Experience the Beauty of Coal Power Stations with this Satisfactory Guide

Table of Contents

1. Introduction
2. Understanding the Math behind Coal Power Generation
3. Building the Power Plant: Step-by-Step Guide
   • Step 1: Placing the Foundations
   • Step 2: Placing the Power Generators
   • Step 3: Setting Up the Coal Splitters
   • Step 4: Placing the Water Extractors
   • Step 5: Running the Walkways and Pipes
   • Step 6: Connecting the Power Plants and Water Inputs
   • Step 7: Running Walls and Connectors
   • Step 8: Connecting the Generators to Power Poles
   • Step 9: Adding Aesthetic Touches
4. Expanding the Power Capacity
5. Conclusion

Building a Beautiful Coal Power Plant in Satisfactory: A Step-by-Step Guide

Welcome back to another satisfying guide on building a beautiful coal power plant in Satisfactory with underfed conveyors and pipes. In this video, we will dive deeper into the layout and construction process of power generators, providing you with a detailed step-by-step guide. Whether you're new to the game or looking for more efficient designs, this guide will help you create a visually appealing and highly functional coal power plant. So, let's get started!

Introduction

Before we proceed with the construction process, it's essential to understand the math behind coal power generation. This knowledge will help us optimize our setup and ensure we have enough resources to meet the power demands of our factory.

Understanding the Math behind Coal Power Generation

A coal-powered generator requires 15 coal per minute at its peak production. To effectively transport coal to the generators, we need to consider the conveyor belt's capacity. For coal generators, a Mark 1 belt is sufficient.

Water consumption is another critical factor to consider. A coal power plant consumes 45 cubic meters of water per minute. Fortunately, a water extractor can produce 120 cubic meters of water per minute, which is sufficient for multiple power plants. By using two water extractors, we can power five generators with some water left over. With three extractors, we can cater to eight coal power plants.

However, there's a limitation when it comes to transporting the water. Pipes can only hold a maximum of 300 cubic meters of water. As we're producing 360 cubic meters of water, we'll need to run two pipes: one for the first few power plants and another to join the pipe later on, providing enough water for the remaining three power plants.

Building the Power Plant: Step-by-Step Guide

Now that we understand the math behind coal power generation, let's dive into the construction process. We'll break it down into several steps for easier understanding and implementation.

Step 1: Placing the Foundations

Begin by placing eleven foundations in a straight line, extending five foundations backward. One row will be for the resource bus and manifold, while the other four will accommodate the power generators. Ensure the foundations are slightly below the water's surface to maintain a desired aesthetic.

Step 2: Placing the Power Generators

Next, place a wall along the farthest lifted foundation edge where the power generators will be. This wall will aid in easier generator placement. Install eight generators in a row, leaving one space from the edge.

Step 3: Setting Up the Coal Splitters

To transport coal efficiently, we need to set up coal splitters along the bus below the generators. Place the splitters directly in the center of the foundation. Check that the elevators can reach the power plants, ensuring the outputs align with the inputs.

Step 4: Placing the Water Extractors

Carefully place the water extractors in the three by three spaces, ensuring the first two extractors face each other. This placement allows for easy connection of their outputs. The third extractor should be placed behind, facing the middle extractor.

Step 5: Running the Walkways and Pipes

Run walkways as close to the extractors as possible, creating sections that will serve as ramps from the power generators to the extractors. This will aid in efficient movement within the power plant setup.

Step 6: Connecting the Power Plants and Water Inputs

Connect the power plants' water inputs to the manifold pipe, ensuring all plants are efficiently supplied with water. Additionally, run walls behind the power plants to connect the generators to a powered wall joint and a pole in the corner.

Step 7: Running Walls and Connectors

Extend walkways along the side of the power plants, connecting them with ramps to the extractors. Connect the generator walkway with ramps down to the extractors. Run a power pole down along the walkway route, connecting them together on the same grid.

Step 8: Connecting the Generators to Power Poles

Finally, connect the generators to power poles by placing poles in the corners of the walkways by the generators. Run these power poles down along the adjacent walkways near the extractors, connecting them on the same grid. Delete the foundations beneath the water along the bus and around the walkways to achieve a clean aesthetic.

Step 9: Adding Aesthetic Touches

Use diagonal foundations underneath the water extractors to provide a flat foundation. Place two per foundation spot, maintaining a three by three high border around the extractors. Delete the surrounding foundations beneath the water and around the walkways near the extractors for a clean aesthetic.

Expanding the Power Capacity

Once your power plant is up and running, it's possible to expand the capacity of your setup. By following the same design principles, you can easily add additional rows of power generators, effectively doubling your power output.

Conclusion

Congratulations! You've successfully built a beautiful coal power plant in Satisfactory, providing a significant boost to your factory's power needs. Remember, understanding the math behind power generation and following the step-by-step guide will ensure the efficiency and effectiveness of your setup. Happy gaming!

Highlights

• Learn the step-by-step process of building a beautiful coal power plant in Satisfactory
• Understand the mathematical calculations and considerations behind coal power generation
• Optimize your layout for efficient resource transportation and power production
• Expand your power capacity by doubling your power generator setup
• Achieve a visually appealing power plant with functional design choices

FAQ

Q: How much coal does a coal-powered generator require per minute? A: A coal-powered generator requires 15 coal per minute at its peak production.

Q: What is the water consumption of a coal power plant? A: A coal power plant consumes 45 cubic meters of water per minute.

Q: How many water extractors are needed for efficient power generation? A: Two water extractors are required to power five generators with some water left over. Three extractors can cater to eight coal power plants.

Q: Can the power plant's capacity be expanded? A: Yes, you can easily expand the power capacity by adding additional rows of power generators.

Q: What is the total grid size for the extractors and power plant? A: The total grid size is 11 by 9 foundations, but if you mirror the build, you will need a total of 11 by 18 foundations.