Tower Defense Strategy

　　 Back to research and development.

　　 A radiant thermoelectric generator was added, and building materials were prepared with a capacity of 50, and the research power was still only 310.

　　 This power climbing technology, as soon as it climbs, it climbs to the early morning of the 14th replenishment day.

　　"Advanced Nuclear Energy 4:

　　Unlock the fusion fuel synthesis device and use seawater and ore to produce fusion fuel (or use an alternative combination)

　　Unlock the micro nuclear reactor (for vehicles

　　 The 3 nuclear energy technologies at level 5 are fully developed, and research can be temporarily released to increase power output.

　　 Nuclear Fusion Module (Tokamak), construction cost...1500 mines!

　　 Level 5 supplies only 600 mines a day, and a mixed mine high-efficiency mine only has a net profit of 720 mines a day. 1500 mines are definitely not cheap.

　　 But compared with the thermal core in front, it seems very cost-effective, after all, 500 electricity.

　　 A set of thermonuclear modules was dismantled, and the remaining electricity barely supported the production capacity, and the remaining dozens of electricity were placed anywhere.

　　 190 production capacity, plus almost half of the materials prepared before, completed the nuclear fusion module at 7 am on the 14th replenishment day.

　　 The fusion fuel synthesis device is technologically behind the big electricity, but as a one-to-one intermediate resource supporting device, it is only slightly more expensive than the nuclear material module, 300 mines.

　　 A nuclear material module was dismantled during construction, and the time difference between the two facilities of the thermonuclear suit was dismantled. The nuclear material produced can ensure that the remaining thermonuclear devices do not need to be powered off tomorrow.

　　 Fusion fuel synthesis device comes with three production methods.

　　The first type of sea water plus ore, the demand is 20/hour of sea water and 2/hour of ore. The advantage is that the ore consumption is very low, which greatly reduces the ore burden brought by the fuel for power generation.

　　 The second ore, water, and lithium ore, all of which are 5/hour demand. It is difficult to achieve, because lithium mines are rare on land and are much harder to find than seawater.

　　The third type requires only ore and water, and requires 15/hour of ore and 5/hour of water.

　　 In short, if there is no sea water, just add a little more ore and add more lithium ore. If there is no sea water or lithium ore, then the ore consumption will double and double again!

　　 But because the power generation capacity of the big electricity is too high, even if the expenditure of 15 mines, the consumption of 100 electricity 3 ore is still lower than the thermonuclear, and I can only endure the pain of using it.

　　 The first kind of octopus does not need to be considered here.

　　Water pump, level 1 unlocked together with the underground water extractor, only 10 mines, just like gunpowder weapons and machine guns, it is the cheapest equipment in the game, just throw it directly into the sea to the east, and it can be repaired at any time.

　　 There is a pipeline fee to be paid during construction, the distance is two kilometers, and the mine is 20 mines.

　　 Ground pipelines will also be destroyed by monsters, but the cost of two kilometers is limited and it doesn’t matter.

　　 The fusion fuel synthesis device consumes 50 electricity, and the water pump consumes only 5 electricity. Add them together, the fusion module brings 445 net electricity benefits!

　　 At twelve o'clock at noon, the first fusion fuel was in place, and the electricity took off at a sudden.

　　 560 ore remains. I want to build a second fusion device, but I can’t do anything about it.

　　 The speed of research and development has increased, and the next step is to solve the problem of mining.

　　 With the energy support of Tokamak, in the evening, the solution came.

　　" Osmotic drilling:

　　Unlocking the osmotic drilling device, the efficiency is twice that of high-efficiency drilling, but it consumes a lot of water resources. "

　　 At this stage, the base’s water facilities only include thermonuclear modules and biomass fuel production devices. With the addition of daily water consumption by personnel, the average consumption per hour is less than 10 units.

　　The groundwater extraction machine is supported by the super-efficient permeable structure (monster), and it can produce 30 water.

　　 But it’s not enough, one osmotic drilling rig requires 50 water!

　　 There is no lake in front of me, and the sea water is purified without telling it, and it is easy to be overthrown by little monsters. The only option is underground water.

