - "Someone sent me this chart recently because it was giving them anxiety, and I want to explain why I look at the increase in CO2 and feel no anxiety about climate change. The chart shows global atmospheric CO2 concentrations going back 800,000 years. Before we started burning oil, coal, and natural gas about 200 years ago, CO2 stayed somewhere between 180 and 300 parts per million for that time period. Today we’re at 426 ppm. Zoomed in on that 800,000-year window, the recent spike looks extreme. And I get why that’s nerve-wracking at first glance. But zoom out further—to hundreds of millions of years—and the picture changes completely. CO2 levels were far higher in Earth’s history: around the time of the dinosaurs they hovered near 2,000–3,000 ppm, and at earlier points they were even higher than that. Over the past hundred million years, atmospheric CO2 has been getting pulled out of the air and sequestered by the planet’s natural carbon cycle... One unexpected positive consequence of that added CO2 is more plant growth. NASA’s own data shows significant global greening since 1980—an increase in leaf coverage equivalent to roughly two times the area of the continental United States. Plants are growing bigger and faster because they have more of what they need to photosynthesize... What I didn’t understand when I was still in the climate movement is that CO2’s warming effect is logarithmic, not linear or exponential—each additional molecule of CO2 added to the atmosphere has a smaller incremental warming effect than the one before it... Zoomed out over Earth’s real history, today’s CO2 levels aren’t unprecedented—they’re actually historically low. What we’ve done is return some previously sequestered carbon to the atmosphere, which is fueling more efficient plant growth around the planet and producing modest, diminishing warming over long period of time. That’s the full picture behind the scary-looking chart."
ClimateCharts on X - "There are many of us who have been pointing this out for almost 10 years. Net Zero = economic suicide. Germany (and now the UK) are de industrializing by choice and destroying the economic opportunities of their citizens"
The Battery Storage Delusion: Limitations for Renewable Grids - "When wind and solar fall short, the battery covers the gap. It's a clean, simple story. The physics tells a different one. And the gap between the narrative and reality isn't small. Designing a grid around a misunderstanding of what batteries can do doesn't just waste money - it leaves the system more fragile than the one it replaced. Utility-scale lithium-ion batteries are designed to store one to four hours of power. A 1-gigawatt installation can deliver electricity - but only for that window before it's empty. A 1-gigawatt natural gas plant can run continuously for months... Real-world efficiency compounds this. Manufacturers often cite round-trip efficiencies above 85%. Field data puts actual performance closer to 70% once inverter losses, thermal management, and auxiliary loads are factored in. Most lithium-ion systems also degrade 3-7% annually and require module replacement every six to eight years. Consider Germany. Covering a typical winter day - 60 gigawatts sustained over 24 hours, with no imports and no dispatchable backup - would require approximately 1.9 terawatt-hours of battery storage. Producing it would demand roughly 1.3 billion tons of raw materials and 850 terawatt-hours of manufacturing energy - mostly from fossil fuels. And it would need to be replaced every decade. A single 1-GWh installation requires about 700,000 tons of mined and processed materials: lithium, nickel, cobalt, graphite, copper, rare earths. Much of this mining and refining occurs in countries with heavy coal dependence and limited labor protections. Recycling is frequently offered as a solution, but lithium iron phosphate batteries - now dominant at utility scale - lack the cobalt and nickel that make conventional battery recycling economically viable. Large-scale LFP recycling is largely theoretical. "The question of whether a wind-and-battery system is genuinely better for the environment than what it replaces becomes considerably more complicated once manufacturing energy, mineral extraction, and replacement cycles are counted... The problem is the expectation that short-duration assets can perform long-duration functions at a national scale. They cannot. As dispatchable gas, coal, and nuclear capacity retires under policy pressure, batteries are being deployed as if they can fill the gap. For multi-day lulls and seasonal mismatches, they cannot - not economically, not physically, not within any foreseeable mineral supply or manufacturing constraint. A grid built on that misunderstanding is a grid trending toward higher costs, greater volatility, and deeper dependence on foreign mineral supply chains - all while failing to deliver the reliability it promises."
