EVE Online PI Calculator
An advanced tool to calculate and optimize your Planetary Interaction (PI) profits.
Choose the Planetary Commodity you want to produce.
The market price for one unit of your final product (e.g., Coolant).
Price for one unit of the first required P1 material.
Price for one unit of the second required P1 material.
Your total tax rate at the Player Owned Customs Office (NPC tax + Corp tax).
Net Profit per Cycle (5 units)
Profitability Breakdown
What is an EVE Online PI Calculator?
An eve online pi calculator is an essential tool for any player involved in Planetary Interaction, one of the most complex yet potentially lucrative industrial activities in EVE Online. PI allows players to build colonies on planets to extract raw materials and process them into valuable commodities. This calculator helps you navigate the complex economic web of PI by accurately forecasting the profitability of your production chains.
Players use these calculators to determine whether a specific production line, from P1 materials to advanced P4 commodities, will yield a profit after accounting for variable market prices and taxes. Without a proper eve online pi calculator, it’s easy to lose ISK due to unfavorable market conditions or high Player Owned Customs Office (POCO) taxes. This tool is for industrialists who want to make data-driven decisions rather than guessing at profitability.
EVE Online PI Calculator Formula and Explanation
The core of any PI calculation is the profit formula. Our calculator simplifies this for you, but understanding the mechanics is key. The basic formula is:
Net Profit = Total Revenue - (Total Material Cost + Export Tax)
This formula determines your final earnings from a production cycle. It subtracts both the initial cost of your materials (whether you buy them or value them at market price) and the taxes incurred from exporting the final product off the planet.
Variables Table
| Variable | Meaning | Unit | Typical Range |
|---|---|---|---|
| Product Sell Price | The market value of a single unit of your finished commodity (e.g., P2 Coolant). | ISK | 10,000 – 500,000+ |
| P1 Input Price | The market value of a single unit of the required P1 input material. | ISK | 1,000 – 30,000 |
| POCO Tax Rate | The combined NPC and player-set tax for exporting goods from a planet. | Percentage (%) | 5% – 20% |
| Units per Cycle | The number of finished products created in one factory cycle (typically 5 for P2). | Count | Fixed per schematic |
Practical Examples
Example 1: Producing Coolant
Let’s calculate the profit for producing Coolant (P2), which requires Water (P1) and Electrolytes (P1). We’ll assume a moderate tax environment.
- Inputs:
- Water Price: 12,500 ISK / unit
- Electrolytes Price: 13,000 ISK / unit
- Coolant Sell Price: 55,000 ISK / unit
- POCO Tax Rate: 8%
- Calculation:
- Total Revenue (5 units of Coolant): 5 * 55,000 = 275,000 ISK
- Material Cost (40 Water + 40 Electrolytes): (40 * 12,500) + (40 * 13,000) = 500,000 + 520,000 = 1,020,000 ISK – Wait, the ratios are per cycle. A cycle producing 5 P2 units requires 40 of each P1. Let’s re-evaluate based on prices for the amount needed. Let’s assume input prices are per 40 units for simplicity. Cost = 12,500 + 13,000 = 25,500 ISK.
- Corrected Material Cost (Using a more realistic price per unit): Let’s say Water is 350 ISK/unit and Electrolytes are 380 ISK/unit. Cost = (40 * 350) + (40 * 380) = 14,000 + 15,200 = 29,200 ISK.
- Revenue (5 units): 5 * 55,000 = 275,000 ISK. This seems too high. A realistic P2 price is more like 10,000 ISK. Let’s use that. 5 * 10,000 = 50,000 ISK.
- Export Tax: 50,000 ISK * 8% = 4,000 ISK
- Result (Net Profit): 50,000 – (29,200 + 4,000) = 16,800 ISK
Example 2: Producing Enriched Uranium in High-Tax Space
Here, a high tax rate significantly impacts profits for Enriched Uranium (P2), which needs Precious Metals (P1) and Toxic Metals (P1).
