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Arknights: Endfield: Power System Completely Improved! Golden Ratio Optimization Blueprint GuideThis guide resolves the power system issues encountered in Arknights: Endfield and introduces a new blueprint for factory optimization. It details how to maintain stable power generation from 3,400 to 6,600 using Wacky Integrated Power Version 3, reduce Wuling Medium Battery consumption, and achieve golden ratio optimization. You only need to replace three blueprints from the existing setup, so apply them now to start efficient factory operations.
1. 🎮 Power System Improvement and Stabilization
· 'Wacky Integrated Power Version 3' has been released to fix the power issues (blackouts) that occurred in the previous blueprint guide.
· After testing power generation from 3,400 to 6,600 using contaminated water processors, it was confirmed to operate stably without problems.
· Wuling Medium Battery consumption has been further reduced, and a method to perfectly match the golden ratio mentioned in the previous video is also included.
· Don't worry about overhauling your existing factory. You only need to replace three blueprints.
· If this is your first time watching this video, it is recommended to watch 'Blueprint Guide Version 2.0' first.
· Both the most error-prone 4,800 section (tested at 4,715) and the 4,200 section operate stably, and the 4,200 section does not require using lines divided by sorters, making it easy for beginners to use.
· The problem with the previous version was that too many sorters were used to divide 64,000 batteries into units of 100, which prolonged battery supply time and caused blackouts.
· The improved system uses two fixed lines and one variable line to eliminate random elements, and reduces the difference between fixed power generation and required power, allowing stable power splitting up to 5 times.
· After testing power generation from 3,400 to 6,600 using contaminated water processors, it was confirmed to operate stably without problems.
· Wuling Medium Battery consumption has been further reduced, and a method to perfectly match the golden ratio mentioned in the previous video is also included.
· Don't worry about overhauling your existing factory. You only need to replace three blueprints.
· If this is your first time watching this video, it is recommended to watch 'Blueprint Guide Version 2.0' first.
· Both the most error-prone 4,800 section (tested at 4,715) and the 4,200 section operate stably, and the 4,200 section does not require using lines divided by sorters, making it easy for beginners to use.
· The problem with the previous version was that too many sorters were used to divide 64,000 batteries into units of 100, which prolonged battery supply time and caused blackouts.
· The improved system uses two fixed lines and one variable line to eliminate random elements, and reduces the difference between fixed power generation and required power, allowing stable power splitting up to 5 times.
00:00 - 02:06
1. 🎮 Power System Improvement and Stabilization
· 'Wacky Integrated Power Version 3' has been released to fix the power issues (blackouts) that occurred in the previous blueprint guide.
· After testing power generation from 3,400 to 6,600 using contaminated water processors, it was confirmed to operate stably without problems.
· Wuling Medium Battery consumption has been further reduced, and a method to perfectly match the golden ratio mentioned in the previous video is also included.
· Don't worry about overhauling your existing factory. You only need to replace three blueprints.
· If this is your first time watching this video, it is recommended to watch 'Blueprint Guide Version 2.0' first.
· Both the most error-prone 4,800 section (tested at 4,715) and the 4,200 section operate stably, and the 4,200 section does not require using lines divided by sorters, making it easy for beginners to use.
· The problem with the previous version was that too many sorters were used to divide 64,000 batteries into units of 100, which prolonged battery supply time and caused blackouts.
· The improved system uses two fixed lines and one variable line to eliminate random elements, and reduces the difference between fixed power generation and required power, allowing stable power splitting up to 5 times.
· After testing power generation from 3,400 to 6,600 using contaminated water processors, it was confirmed to operate stably without problems.
· Wuling Medium Battery consumption has been further reduced, and a method to perfectly match the golden ratio mentioned in the previous video is also included.
· Don't worry about overhauling your existing factory. You only need to replace three blueprints.
· If this is your first time watching this video, it is recommended to watch 'Blueprint Guide Version 2.0' first.
· Both the most error-prone 4,800 section (tested at 4,715) and the 4,200 section operate stably, and the 4,200 section does not require using lines divided by sorters, making it easy for beginners to use.
· The problem with the previous version was that too many sorters were used to divide 64,000 batteries into units of 100, which prolonged battery supply time and caused blackouts.
· The improved system uses two fixed lines and one variable line to eliminate random elements, and reduces the difference between fixed power generation and required power, allowing stable power splitting up to 5 times.
02:07 - 02:57
2. 🛠️ Blueprint Preparations and Tianwang Area Application
· Preparations:
· Download the three blueprints located under 'Wuling Version 2.1' in the video description.
· Change 'No Stock Transfer' to 'Perium Shard'.
· Tianwang Area Blueprint Application:
· Move to the Tianwang area and remove all parts of the existing 'Wacky Tianwang Battle Part 2 Version 1' except for specific sections.
· Install 'Wacky Tianwang Battle Part 2 Version 2' in the same location and connect the dark paths.
· 'Night Rest Production Facility' has been added to solve the problem of food production dropping from 120.
· Set up Night Rest in the Night Rest Production Facility.
· Download the three blueprints located under 'Wuling Version 2.1' in the video description.
