Turn 7 (1931 2st Half): Proletarian March Results
Resources per turn 280+20+10+10+ULAG=320+ULAG with 35-35=0 in storage.
Party Support 60-5=55
Current Status of ULAG:
Population: 270,000 (I'll round to the nearest 100k)
Attitude: Stable
Food State: Hearty Meals, -22.5 Resources Per Turn
Guard State: Intensive Monitoring, -7.5 Resources Per Turn
Resource Income: Construction focused, 45 Resources Per Turn
Infrastructure
Port Buildup in Nikolaev: The southern ports' trade infrastructure lacks most of the region's history. Through the ports' buildup, a considerable amount of exports can be sent out to the world for cheaper than previously available, allowing additional material imported from the west to fuel the great industrialization. This would also enable an optimal shipyard to construct new warships when the West inevitably breaks the Montreux Convention. This project can be undertaken with the newly constructed rail capacity, but more rails would be preferred. (65+0/60) (Complete) (20 Resources per Turn)
The port complex's construction starts with the dredging up of considerable stretches of the river bed and the construction of multiple new slips. Most of the effort, however, is focused on the harbor to more optimally be able to move grain and oil out of the Union to exchange for necessary metal and machinery. While the port is currently connected to the Union through a single rail line, its expansion would be desirable to secure a large hub for traffic to ensure the plan's goals are met. Another unspoken fact of the port is that the bulk of the civilian slips are ready for rapid conversion into new warships in the case of a sudden outbreak of war with the capitalist powers. Already, multiple new naval orders are being penned for addition to the second five-year plan.
Power Line Construction(Stage 1): The construction of additional connecting power lines and substations will ensure the steady proliferation of electricity across the Union from distant power plants. While these would allow the reach of power quite far from distant generating sites, the nation's size is far too large for single networks. Instead, a large-interlinked system will be made to ensure the steady distribution of power to all. (37+126/150) (Stage 1 Complete, 13/?)
The construction of a new power lines system near significant hydroelectric dams has allowed a considerable improvement in local villages' quality of life. The larger inter-regional lines are constructed to supply a small trickle of power out, but a major effort is needed to ensure that the grid is all connected. So far, the project's priority, assuming the additional construction of additional thermal power, will be the creation of large regional webs of electricity, with links across the grids in case of emergency to transfer electricity so that installations can re-start and basic military systems can function. Though such a large undertaking will be a major challenge for this set of plans, it should be possible soon. Another approach is also being suggested by multiple planners: the creation of a highly interlinked grid, so that power can be easily transmitted between national centers. Such a proposal would inherently be more expensive but would ensure regional connectivity.
[]Regional Grids: The construction of purely regional power systems with low transfer capacity will allow for considerable cost savings in construction. While such grids would be far less redundant, they will be considerably faster to set up. (Changes action to (0/250) per region, with the Far East, Siberia, Ural, Caucuses/Black Sea, and the Western Region each necessitating a separate project)
[]Regional Interlinked Grids: The creation of a heavily interlinked grid would allow a good quantity of redundant capacity and would enable the transfer of a considerable amount of power through the nation, but such an effort though, would be considerably more expensive. (Changes action to (0/300) per region, with the Far East, Siberia, Ural, Caucuses/Black Sea, and the Western Region each necessitating a separate project)
Stalingrad Hydroelectric Station: The construction of a massive hydroelectric system at one of the major revolutionary cities would present an enormous improvement in the amount of available power to the Union. While such a system would only power the local area, its power production would be sufficient to construct large scale alumina and chemical production. Simultaneously, such an effort would only be expensive in the sense of labor rather than in hard goods allowing the project to be completed for relatively little hard currency. (10 Resources per dice (147+0/600))
The start of construction on the great dam goes at a steady pace with multiple delays occurring due to the project's massive scope. The river is measured, and the first heavy concrete slabs are sunk into the earth based on the bulk of the structure. The effort is a slow and steady construction project as more than ten barges work with two NKPS labor divisions. So far, the casualties from labor have been minimal, with only minor accidents occurring due to laborers being unable to swim, and overloaded barges having consistent stability issues due to the quantity of cement needed. Still, though, construction is going reasonably well, with considerable portions of the underwater structure constructed. When this grand socialist project is complete, it should be the largest single electrical station in the world.
