Phân Loại Nguyên Liệu TACN: Nhóm Năng Lượng, ĐạmAnimal Feed Ingredients: Energy vs Protein Sources

Animal Feed Ingredients: Understanding the Energy and Protein Groups

A complete animal feed ration can include dozens of ingredients, but most of them fall into one of two core categories: the energy group and the protein group. As an importer and distributor of animal feed ingredients to mills across Vietnam, Phuc Hung has found that understanding the role each group plays not only helps mills optimize their feed formulations but also supports better planning around supply and ingredient budgets.

Why Vietnam’s Livestock Industry Relies Heavily on Imported Ingredients

Domestic corn and soybean production currently covers only a small share of what Vietnam’s industrial feed manufacturing sector needs, with the remainder sourced from major global agricultural markets. This is why the ingredient supply chain — from international sourcing and shipping to domestic warehousing and distribution — matters just as much as ingredient quality in keeping mills reliably supplied.

The Energy Ingredient Group

This group makes up the largest share of a feed ration, supplying most of the energy animals need for growth and daily activity. Common ingredients in this group include:

Corn: the primary energy source in most industrial feed formulations, valued for its high starch content and digestibility.
Dried cassava chips: a widely used alternative energy source, particularly when corn prices swing sharply — an area where Phuc Hung is active on both the import and export side.
Rice bran and wheat bran: milling by-products commonly used to adjust the energy and fiber balance of a ration at a more economical cost.

The Protein Ingredient Group

This group supplies the essential amino acids animals need for muscle growth and development. It typically makes up a smaller share of the ration by volume but accounts for a larger share of total cost due to higher ingredient prices. Key ingredients include:

Soybean meal: the most widely used plant-based protein source in the global feed industry, largely sourced from major soybean-producing markets such as the United States, Argentina, and Brazil — markets where Phuc Hung has built direct partnerships.
Fish meal: a high-value animal protein source, commonly used in rations for young animals or aquaculture.
DDGS (dried distillers grains with solubles, a by-product of ethanol production): a combined protein and energy source that has become increasingly popular due to its competitive cost.

Quick Summary of the Differences

Main role: the energy group supplies energy for growth and daily activity, while the protein group supplies amino acids for muscle development.
Share of the ration: the energy group makes up the largest share by volume, while the protein group is smaller by volume but accounts for a larger share of total cost.
Representative ingredients: the energy group includes corn, cassava chips, rice bran, and wheat bran; the protein group includes soybean meal, fish meal, and DDGS.
Primary sourcing: the energy group is largely sourced domestically and regionally, while the protein group is mostly imported from markets in the Americas.

Why Balancing the Two Groups Correctly Matters

A shortfall in the protein group slows animal growth and worsens feed conversion efficiency, while an excess drives up ration costs unnecessarily. On the other hand, when the energy group faces supply instability — for instance, when global corn prices swing with the harvest cycle — mills need a flexible alternative, such as shifting a portion of the formulation to cassava chips, to keep production costs stable without compromising ration quality.

With warehouses in Hai Phong, Quy Nhon, and Tay Ninh, along with direct partnerships in major agricultural markets, Phuc Hung works to maintain a stable supply of both ingredient groups, helping feed mills plan their raw material needs further ahead rather than reacting to short-term market swings.

(This article shares general industry knowledge on animal feed ingredient classification based on common industry practice; the specific nutritional specifications of each shipment follow its accompanying quality analysis certificate.)