Climate change hystericists keep denying reality and insisting any clear-minded analysis is "outdated" after a few months, even though across the years they keep coming to the same conclusion (and power bills keep on rising as unreliable "renewables" continue to be forced onto the West)
Britain’s battery boom ‘risks overwhelming the grid’ - "The thousands of batteries being deployed to stabilise Britain’s electricity networks could bring down the grid, government experts have warned. Ministers have been warned of the risk of a crash if operators all try to charge up their batteries at the same time to avoid an energy shortage. A report by the so-called Panel of Technical Experts handed to Miatta Fahnbulleh, the new Energy Secretary, said: “Some thought needs to be given to the way battery energy storage systems are likely to behave in a capacity market notice situation, as operators may then have an incentive to charge in advance to fulfil their obligations. This may result in a fast descent into a stress event.” A capacity market notice is a critical warning issued by the National Energy System Operator (Neso) when it spots a looming electricity shortage caused, for example, by low wind. They have historically been used to tell gas-fired power stations, which are paid to be on standby for such events, to get warmed up and ready. However, battery operators have recently begun breaking into the same market as the move away from stable generation from fossil fuels makes it more difficult to balance the grid. These batteries must be fully charged to work effectively. The experts raised concerns that operators would spot a looming spell of high demand or low wind-powered generation and start charging up simultaneously in a move that could overwhelm the grid and trigger the very shortage they were trying to avoid. The warning follows a substantial increase in the number of batteries deployed to back up and stabilise the UK’s power networks. UK power grids have about 7GW of batteries in place with a collective output slightly greater than all five of Britain’s nuclear power stations. By 2030, UK grid battery capacity is expected to exceed 20GW. This helps grid operators compensate for the sharp swings in generation linked to the expansion of intermittent renewables such as wind and solar. Chris Bowden, the chief executive of SQE Energy, which specialises in grid connection and management for businesses, said batteries offered a genuine benefit because they could respond fast to changing demand. However, the additional generation also piles further costs on Britain’s household energy bills, which are already among the highest in the world. Kathryn Porter, at energy consultancy Watt Logic, said: “Batteries are very expensive. A better option is to not build intermittent generation and then we wouldn’t need batteries or the extra grid infrastructure or the backup delivered by the capacity market.”"
Clearly, the UK needs to double down on renewable energy
The National Grid is becoming ever more fragile - "In recent weeks we have seen the grid operating outside safe limits, exports to Europe cut without warning or agreement, dramatic claims from whistleblowers that blackouts are inevitable, evidence that meters are being installed backwards as new equipment is connected to the grid, and total failures of Neso systems forcing engineers to use spreadsheets and telephoned instructions. At the same time, Neso has been granted permission to reduce its safety margins and been given enhanced powers to impose rolling blackouts. The maths, as they say, are not mathing. This is happening at a time when Neso’s job is becoming harder. Huge amounts of solar and batteries are connecting to low-voltage parts of the grid which Neso can neither see nor control – as in the case of solar panels and batteries in home installations. These appear to Neso as variations in demand, so it’s no wonder that Neso’s demand forecasts are becoming progressively worse. This means the grid could fail, not due to a fault or outage of a major source of generation or imports, but because demand was so badly forecast that it did not fall within the possible range of supply arranged by Neso. Now we find there are widespread problems with numbers of windfarms installing their meters incorrectly, something that is likely to be a violation not just of grid rules but also the rules governing the huge subsidies they receive. Neso committed to checking technical compliance by generator facilities every five years following the partial blackout in 2019. In 2025, six years later, I asked Neso how many of these checks had been completed. The answer was 20, across hundreds of grid-connected generators and battery farms. At a time when operational standards should be made more rigorous there are worrying signs that standards, margins and regulatory requirements are all moving in the opposite direction... Britain is making it easier to implement blackouts at almost the exact same time that Neso has been allowed to cut its safety margins. Serious questions are being asked about its management of the grid during June’s heatwave. The safety margin that Neso plans to reduce is the level of inertia it must have on the grid. Inertia is the ability of the grid to resist changes to its frequency (the rate at which current and voltage alternate). If the frequency deviates by more than a small amount from the normal 50Hz (cycles per second) connected appliances and equipment may be damaged. Automatic trip-outs designed to prevent this damage