Worldwide wind turbines can be used together with hydroponics.
In the game world, players can freely build and manage their own cities. A wind turbine is a renewable energy power generation device that can generate electricity by harnessing the energy of the wind. Hydroponics, on the other hand, is a soilless cultivation method in which plants are grown through hydroponics. Although the two are not directly related in real life, they can be freely combined and used in the game. In the Ring World game, players can build wind turbines at appropriate locations in the city and perform hydroponics at the same time.
In the game ring world, players can use their own strategies and planning to combine different building facilities to realize the diverse functions of the city.
First build a power plant, and then connect the power grid to the wind turbine. In the game Cities Skylines, the way to connect electricity is to pull the grid. After the player builds a power generation facility, a blue area will appear. If this area is connected to the city, don't worry about it. If it is not connected to the urban area, the power grid will be installed. In the later period, cities and power plants were connected together, and the power grid could be dismantled. The power station is one of the most basic equipment in the skyline, including thermal power generation, wind power generation, tidal power generation, etc., and hydroelectric power generation is one of the more special power plants, which not only functions as power generation, but can also be used as a bridge. Hydropower actually relies on the upstream water flow to convert the potential energy generated by the downstream flow into electrical energy. So, when we build a hydroelectric power plant, we have to make sure that water is flowing through it. When our power plants are built too high, the water flow cannot pass through the power plants and cannot flow downstream. At this time, the power plants cannot generate electricity. Just lower the height of the power plant so that the water flow can pass through the power plant normally.