SEGINI UNTUNGNYA..‼️Analisa idea usaha budidaya ikan lele 1000 ekor di kolam terpal.

Summary

This transcript outlines the financial aspects of fish farming, discussing the conversion of fish numbers into weight, the cost of fish feed, and the impact of the Feed Conversion Ratio (FCR) on profitability. The speaker explains that for every 1,000 fish, they estimate 100 kilos of weight, factoring in a market price of 18,000 and additional costs like feed. The calculation of feed cost is demonstrated with an example involving 3 sacks of feed, totaling 1.08 million, leading to a net income of 500-600,000. Variations in FCR are acknowledged, depending on environmental factors like water temperature.

Takeaways

• 😀 Fish farming estimate: 1 kilo equals approximately 10 fish, so 1000 fish equals 100 kilos.
• 😀 The current market price for 100 kilos of fish is 1.8 million silver (18,000 per kilo).
• 😀 The cost of fish seeds is 150 silver per fish, totaling 150,000 silver for 1000 fish.
• 😀 FCR (Feed Conversion Ratio) is typically 1:1, meaning 1 kilo of feed equals 1 kilo of fish meat.
• 😀 FCR can vary, with some farms having a ratio of 0.7 to 0.5, but the standard here is 1:1.
• 😀 For 100 kilos of fish, 3 sacks of feed are required, costing approximately 1.08 million silver.
• 😀 After subtracting costs (feed, seeds), the income from 100 kilos of fish is roughly 500-600,000 silver.
• 😀 Each fish farm may have unique conditions that affect costs and FCR, such as water temperature and location.
• 😀 Farm practices can vary significantly, with different ponds having distinct results based on local conditions.
• 😀 Effective management of FCR and farm conditions is essential to maximize profitability in fish farming.

Q & A

What is the estimated weight of 1000 fish based on the script?

The script estimates that 1000 fish weigh approximately 100 kilograms, based on the calculation that 1 kilogram equals 10 fish.

How does the script describe the current market price of fish?

The current market price for 100 kilograms of fish is 18,000 (currency is unspecified), which equates to 1.8 (likely referring to a value of 1.8 million).

What is the cost of seeds for fish as mentioned in the script?

The cost of the seeds, size 45 or 56, is stated to be 150 silver per fish. Therefore, for 1000 fish, the total cost would be 150,000 silver.

What does the term FCR mean in the context of the script?

FCR stands for 'Feed Conversion Ratio'. It indicates that for every kilogram of feed (pellets), you get one kilogram of fish meat. The script mentions that their FCR is usually 1:1, meaning 1 kg of feed for 1 kg of fish.

What are the typical costs associated with buying pellets in the script?

For the 100 kilograms of fish, the script mentions that 3 sacks of pellets are needed, with each sack costing approximately 360,000, totaling around 1,080,000 for the pellets.

What is the estimated profit for the farm after considering costs?

After deducting the costs of the seeds (150,000) and the pellets (1,080,000), the script estimates the farm's profit at around 500,000 to 600,000 silver from the sale of 100 kilograms of fish.

How does FCR impact the farm's profitability in the script?

FCR plays a significant role in profitability. A lower FCR (e.g., 0.7 to 0.5) would imply that less feed is required to produce the same amount of fish, potentially increasing profitability. The script mentions they use a 1:1 FCR, but some farms may achieve a better ratio.

Why does the script suggest that each farm may have different practices and results?

The script suggests that each farm has its own unique conditions, such as water temperature and quality, which can affect the fish's growth and feed efficiency, leading to variations in results across different farms.

What external factors are mentioned that could affect fish farming?

The script highlights that factors like temperature and water conditions can influence the efficiency of fish farming, especially concerning the FCR and overall productivity.

What is the main challenge faced by the farm in the script when it comes to feed conversion?

The main challenge mentioned is achieving a feed conversion ratio below 1.0, which the farm aims to do, but it varies due to factors such as water quality and environmental conditions, making it difficult to replicate optimal results consistently.