will come into play, at which point a cascading blackout is likely. If supply and demand become mismatched – as, for example, because power plants go offline, renewable output changes, or demand forecasts are wrong – the grid frequency will begin to rise or fall. If there is enough inertia, however, this will happen slowly enough that Neso can match demand and supply up again and so retrieve the situation. Inertia is provided naturally and more or less for free by conventional gas, nuclear and hydro generators because they are big, heavy spinning machines directly connected to the grid whose speed of rotation is hard to change. Wind and solar do not naturally provide inertia and can only provide synthetic inertia by reducing the amount of electricity they generate. As the proportion of conventional generation has declined, maintaining inertia has become more expensive. Wind and solar plant operators must be compensated for the reduction in their generating capacity when providing synthetic inertia. Neso believes it can safely operate at lower inertia levels by relying on fast frequency response provided by batteries and other technologies. Perhaps it can, although batteries have the obvious disadvantage of only being able to operate for a sharply limited time – whether they are being charged or discharged. Ofgem’s independent expert was notably less confident than Neso that the risks of operating at lower inertia had been adequately demonstrated and mitigated. Neso says it wants to cut the inertia requirement to save money, but the savings are paltry – a mere £96m pa, a small fraction of the billions we spend on grid control and balancing every year, and tiny compared with the costs that would arise from a blackout... Unfortunately, when serious concerns are raised about the operation of the electricity system, Ofgem’s approach seems to be to ask the regulated body whether everything is OK, accept the response and consider the matter to be closed. My own attempts to discover the reality of Neso operations through Freedom of Information requests have been turned down on grounds of national security – a decision I intend to appeal... When there are now thousands of small generators and batteries in operation, controlling them on spreadsheets by phone carries obvious risks... In its Strategic Priorities for 2026, Neso lists the following, in order: clean power, decarbonised energy, customer value, customer centricity, digital mindset and people value. Not only does net zero comprehensively trump customer value, there is no mention of security or operability at all. But it’s not ridiculous for the public to expect the lights to stay on. A blackout is not a tolerable inconvenience simply because, eventually, the lights will come back on. When Spain and Portugal lost power for around 10 hours last April, 11 deaths were reported as directly caused by the outage. Subsequent research identified 167 excess deaths."
Households face higher bills as grid project costs soar 500pc - "A net-zero overhaul of Britain’s electricity grid is at risk of becoming “the next HS2” as projects blow their budgets by almost 500pc, leading to higher energy bills for households. Ofgem, the industry watchdog, is facing requests for substantial spending increases to build new power lines after a global equipment shortage triggered delays and higher costs. The extra spending, if approved, will ultimately be footed by households and businesses through their bills and will amount to billions, if not tens of billions, of pounds... Overall, the Government has said some £80bn-worth of upgrades will be needed to realise Labour’s clean power plans for 2030. But officials have admitted that total spending through to 2050 could reach as much as £240bn as the system is overhauled for net zero. If that figure were increased by the average amount at which SSE’s project costs are rising, it would hit an eye-watering £920bn. Network costs are already set to be the biggest driver of household bill increases between now and 2030. They are set to rise from £207 to £342 per year by the end of this decade, out of a total estimated bill of £1,045 a year, according to the Electricitybills.uk tracker website."
Peter Clack on X - "Growing waves of wind turbine and solar panel retirements starting in the 2030s will expose the massive physical nightmare of continuous renewal and replacement. Cumulative waste is projected to reach 78 million tonnes for solar panels and up to 200 million tonnes for wind turbines by mid-century. Because wind and solar have low capacity factors and finite lifespans (15–25 years), generating firm power requires significant overbuilding, backed by battery storage, transmission and costly backup energy. Replacing this fleet on a continuous cycle guarantees an endless demand for raw materials, mining, and manufacturing. It creates a replacement loop that will multiply mining throughput for steel, copper, aluminum, silicon, silver, rare earths and composite blade materials. Expanding to multi-terawatt scales will exacerbate existing critical mineral shortages. Closed-loop recycling at this scale remains largely aspirational as blade composites are notoriously difficult to recycle, with large volumes historically sent to landfills. Decommissioning, and recycling infrastructure lag far behind deployment, most likely leaving behind significant unfunded liabilities. Ultimately, these challenges will become physical, logistical and economic, reflecting the massive reality behind the ambition of the buildout."