- Inputs:
- Precious Metals Price: 450 ISK / unit
- Toxic Metals Price: 300 ISK / unit
- Enriched Uranium Sell Price: 12,000 ISK / unit
- POCO Tax Rate: 15%
- Calculation:
- Total Revenue (5 units): 5 * 12,000 = 60,000 ISK
- Material Cost: (40 * 450) + (40 * 300) = 18,000 + 12,000 = 30,000 ISK
- Export Tax: 60,000 * 15% = 9,000 ISK
- Result (Net Profit): 60,000 – (30,000 + 9,000) = 21,000 ISK
How to Use This EVE Online PI Calculator
Using this calculator is a straightforward process designed to give you quick insights:
- Select Product: Use the dropdown menu to choose the P2 commodity you wish to produce. The required P1 inputs will be updated automatically.
- Enter Market Prices: Input the current Jita (or your local hub) sell price for the final product and the buy prices for the two P1 input materials. Accurate, real-time prices are crucial for a valid calculation.
- Set Tax Rate: Enter the total export tax rate at your planet’s POCO. Remember to sum the NPC portion and the owner’s corporation portion.
- Interpret Results: The calculator instantly displays your Net Profit per cycle, along with a breakdown of revenue, costs, and taxes. The chart provides a visual representation of your profit margin.
- Adjust and Optimize: Change input values to see how market fluctuations affect your bottom line. This helps you decide the best time to sell or which products to manufacture. See our Jita Market Analyzer for more on this.
Key Factors That Affect PI Profitability
Several dynamic factors can influence the outcome of your PI operations. A good capsuleer always keeps these in mind:
- Market Volatility: The prices of both raw materials and finished goods can change rapidly. What is profitable today might be a loss tomorrow.
- POCO Taxes: Tax rates vary wildly between high-sec, low-sec, null-sec, and wormhole space. A low-tax POCO can dramatically increase profit margins.
- Character Skills: Skills like
Customs Code Expertisecan reduce the NPC portion of high-sec taxes, providing a small but consistent boost to your income. - Planet Resources: For those extracting their own P0 materials, the richness of a planet’s resources dictates the volume of P1 you can produce, directly impacting overall output. Check out our Planetary Resource Guide for help.
- Hauling Distance: The time and risk involved in transporting goods from your planets to a trade hub are indirect costs that should be considered.
- Production Chain Efficiency: Advanced setups involving factory planets that process materials from multiple extractor planets can achieve economies of scale but require more logistical effort.
Frequently Asked Questions (FAQ)
Yes, PI can be a great source of semi-passive income, even for new players. Starting with a simple P0 to P1 extraction setup is a low-skill, low-investment way to learn the mechanics before scaling up.
These are tiers of processed goods. P1 is made from raw materials (P0), P2 is made from two different P1s, P3 from P2s, and so on. Complexity and value generally increase with each tier.
For maximum accuracy, you should update the prices every time you plan a new production run or sale, as EVE’s market can fluctuate daily.
This specific calculator focuses on a common factory planet scenario where you buy P1 materials from the market and process them, so it only calculates export tax. A full extraction-to-production chain would also need to account for import taxes on materials moved between planets.
A factory planet is a colony dedicated solely to manufacturing, not extraction. You import raw or processed materials to the planet and use its facilities to produce higher-tier commodities. This is often more efficient for P2+ production.
The EVE University Wiki and various third-party tools can help you find planets with rich resources. Generally, planets in low-sec and null-sec have much better resource concentrations than those in high-sec. Our Null-Sec Exploration Guide may be of use.
This varies widely based on the product and market conditions. Generally, a margin of 20-50% is considered decent for many P2 products, but some high-demand items can yield more. Anything positive is a win!
No, due to CPU and Powergrid limitations on planetary command centers, it is not possible to run a full P0-to-P4 chain on one planet. You must use multiple specialized planets and transport materials between them.