💧 David Mitchell

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💧 David Mitchell

💧 David Mitchell

@flexibledragnet

It's all about the rate of change. It won't stop, so you may as well enjoy the ride. The future is here and you are part of it. | Founder https://t.co/SQ7kO0yBl7

Jakarta Katılım Ekim 2013
975 Takip Edilen1.2K Takipçiler
Alex
Alex@alexmarketx·
Ayer cancelé la compra de un piso. Negocié hasta 415.000€, aceptaron. En el momento de firmar me metieron 15.000€ de comisión de la inmobiliaria. A mí. Al comprador. Por enseñarme la casa 20 minutos. Me levanté, les di la mano y me fui.
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💧 David Mitchell
💧 David Mitchell@flexibledragnet·
@Will52773T @Tw_timerAlder No I don’t. That’s you who got called out so you did a side excursion into coal for process heat. You are either stupid or mendacious. This is an electricity generation thread.
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will-2024
will-2024@Will52773T·
@flexibledragnet @Tw_timerAlder The only problem is your own - you confuse coal fired generation with coal usage in primary energy. Cement is produced in China by direct coal burning not using electric furnaces.
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Honest Alder (not dishonest crank Alder)
China added generation capacity the size of Germany last year. Almost all of it wind and solar. Yet some people on X keep telling me this isn’t and can’t happen and keep posting me silly pictures of dirty coal plants. Those people are sick and wrong.
Our World in Data@OurWorldInData

China added a Germany-sized electricity grid last year— (This Data Insight was written by @_HannahRitchie and Pablo Rosado.) We’ll often see headlines quoting how many gigawatts of new solar farms or coal plants China is building. But it’s hard to get a meaningful sense of scale for how electricity generation in China is changing. The chart puts it in perspective. In 2025 alone, China’s electricity generation increased by almost 500 terawatt-hours (TWh). This is compared here to the total amount of electricity that whole countries generate each year. Germany generates almost exactly that amount. That means China effectively added a Germany-sized grid to its electricity system in just one year. What’s also quite staggering is that almost all of this new generation came from solar and wind. China generated 340 TWh more electricity from solar than the year before. That’s more than our two home countries, the UK and Spain, generate from all sources each year. Low-carbon sources grew so much that coal power in China actually fell slightly.

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will-2024@Will52773T·
@flexibledragnet @Tw_timerAlder I just don't get why you folk make such comments, in complete denial of reality. Are you just too bone idle to check for yourself? Construction did indeed collapse as stated. Unsurprisingly coal usage thus far in 2026 March > March is up 4%
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will-2024@Will52773T·
@flexibledragnet @Tw_timerAlder The "plateau" was due to a downturn in construction with consequent reduction in demand for cement - production of which is extremely energy intense.
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💧 David Mitchell
💧 David Mitchell@flexibledragnet·
@AnthonyPHoran @evcricket Correct. This structure has been available forever. So why do people use trusts then? (Because you avoid more tax). You can’t have a franked dividend from a company unless the company has franking credits (by paying tax).
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Anthony
Anthony@AnthonyPHoran·
@flexibledragnet @evcricket The obvious one for a business is to pay a wage to family members. Companies can also can be used to split income. Although companies pay tax, they can pay dividend and frank it so the family members can claim franking credits & receive refunds.
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will-2024@Will52773T·
@Tw_timerAlder Constantly insulting those who disagree with you. Yet in this instance falling to point out that China generated 8900TWh of electricity alone (not primary energy) in 2025, and approvals for new coal plant are at record high, along with plans to exploit vast shale gas reserves.
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💧 David Mitchell retweetledi
Chris Meder
Chris Meder@EVCurveFuturist·
Canada isn’t a nuclear blueprint. It’s a hydro system. ~55% hydro, ~13% nuclear, ~9% wind+solar. When rainfall dips, fossil fills the gap. Wind is scaling to stabilise the system. Solar still marginal, with upside if policy shifts. Staying clean is the challenge. System reality. Canada gets used in Western debates as proof, quite a lot, that nuclear delivers cheap, clean power at scale. That framing is misleading. It takes a single province and turns it into a national story. Nuclear in Canada is concentrated mainly in Ontario. It’s important there, but it doesn’t define the country. Nationally, nuclear is ~13% of generation. Hydro is the real backbone, supplying ~55% across provinces like Quebec, British Columbia, and Manitoba. That distinction matters. Canada didn’t decarbonise by scaling nuclear everywhere. It decarbonised because it has vast hydro resources. Geography did the heavy lifting. Hydro, though, isn’t perfectly stable. It moves with rainfall, snowpack, and seasonal flows. When output drops, fossil generation steps in. That’s why gas still shows up in the mix even in a system that looks clean on paper. Wind is now starting to play a meaningful role in smoothing that variability. It’s growing steadily and helping reduce reliance on fossil during weaker hydro years. Solar is present but still marginal at a national level, with more upside tied to policy than necessity right now. So the real story isn’t nuclear versus renewables. It’s how the system behaves. Canada isn’t racing to get clean. It already is. The challenge is maintaining that position as demand grows and hydro becomes more variable. Hydro made Canada clean. Wind will help keep it that way. Solar is the upside, not the foundation.
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Mario Nawfal
Mario Nawfal@MarioNawfal·
Electric surfboards are about to make jet skis look ancient. Silent, fast, and way too fun.
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Nirgal451 🇦🇺🇺🇦
@honmattkean This is not actual steel making using a blast furnace with iron ore and coking coal. This is melting existing steel to be reused. Entirely different processes.
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The Hon. Matt Kean
The Hon. Matt Kean@honmattkean·
Those who claimed renewables can’t power Australia’s heavy industry must now confront reality. An Australian steel mill is sourcing majority renewable power — for the first time ever. The energy transition isn’t coming. It’s here. smh.com.au/business/compa…
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💧 David Mitchell
💧 David Mitchell@flexibledragnet·
As for guys like this. They normally drop out of my feed after 12-18 months because they get no traction, the world keeps building wind and solar and batteries and nuclear continues to slide as a percentage of global electricity (despite glossy brochures). 🤷‍♂️
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💧 David Mitchell
💧 David Mitchell@flexibledragnet·
This bloke is one of the current crop of German naysayers. This thread is a typical “small number, big number” distraction. Show something small, (5 hours storage) then compare it to something big (that is a furphy). Throw up hands and slag off the opposition. /
Dieter Böhme@dieter_bohme

