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Whelp at least the world can't point fingers at us for being the darkest pit of human misery for once. Let the AKs flow comrade, in a few decades we are going to need that sweet sweet cobalt ore.
Thanks, but from the sounds up it you need Good Luck more than we do.
I did not expect CONSOOM to be the one department where we're meeting targets- Soviet Gucci must be pulling a whole 'lotta weight. Agri... I expect it will catch up, once we get pesticides and fertilizers going. CaoGoods are 'severely behind' the small target, but to be fair we haven't doen much there yet. Partly thanks to the repeated shit buss rolls.60% Increase in MFPG Production Value: Moderately Behind the Moving Target
20% Increase in Capital Goods Production Value: Severely Behind the Moving Target
150% Increase in Consumer Goods Production Value: Meeting the Moving Target
30% Increase in Agricultural Sector Production Value: Behind the Moving Target
Not getting Taganrog stings given now much resources the steel plants are. At least since one of the car plants failed we won't hit a steel deficit, but boy do we need to get the other steel facilities done. Including the arc furnace one, boy that will suck power.
Part of the problem might be measuring value, rather than production.I'm worried about our MFPG being behind though. We did a lot in the first two turns- all three Perm levels, oil and coal modernization, and the Karaganda steel mill. And we're still behind
If that's it, all we'd need to do is to bring steel down under 50 just on the last turn of the plan...Part of the problem might be measuring value, rather than production.
Our extra steel production pushed the price down, thus limiting progress.
The Ministry of Foreign Affairs is currently getting ready to blow up Belgian Congo and Belgium's geopolitical standing at once.
I can't imagine we have a problem with steel production quantity, on the discord Blackstar confirmed we are outproducing the US and our OTL counterpart.
Will getting that sweet cobalt drive down option prices like the other minerals from Perm did? Of so them HECK YEAH SCREW BELGIUM.Whelp at least the world can't point fingers at us for being the darkest pit of human misery for once. Let the AKs flow comrade, in a few decades we are going to need that sweet sweet cobalt ore.
The 200 resource (at 2 dice) initial investment is quite steep. Needs to save about 20 RpT to pay off over the rest of the plan (neglecting the penalty for negative aluminium, with it it's 30). Still, probably better to do it sooner rather than later. Next turn is the last one we'll have the stockpile from the loan I think (?), I guess doing it then is reasonable. (We also want to do telecoms, but now that the cost of THAT is knocked to 60 resources per dice, it's no longer as hard a pill to take. 1 dice roads, 1 rail, 3 telecoms next turn?)Appropos of nothing I think we should do the rocket plant next turn. We'll probably go negative on aluminum but -10 rpt to make up for the short fall is no big deal on its own and if it gives discounts to two programs it breaks even monetarily while giving our space program and associated technology a big boost.
While the main value will be after lithium-ion batteries are invented cobalt allows for superalloy production, advanced tooling, and more. Having a cheap supply can only help as we transition to more advanced manufacturing.Will getting that sweet cobalt drive down option prices like the other minerals from Perm did? Of so them HECK YEAH SCREW BELGIUM
China's on friendly terms with us still, right?While the main value will be after lithium-ion batteries are invented cobalt allows for superalloy production, advanced tooling, and more. Having a cheap supply can only help as we transition to more advanced manufacturing.
I doubt they trust us extensively, but we have been trading everything from guns to machine presses without issue for well over a decade. Plus they don't trust the US/European powers far more and we are the strongest ally they have.
That makes lithium ion batteries a possibility at least, then. Especially possible if Chile goes socialist. The only three old world countries with any notable reserves of lithium are Australia (stretches the definition of old world), China, Zimbabwe, and Portugal (stretches the definition of 'notable reserves), and roughly 3/4 of those old world reserves are in Australia with the remaining 1/4 mostly in China.I doubt they trust us extensively, but we have been trading everything from guns to machine presses without issue for well over a decade. Plus they don't trust the US/European powers far more and we are the strongest ally they have.
once we further expand oil production we could probably make gas/oil pipelines to trade with them. That's likely to come up later though.China's on friendly terms with us still, right?
Otherwise, LiOn batteries will be difficult for the USSR. Deposits for it are pretty inequitably distributed, and without Soviet-Chinese partnership we might be better served pursuing Sodium Ion (with the right chemistry, it can completely skip the majority of the scarce elements used in batteries, at a fairly minor performance cost) or Aluminum Ion technology.
