A commercial poultry project can be designed around today’s flock—or around the business the owner expects to operate several years from now.

That distinction mattered in this Nigerian project.

At the current stage, the requirement was clear: establish an automated housing and production system for 20,160 layers. But the owner also had a larger objective of developing the farm toward approximately 50,000 birds.

This meant LIVI had to look beyond a simple cage-capacity calculation.

The project needed to consider three questions from the beginning:

1. How can the current 20,160 birds be managed efficiently?
2. Which operations should be automated at the present stage?
3. How can today’s infrastructure decisions reduce obstacles to future expansion?

That distinction is particularly important for investors who intend to expand in phases.

The available house footprint made space utilization an important consideration.

H-type layer cages arrange birds vertically in multiple tiers, allowing commercial farms to use the available building volume more intensively than lower-density housing arrangements.

Buyers evaluating a similar configuration can review LIVI’s H-Type Layer Cage System for commercial egg farms to compare the cage system with the wider automation requirements of the project.

For this project, however, the decision was not based on bird density alone.

The H-type configuration provides a platform around which multiple mechanical systems can be integrated:

This system-level approach was better aligned with the owner’s objective of developing a commercial egg operation rather than simply increasing the number of cages.

Instead of evaluating each machine independently, the equipment was planned according to the daily flow of the poultry house.

Feed: From Silo to the Birds

Feed handling begins outside the cage rows.

The project uses a feed silo and auger conveying arrangement to transfer feed toward the automatic feeding equipment, after which feed is distributed along the H-type cage rows.

For a commercial farm, consistency matters as much as automation. The objective is to reduce repeated manual feed handling while maintaining controlled distribution along the cage rows.

For more detail on silos, augers and cage feeding arrangements, see LIVI’s automatic poultry feeding system .

Water: Automatic Delivery with Operational Control

An automatic drinking system supplies water along the cage rows.

The drinking system is more than a pipe fitted with nipples. Pressure regulation, water delivery and monitoring need to work together so that birds across the cage system have access to a consistent supply.

For the farm operator, this reduces the amount of routine manual water handling while making the drinking line a controllable part of the production system.

Manure: Removing Waste from Multiple Cage Levels

Higher-density cage housing also concentrates manure within the poultry house. Therefore, manure handling cannot be treated as an afterthought.

The H-type cage system uses manure belts at the cage levels to move manure out of the bird area at scheduled intervals.

The operating principle and equipment options are explained further in LIVI’s automatic manure removal system guide.

For this Nigerian farm, automatic manure removal supports a more organized workflow by separating manure handling from the routine movement of workers through the cage aisles.

Eggs: Designing a Route from Cage to Collection

Once the laying hens enter production, egg movement becomes a daily logistics task.

Instead of collecting eggs manually cage by cage, the project incorporates an automatic egg collection system.

Eggs move from the cage rows onto collection belts and toward the collection point. Buyers can see how these components work together in LIVI’s automatic egg collection system overview.

This is an important distinction for a farm of this scale: automation is not only about reducing walking or labor. It is also about creating a repeatable route for thousands of eggs produced across the poultry house.

The farm uses an open-sided steel-structure poultry house, but an open structure does not eliminate the need to manage the birds’ environment.

As cage density increases, airflow, heat, humidity and air quality become more important operating variables.

That is why this project combines the open-sided building concept with:

• automatic ventilation;
• environmental control;
• automatic lighting.

The environmental control system can coordinate ventilation-related equipment and collect parameters such as temperature and humidity.

This is particularly relevant to a multi-tier cage house: environmental management needs to consider conditions throughout the bird zone, rather than only whether the building has natural openings.

One mistake in poultry farm planning is to view the chicken house dimensions as the complete project boundary.

For this case, the 12 × 10 × 3.5 m house defines the current equipment installation area, but the operating system extends beyond the walls.

The external and supporting areas also need to account for functions such as:

This becomes even more important when expansion is already part of the owner’s business plan.

The steel structure itself also needs to be coordinated with equipment installation points rather than being designed independently and modified later.

The most valuable lesson from this case is not the current bird number.

It is the phased-expansion strategy.

The owner currently needs capacity for approximately 20,160 layers, while the longer-term target is around 50,000. That is roughly 2.5 times the present capacity.

A better approach is to identify which decisions are expensive or disruptive to change later.

Top 5 Expansion Factors Considered in a Phased Layer Farm

This is where professional farm planning can save more than simply negotiating a lower equipment price.

For an investor, the first phase should remain economically appropriate for 20,160 birds without creating obvious bottlenecks when Phase 2 begins.

Neither approach automatically means buying oversized equipment.

The difference is whether future growth is considered before permanent infrastructure decisions are made.

There is no responsible single equipment price that can be calculated from bird capacity alone.

For a project such as this one, the quotation depends on the actual configuration, including:

• final H-type cage configuration and quantity;
• feeding system configuration;
• silo and feed conveying requirements;
• drinking system;
• manure removal arrangement;
• egg collection configuration;
• ventilation equipment;
• environmental control;
• lighting;
• electrical/control requirements;
• transport and installation scope;
• requirements reserved for future expansion.

Buyers comparing budgets can also review LIVI’s battery cage poultry farm cost guide to understand why cage quantity alone is not enough to determine the final project investment.

The expansion strategy matters here.

For example, a buyer may choose to install only the equipment required for the current 20,160 layers while reserving appropriate space and interfaces for future development. Alternatively, selected infrastructure may be designed with more future capacity in mind if doing so avoids expensive reconstruction later.

The choice between A-type and H-type cages should depend on farm scale, available space, automation expectations and investment strategy rather than assuming one cage format is universally better.

For this particular project, the H-type fully automatic system was selected in line with the farm’s automation requirements and planned capacity development.

This project provides a useful reference for investors who are starting at one capacity but already know that the farm may become significantly larger.

For the Nigerian owner, that meant combining the current 20,160-layer H-type cage system with automatic feed delivery, drinking, egg collection, manure removal, ventilation, environmental control and lighting, while considering how the farm could eventually develop toward approximately 50,000 laying hens.

It is a different approach from buying cages first and solving every supporting system later.

LIVI provides farm planning, equipment configuration and installation-related support for new farms as well as renovation and expansion projects.

A poultry farm that expects to grow should not have to restart its planning every time capacity increases.

This Nigeria project demonstrates a more practical approach: establish the 20,160-layer automated farm as the first operating stage, while considering how today’s house, utilities, equipment interfaces and material flows may affect the farm’s future development toward approximately 50,000 birds.

For commercial layer farm owners, investors and poultry project contractors, that planning discipline can be just as important as the cage equipment itself.