Compared to the Neva, work here could be called heaven; the weather is nice, the city is lovely, and every morning we get an entire pile of pancakes. Sure, they lack butter and are relatively plain, but the food is hearty, and the work not horrific. So far, my shift has only managed to loose two people, and we have been at the site for more than a month! If this were the Neva, then two in a day would have already been a decent day.
-Yasha Pavlov, NKPS Engineer.
Heavy Industry
Magnitogorsk Planned City(Stage 3): Further expansion of the great metallurgical plant is needed to ensure that the Union can be met with steady steel and iron supply. While the current efforts have started producing new steel supplies, the quantity is still insufficient for its use in every possible application. There is still a considerable shortage of steel all over the nation. Thus, a large scale expansion of the plant is necessary to ensure the steady supply of new goods and production. Such an expansion project would also ensure that further production of steel can be even cheaper. This expansion would represent additional steel furnaces and proper alloy casting to ensure that new steel grades could be produced for far more varied applications. (335+56/300) (Stage 3 Complete, 91/800 Stage 4) (10 Resources per Turn)
The construction of another complex of steel production goes well with NKPS labor divisions staying in their constructed dorms to further expand the great industrial center. Many additional blast furnaces are added to the complex as slowly, the central city sprawls further and further out as per plan. These new furnaces and new capacity are accompanied by steady expansions to mining infrastructure so as to ensure that the complex can receive the critical amount of iron it so badly needs. Said increases also come with a local power station burning coal to provide both heating and power to the residences near the plant, allowing the workers to live in relative comfort. Overall though, steel output from the complex is almost double what it previously was. But, the demand for the material does not cease, and a constant supply is still needed to further the multitude of industrial projects. Another issue is slowly coming about with continuous heavy coal usage starting to strain the supply produced, while the mines in Donetsk are still producing at a considerable surplus. The new massive steel-complex expansions have put a substantial degree of strain on coal supplies.
Zlatoust Planned City(Stage 3): The expansion of the exotic metal plant has gone well with a considerable output of new copper alloys, along with other rarer things. However, as the pace of electrification and industrial chemical production opportunities are being created, more specialized material must be produced. With the next step of construction, planned out dedicated processing halls for yet more exotic alloys will be constructed to secure a steady supply for machine part production. (287+39/250) (Stage 3 Complete, 76/700 Stage 4) (10 Resources per Turn)
With the continuous assignment of several NKPS units to the project, a considerable amount of progress is made on expanding the dedicated metal processing facilities to ensure the steady production of exotic metals. With the coming of the nice summer weather casualties amongst the work crews have fallen to an all-time low. While there is always the murmur of discontent caused by the continuous 12-hour shift, most teams appreciate the good amount of staple food issued out. While the casualty rate goes up as winter approaches, the increase is nowhere near the same amount as the initial complex construction. Allowing the preservation of almost all of the assigned NKPS labor force. Overall, the facility's center and the radially built and separated alloying systems are built with steady outputs of various industrially useful metals. The feeding mines' construction also goes similarly well, with large shafts dug into the earth so that the complex can be fed with a continuous stream of raw materials. There has also been the construction of an additional center for the processing of copper so that a steady supply of new cabling can be secured to produce electrification infrastructure.
Light and Chemical Industry
Coal Liquefaction Experiments: With the new large amount of coal available to the union, it may be worthwhile to test various coal liquefaction possibilities into multiple types of chemical and fuel products. While these will likely not have many useful results, this is an interesting scientific endeavor to pursue. (15 Resources per dice (76+0/100))
Experiments into the production of many new chemicals through a syngas intermediary show considerable amounts of progress. While fuel production will likely never prove to be economical, many new exotic products could be produced through the use of carbon feedstock. While catalytic conversions have so far only yielded minimal results, progress is still making significant results as old German chemical notes are rapidly translated and re-verified.
