Welcome to SimCity (2013), the city-building simulation game from Maxis where you’ll master the urban sprawl and build the metropolis of your dreams. You’ll be zoning residential, commercial, and industrial areas, managing resources, and dealing with the consequences of your urban planning decisions. It’s a game about creating impressive skylines and fostering economic prosperity, all on PC and macOS.
This guide is here to help you unlock the secrets to efficient city planning and success. We’ll cover everything you need to know to build a thriving city, from laying down the first road to managing complex city services and achieving your urban development goals.
Part 9
Compare Coal, Oil, Solar, and Nuclear power plants in SimCity (2013). Learn about costs, maintenance, power output, and pollution to choose the best option for your city.
Alright, let's talk about powering your city in SimCity (2013)! This section is all about the different power plants you can build, and each one has its own pros and cons. We'll break down Coal, Oil, Solar, and Nuclear power so you can make the best choice for your burgeoning metropolis.
First up, Coal Power Plants. These are your workhorses for generating a ton of power, but they come with a big downside: pollution. They use a non-renewable resource, so you'll need to keep importing coal if you don't have local deposits. They're cheaper to build and maintain than oil plants, and you can even ditch them later for a cleaner alternative if needed. If you're just starting out or need a lot of power without a huge initial investment, coal is a solid, albeit dirty, choice.
Then there's Oil Power Plants. They're a bit more efficient than coal and produce less pollution, but they're pricier upfront and have higher maintenance costs. If you're planning a city that specializes in oil production, the constant supply makes an oil power plant a worthwhile investment. However, for most other cities, coal is generally the more economical option because it's cheaper to start, maintain, and import. If you do go with oil, you won't need a massive footprint. Just leave some space for expansions, and consider investing in the cleaner, more expensive upgrades. They might cost an extra 500/hr in maintenance on top of the regular generator's 750/hr, but they use less oil and pollute less.
Solar Power
Solar Power Plants are quite the space hogs, similar to Wind Power Plants. A basic Solar Power Plant takes up about the same space as a Large Turbine and generates comparable power. So, why bother? The real magic happens if you've researched the Concentrated Solar Array at your University. That upgrade makes solar incredibly worthwhile. If you haven't, you might be better off looking into Nuclear power or sticking with your current, possibly polluting, power source.
| Name | Cost | Power Generated | Maintenance |
| Solar Power Plant | 33000 | 8MW/hr | 145/hr |
EXPANSIONS
| Name | Cost | Power Generated | Maintenance |
| Sign | 200 | N/A | 0 |
| Fixed Solar Array | 16000 | 12.1MW/hr | 105/hr |
| Concentrated Solar Array | 40000 | 37.5MW/hr | 320/hr |
Nuclear Power
In my book, Nuclear Power is the king, especially for cities focused on high-tech industries and education. It doesn't consume any resources, cranks out an insane amount of power for a cost comparable to an oil plant, and, best of all, produces zero pollution if your workforce is educated. The catch? Radiation. Nuclear plants only become dangerous if they're staffed by uneducated workers. So, if your city boasts a good University, Community College, and High School, you're golden.
An educated workforce is absolutely key here. Without it, you risk contaminating your entire city – nobody wants those three-eyed llamas running around, right? If you're confident in your city's education level, go ahead and build that nuclear plant. Find a spot where you can easily expand it, either from the back or sides. While the reactors themselves are pricey to maintain, they provide a massive energy boost. Feel free to research the more advanced reactors if you have the time, but the initial one should more than cover your electricity needs.
| Name | Cost | Power Generated | Maintenance |
| Nuclear Power Plant | 145000 | 200MW | 1300/hr |
EXPANSIONS
| Name | Cost | Power Generated | Maintenance |
| Sign | 200 | N/A | 0 |
| Gen I Thermal Reactor | 45000 | 200MW | 1200/hr |
| Gen II Thermal Reactor | 75000 | 400MW | 2300/hr |
| Fast Neutron Reactor | 130000 | 600MW | 3200/hr |
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