Broiler Profitability Calculator and Agribusiness Financial Model

I have created a fully dynamic and formatted broiler-profitability-calculator.xlsx workbook to model your farm's economics and analyze financial feed cost ratios.

What's Inside the Workbook

The spreadsheet is divided into three specialized tabs, using professional formatting, absolute cell references, and clear color coding (blue for inputs, green for calculated outputs, and gray for subtotals):

#### 1\. Overview & Legend

• An introductory portal defining the financial formulas used (Net Profit, Unit Cost, and Gross Margin %) 1, 2\.
• A visual formatting legend so that any external reader or bank manager can instantly identify which cells are editable assumptions versus protected formulas.
• A Table of Contents with descriptions of each model.

#### 2\. Malawi Broiler Model (Own Feed vs. Commercial Feed)

• Recreates the agribusiness case study comparing On-Farm Mixed Feed (Own Feed) against Commercial Feed 1, 3\.
• Fully Dynamic Scaling: You can edit the Batch Size (defaults to $300$ chicks) 1, Mortality Rate (defaults to $5\\%$ as advised by veterinary guidelines) 4, or Retail Selling Price (defaults to $MK\\ 5,500$) 5, and the entire sheet automatically recalculates.
• Precise Feed Projections: Feed bag requirements dynamically scale based on standard feed consumption ratios per bird (0.5 kg starter, 1.0 kg grower, and 2.1 kg finisher) 1, 6\.

Embedded Analytics: Features an embedded chart comparing the Gross Margins of the two feeding systems 1\. On-farm mixed feed expands the gross margin to $27.7\\%$ compared to $13.4\\%$ on commercial feed due to a $15\\%\\text{–}18\\%$ reduction in feed manufacturing costs 1\.*

#### 3\. Smart Farming Case Study (Conventional vs. IoT Automation)

• A high-fidelity model comparing a conventional $1,000$-bird broiler house against a Smart IoT-enabled house 7\.
• Integrates real journal data illustrating how automated climate and precision feeding lower FCR from $1.70$ to $1.52$ 7, reduce mortality from $4.6\\%$ to $2.9\\%$ 7, 8, and slash labor costs 7\.
• Computes net profit per 35-day cycle ($1,000$ birds), demonstrating a profit jump from $$169$ ($4.7\\%$ margin) to $$907$ ($21.9\\%$ margin) 7\.
• Includes an embedded column chart comparing bottom-line profitability 7\.

Key Formulas Implemented

Feed Scaling (Starter): \=ROUNDUP(Batch\_Size \ 0.5 / 50, 0\) (converts per-bird kg requirements into standard 50 kg bags, rounding up to the nearest whole bag) 1
Survived Birds: \=ROUND(Batch\_Size \ (1 \- Mortality\_Rate), 0\) 1
Gross Margin %: \=IFERROR(Gross\_Profit / Total\_Cost, 0\) (wrapped in error handling to prevent \#DIV/0\! if inputs are cleared) 9*

You can download broiler-profitability-calculator.xlsx directly from your Studio panel on the right. Try changing the "Flock Batch Size" on Tab 2 to $1,000$ or $5,000$ to see how your economies of scale behave\!
📊 I can build a sensitivity analysis matrix on a new tab—evaluating various chicken market prices against fluctuating feed bag costs—to help map out your risk profile. Would you like me to add that?

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Sources of Trust / References