Agriculture
Start of Seed Irradiation: Through the construction of additional seed vaults and the processing of many plants through mutating radiation, it may be possible to mutate more optimal seeds. For such a program, only a small amount of radium and seeds are needed; however, the expertise to oversee such an effort is quite large and would be pulled from other applications. While this would represent a good way of further increasing yields, but it will take a considerable amount of time for any form of payoff. (15 Resources per dice (16+0/50))
Progress on a dedicated department for the irradiation and mutation of plant seeds goes almost nowhere. While a department is set up, such simple work is only desired by students rather than professionals capable of performing the experiments properly. Thus, while the system now exists on paper, it cannot accomplish much. It may also just be irradiating random seeds to obtain some form of result with little scientific methodology.
Services
Expansion of the Schooling Programs(Stage 1): The education of the Soviet Youth in reading and basic arithmetic is critical for developing a new society of knowledgeable workers. These schools will focus on the teaching of basic concepts and a proper understanding of history. While not glamorous, these will be the core of a literacy program for the Soviet youth. Ensuring that soon the next generation of new trained, enthusiastic, and happy workers will be created for future use in industry. These schools will be an incredible long-term asset for improving the population's education, but they would consistently use resources that will not impact decades. (172+180/200) (Stage 1 Complete, 152/250 Stage 2)
The construction of a massive quantity of new schooling institutions for the youth of the Union is initiated with an attached large force of both educators and construction workers recruited to help in the construction. All over the nation's towns and cities, another series of large schools are constructed so that those with some degree of promise can receive a full education. There is, however, still a persistent shortage of trained educational professionals as many projects are recruiting them in bulk. Due to the lack of professional teachers, normal workers capable of the students' tasks are teaching during most education. Then, past the middle of the educational system, actual university-educated professionals take over the task. So far though, the mass of schools have opened their doors to a massive class of students even as the buildings are in the middle of construction.
Start of Mass technical literacy programs: While it would be challenging to reach all of the workers of the Union and teach them what is needed, such an effort is critical to ensure that they know how to handle new innovative appliances and technology. The first wave of these programs will primarily affect factory workers by teaching them the bulk of their machinery's base operational mechanisms and how to handle it more efficiently. (10 Resources per dice (63+0/200))
A series of technical courses and demonstrations are offered to the newly inbound factory workers on their machines' specific functionalities and the various capabilities. While most already knew some of the features, large portions of work shifts learn new information on their machines' exact functioning. The most significant gains, however, come in the training of freshly recruited personnel for industrial plants. As the presence of a staple of overall training, even if it is only on a single shift of an entire industrial plant, has a notable effect on the others with the top tips that are found rapidly percolating to the full staff. However, the issue is that the resources allocated over these six months have been insufficient to reach the numerical majority of work crews as thousands of enterprises require such training.
Bureaucracy
Encourage the Formation of Female Cadres: With the current need for additional labor reaching a critical point, it would make sense to encourage multiple female cadres of factory workers to form to allocate more labor to other industrial enterprises. These would necessarily pull a multitude of women from their homes. Still, the need for additional factory labor is significant enough that such a change is necessary to maintain the break-neck pace of industrialization. (-5 Party Support) (DC 40/118) (Complete)
With a new order to the multitude of enterprises and lower officials of the VSNKh, a massive number of positions have been opened to women in Industrial plants. While the current quantity recruited is relatively low compared to initial expectations, additional personnel's slow trickle to the labor force has offered considerable gains. Factories that had previously been a lower priority for labor are now receiving hundreds of new personnel. Although training is near-universally lacking, the apprenticeship system has allowed a considerable number to become more experienced slowly.
Current Economic Issues:
Rail: Moderate Shortage
Coal: Minor Surplus
Steel: Meeting Demand
Energy: Minor Local surpluses and shortages
Food: Minor Surplus
Labor: Minor Surplus