On 18 December 1958, the 10th session of the Council for Mutual Economic Assistance (Comecon), held in Prague, adopted a decision and an agreement was signed on construction of a trunk crude oil pipeline from the USSR into Poland, Czechoslovakia, GDR and Hungary.[2] The construction of the initially proposed 5,327 kilometres (3,310 mi) long pipeline commenced in 1960.[3] Each country was to supply all necessary construction materials, machinery and equipment. Czechoslovakia received first oil in 1962, Hungary in September 1963, Poland in November 1963, and the GDR in December 1963. The whole pipeline was put into operation in October 1964. The first oil pumped through the Druzhba pipeline originated from the oil fields in Tatarstan and Samara (Kuybyshev) Oblast. In the 1970s, the Druzhba pipeline system was further enlarged with the construction of geographically parallel lines.[4]
In the 20th century, demand for electricity led to the consideration of geothermal power as a generating source. Prince Piero Ginori Conti tested the first geothermal power generator on 4 July 1904, at the same Larderello dry steam field where geothermal acid extraction began. It successfully lit four light bulbs.[15] Later, in 1911, the world's first commercial geothermal power plant was built there. It was the world's only industrial producer of geothermal electricity until New Zealand built a plant in 1958. In 2012, it produced some 594 megawatts.[16]
In 1960, Pacific Gas and Electric began operation of the first successful geothermal electric power plant in the United States at The Geysers in California.[17] The original turbine lasted for more than 30 years and produced 11 MW net power.[18]
The binary cycle power plant was first demonstrated in 1967 in the USSR and later introduced to the US in 1981.[17] This technology allows the generation of electricity from much lower temperature resources than previously. In 2006, a binary cycle plant in Chena Hot Springs, Alaska, came on-line, producing electricity from a record low fluid temperature of 57 °C (135 °F).[19]
In 1939, Russell Ohl created the solar cell design that is used in many modern solar panels. He patented his design in 1941.[5]
In 1954, this design was first used by Bell Labs to create the first commercially viable silicon solar cell.[1]
The photovoltaic effect was experimentally demonstrated first by French physicist Edmond Becquerel. In 1839, at age 19, he built the world's first photovoltaic cell in his father's laboratory. Willoughby Smith first described the "Effect of Light on Selenium during the passage of an Electric Current" in a 20 February 1873 issue of Nature. In 1883 Charles Fritts built the first solid state photovoltaic cell by coating the semiconductor selenium with a thin layer of gold to form the junctions; the device was only around 1% efficient. Other milestones include:
- 1888 – Russian physicist Aleksandr Stoletov built the first cell based on the outer photoelectric effect discovered by Heinrich Hertz in 1887.[6]
- 1905 – Albert Einstein proposed a new quantum theory of light and explained the photoelectric effect in a landmark paper, for which he received the Nobel Prize in Physics in 1921.[7]
- 1941 – Vadim Lashkaryov discovered p-n-junctions in Cu2O and Ag2S protocells.[8]
- 1946 – Russell Ohl patented the modern junction semiconductor solar cell,[9] while working on the series of advances that would lead to the transistor.
- 1948 - Introduction to the World of Semiconductors states Kurt Lehovec may have been the first to explain the photo-voltaic effect in the peer reviewed journal Physical Review.[10][11]
- 1954 – The first practical photovoltaic cell was publicly demonstrated at Bell Laboratories.[12] The inventors were Calvin Souther Fuller, Daryl Chapin and Gerald Pearson.[13]
- 1958 – Solar cells gained prominence with their incorporation onto the Vanguard I satellite.
We built a pipeline to Warsaw, as well as tanker terminals for the Baltic (Leningrad) and Black/Med Seas (Rostov) in 1951. Petrorubles aren't that lucrative compared to a lot of our other hustles anyways, we've had so much oil all game that it's never even been tracked we just always have enough, the machines and consumers that burn the oil are a better moneymaker for us at this point than yet more oil depressing the price even more.
Hm, you know. That's just crazy enough to work! I'll start compiling. I'm open to suggestions and will go on adding and expanding to this post as time goes. Maybe we can talk Blackstar into giving it a threadmark in Informational.
Achievements of the Five Year Plans
First Five Year Plan (1928-1933)
These were mass built in quest in early 50s already. It's simply a specialized process, suitable for scrap processing and some specialized alloys, but not for primary smelting of iron out of ore, and description of current expansion reflects it.
If I understood it correctly that was an action we took to prevent the partmaximum from being repealed. The partmaximum was a limit on the salary that a member of the party could have. So to prevent the party members from repealing it and being able to have huge salaries from the bonuses they recieved we rewrote it so that they instead recieved a salary at a 2 to 1 ratio compared to the average employer.By the way, as I chug along through this, can someone explain to me exactly what was happening with the rewriting of the Partmaximum back in 1932? I'm a little confused.
Threadmarked and counted as a cannon omake, thank you for doing this/summing up the information. Part-Max re-write mostly messed with the ratios as a mid-line compromise from a full repeal/to encourage party members to stop taking unofficial income. It changed the ratio, but it only mildly reduced the whole payment in kind benefits that most party work involved.(first half of year only, no time for other half)
(there, that's all for now)