Ein schönes Beispiel, wie eine kleine Meldung, aus dem Kontext gerissen, eine subtile Eneegiewende– Propaganda ergeben kann. Oder was ist denn die Botschaft anderes, als „Wir schaffen das“ für Menschen, denen die MWh und MW wenig sagen? Deshalb erkläre ich hier den Kontext. Aber dass Sie dies einen „großen“ Speicher nennnen. Dies ist ein erster Hinweis zum Vergleich. Die Nennung der Kosten haben Sie geschickt vermieden. Bei einer Leistung von 100 MW wäre Ihr Speicher rein rechnerisch nach weniger als 5 Stunden leer. Er kann also nur zur kurzzeitigen Netzstabilisierng dienen. Diese wäre ohne die Destabilisierung des Netzes durch volatile Einspeisung durch Wind und PV– Anlagen übrigens gar nicht notwendig. Zum Vergleich, der Punmpspeicher Goldisthal hat eine Leistung von 1.060 MW und für ca. 8 Stunden Wasser, d.h. er hat damit eine Kapazität von etwas über 8.000 MWh. Alle Punpspeicher in DE haben in Summe eine Kapazität von ca. 40.000 MWh und eine Leistung von knapp 7.000 MW. Die reicht rein rechnerisch in DE für ca. 30 Minuten, praktisch keine Sekunde, da die Leistung gegenüber der Netzlast von ca. 70.000 MW viel zu gering ist. Doch auch die Pumpspeicher dienen nur zur Stabilisierung des Netzes und der Fähigkeit zum Schwarzstart. Von einer Langzeitspeicherung für Dunkelflauten ist man meilenweit entfernt. Wäre es nicht toll, wenn auch Sie demnächst einen Hinweis auf demn Kontext geben würden?

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💧 David Mitchell
💧 David Mitchell@flexibledragnet·
@REbagholders @evcricket And you think DFAT is unaware of this fact? Far be it from me to be highly complimentary of DFAT, but how do you think countries with high corruption indices improve without outside assistance?
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REbagholders
REbagholders@REbagholders·
@evcricket Afghanistan holds a score of 16 out of 100 on the global Transparency International Corruption Perceptions Index, ranking 169th out of 182 countries evaluated. This score indicates severe levels of public-sector corruption.
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Anthony
Anthony@AnthonyPHoran·
@evcricket People will simply use other structures to split their income.
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💧 David Mitchell
💧 David Mitchell@flexibledragnet·
@peterkemplawyer @JC47053522 @Peter_Fitz @ShackelWill Yeah. If Frontier can’t get you a number you like, what chance do you have? I’ve been watching his work for over 15 years. The best was the time he modelled the cost of coal fired power assuming fuel was the marginal cost of production at mine mouth. Zero return on mine capex!
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