Ghana 20,000-Layer Farm Design with an A-Type Cage System

For a commercial layer farm project in Ghana, Livi Machinery developed an A-type stacked layer cage layout based on a 12-meter-wide poultry house. The finalized layout provides an actual design capacity of 18,720 layers while considering cage capacity, working aisles, feeding, drinking, manure removal, egg collection, ventilation, and future project requirements.

Project Overview

A customer in Ghana planned to build a commercial egg production farm with a target scale of approximately 20,000 layers. Before construction and equipment purchasing, the customer needed a practical farm design that connected the target bird population with the actual cage specifications, house width, cage rows, equipment arrangement, and daily operating space.

Livi Machinery analyzed these requirements and prepared an A-type stacked layer cage system layout. The project target was approximately 20,000 layers, while the final single-house layout was calculated at 18,720 layers. This distinction reflects the actual engineering capacity of the selected cage configuration rather than a rounded estimate based only on the project target.

Key Project Parameters

Customer Requirements and Design Challenges

The project required more than the selection of a layer cage product. The customer needed to understand how the target flock size would fit within the available poultry house and how the cage layout would affect daily farm operations.

• Arrange a Commercial Layer Cage System within a limited 12-meter house width.
• Calculate actual bird capacity from the selected cage specifications and number of cage groups.
• Reserve practical working space for inspection, feeding, egg collection, manure removal, and maintenance.
• Allow for the integration of automatic feeding, nipple drinking, manure removal, egg collection, and environmental control systems.
• Confirm the cage arrangement before construction to reduce the risk of mismatches between the building and equipment.
• Present the difference between the target project scale and the actual calculated design capacity clearly.

A-type layer cage Layout for a 12-Meter Poultry House

Livi Machinery arranged the A-type stacked layer cage system within the 12,000 mm house width. Each row contains 52 cage groups. The final capacity is based on the cage specifications, number of rows, and actual layout conditions.

Capacity calculation: 9,360 + 6,240 + 3,120 = 18,720 layers. Therefore, the accurate project description is an approximately 20,000-layer target farm with an actual single-house design capacity of 18,720 layers under the current layout.

Poultry House Space for Daily Farm Operations

Within the 12,000 mm total house width, the cage areas and operating aisles were arranged according to equipment dimensions and routine management requirements. The layout includes cage areas of approximately 2,185 mm and 2,148 mm, together with working spaces of approximately 750 mm, 1,150 mm, and 1,100 mm.

These spaces support the practical operation of a commercial layer farm, including:

• Routine flock inspection and bird observation.
• Feed line operation and feeding equipment maintenance.
• Egg collection and internal transfer.
• Manure removal and manure handling.
• Equipment inspection, spare-parts replacement, and personnel movement.
• Operation of environmental control and supporting systems.

For poultry farm projects in Ghana and other international markets, cage rows, equipment directions, aisle widths, fan locations, and cooling-pad positions should be confirmed before the poultry house is built. This approach helps align the building structure with the equipment and the intended management process.

Why an A-Type Stacked Layer Cage System Was Selected

For a commercial layer project of approximately 20,000 birds, an A-type cage system can provide a practical balance between bird capacity, house space utilization, equipment configuration, and daily management. One of the cage specifications used in this project is 1,950 mm × 450 mm × 410 mm, corresponding to a four-tier, five-door A-type layer cage. Its standard capacity can reach up to 160 birds per cage group, subject to the final configuration and operating requirements.

The cage system can be integrated with supporting equipment according to the customer's automation requirements:

• Automatic or semi-automatic feeding system.
• Automatic nipple drinking system.
• Automatic or centralized manure removal system.
• Automatic egg collection system.
• Poultry house fans and evaporative cooling-pad system.
• Air inlet system and environmental control system.
• Feed silo and feed conveying system.
• Automatic lighting system.

The selection of an A-type layer cage is therefore not an isolated product purchase. It is part of an integrated design process involving poultry house construction, cage capacity, bird density, working aisles, labor requirements, and the desired level of automation.

Conditions to Confirm Before Implementation

The cage layout serves as a design and construction-planning reference. Final equipment quantities and specifications should be confirmed against the customer's actual land, building, utilities, climate, and operating plan.

If the required installed capacity is 20,000 layers or more, the cage quantity, row arrangement, and poultry house dimensions should be recalculated. The existing 18,720-layer layout should not be increased simply by raising stocking density.

Integrated Equipment and Project Delivery Direction

Livi Machinery supplies more than individual layer cages. Based on project scale, available budget, and the required level of automation, the supporting systems for this type of commercial layer farm may include:

1. Cage system: Select the cage model, tiers, capacity, and arrangement according to the flock size and poultry house dimensions.
2. Feeding and drinking: Configure feed lines, hoppers, feed conveying equipment, and nipple drinking lines.
3. Manure removal and egg collection: Choose manual, semi-automatic, or automatic solutions according to operational requirements.
4. Environmental control: Match fans, cooling pads, air inlets, and control equipment to local climate conditions in Ghana.
5. Feed storage and conveying: Configure feed silos and conveying equipment based on feed consumption and site conditions.
6. House structure and layout: Provide 2D or 3D layout references based on equipment dimensions, aisle requirements, and available land.
7. Project support: Coordinate equipment production, quality inspection, packaging, international transportation, installation guidance, commissioning, personnel training, and spare-parts support.

The final equipment scope, delivery schedule, installation method, warranty terms, and related costs are subject to the formal quotation and contract agreed with Livi Machinery.

Design Results and Project Value

The main result of this project was a capacity-based engineering layout rather than a simple rounded label of 20,000 layers. The design clarified the relationship between the customer's target, the actual cage configuration, the poultry house width, and the space needed for farm operations.

• Project target: approximately 20,000 layers.
• Actual single-house design capacity: 18,720 layers.
• Poultry house width: 12 meters.
• Cage groups per row: 52.
• Cage system: A-type stacked layer cage system.
• Design basis: cage specifications, rows, cage groups, working aisles, and equipment integration.

This design method gives the customer a clearer basis for poultry house construction, equipment purchasing, and investment planning. It also helps reduce potential rework caused by mismatches between cage dimensions, aisle space, building structure, and the positions of automated equipment.

Planning Reference for Similar Layer Farm Projects

Projects with 10,000, 20,000, or 30,000 layers may use an A-type layer cage system, but their cage quantities, house lengths, row arrangements, aisle widths, automation levels, and supporting equipment can be different. A layout developed for one farm should not be copied directly to another site.

Target flock capacity → cage model → capacity per group → required cage groups → cage rows → poultry house dimensions → working aisles → automation configuration

For customers planning a commercial layer farm in Ghana or another international market, the initial project information should include the country and city, bird type, target flock size, land or poultry house dimensions, automation requirements, and expected project start time. Livi Machinery can use these details to evaluate suitable cage models, house layouts, and integrated poultry farming equipment.

Project Summary

For the Ghana 20,000-layer farm project, Livi Machinery designed an A-type stacked layer cage system for a 12-meter-wide poultry house. With 52 cage groups per row and the selected cage arrangement, the single-house layout provides an actual design capacity of 18,720 layers. The case demonstrates why commercial layer farm planning should be based on verified cage dimensions, capacity calculations, working aisles, building conditions, and equipment integration rather than on the target flock number alone.