· Change 'No Stock Transfer' to 'Perium Shard'.
· Tianwang Area Blueprint Application:
· Move to the Tianwang area and remove all parts of the existing 'Wacky Tianwang Battle Part 2 Version 1' except for specific sections.
· Install 'Wacky Tianwang Battle Part 2 Version 2' in the same location and connect the dark paths.
· 'Night Rest Production Facility' has been added to solve the problem of food production dropping from 120.
· Set up Night Rest in the Night Rest Production Facility.
02:58 - 05:13
3. 🔋 Wuling Area Blueprint Application and Power Table Usage
· Wuling Area Blueprint Application:
· Install the 'Wacky 4 Canyons, Medium Battery' blueprint to the left of the Wuling area core.
· Check Power Consumption and Set Buffer:
· Press the core to check current power consumption, then refer to the new power table.
· Add a buffer of 100-200 to the power consumption (100 is sufficient, but 200 is recommended if you're unsure).
· Power Table Usage Guide:
· 4,600 Power Section Example:
· Adjust the number of contaminated water processors to match 4,600 power (e.g., 8 for 400, then remove 1 for 4,560 with a 50 buffer).
· According to the power table, connect 1 conveyor belt for the top line (4 Canyons), 3 for the middle line (Wuling), and 3 for the bottom line (Wuling).
· With a fixed power generation of 4,240 and a requirement of 4,560, there is a difference of approximately 300. The surplus power slowly drops over 3 minutes and 41 seconds, ensuring enough time for battery circulation and stable operation.
· Install the 'Wacky 4 Canyons, Medium Battery' blueprint to the left of the Wuling area core.
· Check Power Consumption and Set Buffer:
· Press the core to check current power consumption, then refer to the new power table.
· Add a buffer of 100-200 to the power consumption (100 is sufficient, but 200 is recommended if you're unsure).
· Power Table Usage Guide:
| Category | Details |
|---|---|
| Top Line | · Fixed use of 4 Canyons Medium Battery · Connect heat tanks according to the number indicated in the power table (e.g., 1 connected for 3,800 power) |
| Middle Line | · Fixed use of 1 Wuling Medium Battery |
| Bottom Line | · Select 4 Canyons or Wuling Medium Battery depending on the power range · Adjust the quantity of conveyor belts as specified in the power table |
· 4,600 Power Section Example:
· Adjust the number of contaminated water processors to match 4,600 power (e.g., 8 for 400, then remove 1 for 4,560 with a 50 buffer).
· According to the power table, connect 1 conveyor belt for the top line (4 Canyons), 3 for the middle line (Wuling), and 3 for the bottom line (Wuling).
· With a fixed power generation of 4,240 and a requirement of 4,560, there is a difference of approximately 300. The surplus power slowly drops over 3 minutes and 41 seconds, ensuring enough time for battery circulation and stable operation.
05:14 - 06:35
4. 💰 Resource Management and Efficiency Optimization
· Perium Management:
· There was concern about Perium shortage when producing 4 Canyons Medium Batteries, but it's not an issue as Perium used in existing Night Rest facilities is redirected.
· The Night Rest facility's material has been changed to Perium Shards so that production stops if there's no stock, preventing it from affecting the Medium Battery production line (Night Rest facility is a bonus concept).
· Originium Management:
· Producing Red Copper Equipment Parts consumes 20 food, which translates to the Medium Battery line resting for 5 units of food.
· During this rest, 5 Originium are stored in the Originium output line, accumulating a total of 90 Originium per minute.
· Battery Consumption Optimization:
· Even if 4 Canyons Medium Battery production is set to 4 per minute, only 67.5 are consumed per minute, meaning 22.5 accumulate per minute.
· Four 4 Canyons Medium Batteries supply approximately 1,680 power, enough to run 2 heat tanks at full capacity and use 1 in a variable line.
· By maximizing the use of 4 Canyons Medium Batteries and supplementing insufficient power with Wuling Medium Batteries, we succeeded in saving about half a Wuling Medium Battery.
· There was concern about Perium shortage when producing 4 Canyons Medium Batteries, but it's not an issue as Perium used in existing Night Rest facilities is redirected.
· The Night Rest facility's material has been changed to Perium Shards so that production stops if there's no stock, preventing it from affecting the Medium Battery production line (Night Rest facility is a bonus concept).
· Originium Management:
· Producing Red Copper Equipment Parts consumes 20 food, which translates to the Medium Battery line resting for 5 units of food.
· During this rest, 5 Originium are stored in the Originium output line, accumulating a total of 90 Originium per minute.
· Battery Consumption Optimization:
· Even if 4 Canyons Medium Battery production is set to 4 per minute, only 67.5 are consumed per minute, meaning 22.5 accumulate per minute.
· Four 4 Canyons Medium Batteries supply approximately 1,680 power, enough to run 2 heat tanks at full capacity and use 1 in a variable line.
· By maximizing the use of 4 Canyons Medium Batteries and supplementing insufficient power with Wuling Medium Batteries, we succeeded in saving about half a Wuling Medium Battery.