Peter Clack on X - "Dismantling a century of reliable energy infrastructure built on coal, oil and gas risks the ultimate decline of Western society. The scale of the planned transition to renewables is simply colossal, and it's being led by hardline socialist Antonio Guterres, the head of the United Nations. McKinsey estimates that achieving net-zero by 2050 would require roughly $275 trillion in cumulative spending on physical assets between 2021 and 2050 — an average of $9.2 trillion every year. An even more limited build-out of new renewable infrastructure carries a nominal price tag in the hundreds of trillions. Yet this massive investment has not delivered a decisive shift away from hydrocarbons. Coal, oil and gas — the so-called fossil fuels — still supply around 81% of the world’s primary energy, while wind and solar together account for only about 6–7%. Serious practical obstacles have received too little attention. Wind turbines and solar panels typically need replacement within 20–30 years, creating a continuous loop of construction, dismantling and disposal. The growing volume of decommissioned blades and panels is already emerging as a landfill and recycling crisis. Intermittency remains unresolved at the scale required for modern industrial societies, and the mining and materials intensity of the transition is both vast and expensive. Meanwhile, proven reserves of coal, oil and gas remain substantial and could support current levels of use for many decades:
* Proven coal reserves of approximately 1.06 trillion tonnes — enough for roughly 130 years.
* Proven natural gas reserves of around 7,300 trillion cubic feet — enough for well over a century in many estimates.
* Proven oil reserves of about 1.65–1.7 trillion barrels — enough for roughly 50 years at today’s consumption.
The actual recoverable resource base is likely to be larger still. Land covers only about 29% of the Earth’s surface (and a portion of that is locked under ice), leaving the oceans — more than 70% of the planet — as a still incompletely explored domain for hydrocarbons. One under-discussed consequence of rising atmospheric CO₂ is the measurable expansion of global green leaf area. Satellite records show widespread 'greening', with CO₂ fertilisation identified as a major driver. This has contributed to higher plant growth across large parts of the planet. Rushing into an unproven, high-cost energy system at this scale carries real risks: for higher electricity prices, heavy claims on public finances and slower modernisation in the Global South. It is also likely to lock Western economies into a smaller, less competitive and less reliable energy future. The stakes are just enormous, with no margin for error."
Latimer Alder on X - "It isn't very dramatic, but it is Big News India, the world's biggest nation with nearly 20% of the world's people, has effectively said
> Net Zero - No Thanks!
> 'Climate Action' - count us out!
When such a huge nation refuses to play ball the days of Net Zero are clearly numbered"
Latimer Alder on X - "And back in the real world.... While the EU has been chucking away its industries and jobs in the name of the religion of Net Zero, India has been increasing their emissions by exactly the same amount. In the name of being rich and prosperous. So overall emissions are the same. No Net Zero here!"
Proof that Europe needs to slash emissions by even more to compensate!
Renewable energy ‘puts Germany at risk of major blackout’ - "The Berliner Zeitung newspaper reported that the high uptake of solar energy in Germany had increased the chances of an overload and an electricity blackout like the one that hit Spain and Portugal in April. On June 20, it said it found that the country’s “power grids [were] under pressure like never before”. Because of the high dependency on wind and solar energy, power grids were often overloaded because they could not yet absorb the installed capacity, experts said... Shortly after the blackout in Spain and Portugal, though, Frank Brinkmann, CEO of Sachsen Energie, said: “We are observing that the increasing feed-in of solar power is putting a particularly heavy strain on the grids in certain regions.” Investments in grid expansion, which are being pursued consistently, were necessary — but even these would not solve the growing problem of unregulated feed-in from additional photovoltaic systems. Eastern Germany, where Sachsen Energie operates, is a leader in the development of renewable energies, particularly in wind and solar power."
Meme - Alice Weidel: (Translated from German) - "The collapse of German industrial production is the result of green CDU policy. Whoever wants deindustrialization and self-destruction votes for CDU/CSU. Whoever wants the resurgence votes for us, the AfD."
"Germany's Self-Inflicted Implosion. Industrial production has broken decisively from its long-term trajectory.
Industrial production in Germany is ~24% below its long-term trend.
If Germany had kept pace with its 1993-2017 trend, industrial production would be around 24% higher today."