　　 At this time, the second installation mode of the groundwater extraction machine will be adopted, the production tank installation. (The first one is the accessory space provided by the base)

　　The groundwater extraction machine is an accessory. One production tank can be packed into two sets, two are enough to support one osmotic drilling, and there is a little more margin. This margin can't be used temporarily.

　　 A new production tank needs to be opened here, a 200 mine, plus two extraction machines 40, which will be ready soon.

　　 The outside mine needs to be demolished and rebuilt, because it is not an upgraded system of the previous drilling mode, and uses another series of drilling technology.

　　 Demolition of the No. 1 mine, ore +28.

　　 The resource for reconstruction becomes 200+40 (well depth) + 10 (water pipeline).

After the completion of 　　, the ore output soared directly from 30 in the high-efficiency mine to 75!

　　The power consumption has also increased dramatically, from 40 to 100!

　　 To be honest, even if there is a osmotic mixed mine, it will still have to be built for a long time and idle for a long time if it is developed at level 5.

　　 Fortunately, there is a second mine on the island.

　　 If slotting is needed, the ore is not enough.

　　 Octopus reluctantly dismantled the high-efficiency production equipment that had been in service for more than ten days this time, and its production capacity was temporarily reduced to 160.

The reconstruction cost of 　　 No. 2 mine shaft is 200+100+20, and there are two sets of groundwater 40.

　　 After completion, the production capacity will be 50, and the power consumption will be 150!

　　The power is starting to run short again!

　　At this time, the power users of the base include laboratories×3, fusion material synthesis, nuclear materials, dual mines, 1 water pump, 4 groundwater, and fuel installations.

　　 One round of losses, 1,000 power output, was beaten to less than 500, and barely more than 300 when the production capacity was fully opened.

　　 So the second fusion device is very necessary.

　　The mine is not enough, but the output of the new mine, after deducting the permanent loss, can be slotted with a capacity of 106, and the efficiency is not bad.

　　 The removal of the high-efficiency production facility left two tanks, one of which was occupied by the underground water supply of the No. 2 Mine, and the remaining one was reserved for the second set of fusion.

　　 Only need to open two power slots, and then remove the thermonuclear module later.

　　 Soon it turned to the early morning of the 15th replenishment day. After receiving the replenishment, the production capacity was fully opened.

　　 Get two slots, stock up building materials, and steal electricity again.

In the middle of the day, I did nothing else. I waited until the ore until 4 pm, and finally finished the second set of nuclear fusion intermittently~www.wuxiaspot.com~ After deducting the midway to replenish ammunition and repair the building, there are less than 100 mines left. .

　　 The second set of nuclear fusion has started, and the octopus can't stand it anymore, so quickly switch off all the basic electricity!

　　 20 sets of basic electricity, consuming 240 mines every day to produce fuel! More than a thousand mines have been burnt in the few days since I was promoted to level five!

　　 After turning them off, the fuel device only needs to be turned on once a day, which is enough for the existing mobile units. This matter is left to the adjutant Lei Jing, and only 100 units of fuel are kept in the base.

　　 As soon as the gate was opened here, all aspects of the base were getting better.

　　The total electricity output is 1,180, the total expenditure is 545, and the electricity surplus is 635.

　　 After the basic electricity was switched on, the electricity surplus was not very exaggerated. The main point was to dismantle the thermonuclear and shut down the fuel device, reducing the cost of ore on the power generation side to 4 units.

　　 There is a set of nuclear material modules left without stopping. Nuclear fuel is the fuel required by both Level 5 and Level 6 mechas, and radiation thermoelectric generators are also needed. If the corresponding samples are not available, the nuclear material modules that will be dismantled later may have to be replaced.

　　 But even if nuclear materials are included, the fixed ore consumption is only 9 units at this time, and the surplus of the two rebuilt osmotic mines is 116 units.

　　The intermittent geological scans on the island have located 3 single mines so far. If it is not fatal, he can also try to use the combined mines to continue to accumulate ore production.

　　Using osmotic mines, combined mines can combine 50 units of ore output at the cost of a complete set of Tokamak’s electricity revenue and 50 base production and processing capacity.

　　 Converting these costs into ore and construction time, you know that it is not worthwhile at all. Octopus estimates that it will require a level 7 or even a level 8 base to more easily use a single mine.