Solution Overview

A-Type Layer Cage Farm Design for a 20,000-Bird Project in Ghana

Livi Machinery provides a site-based design for a commercial layer farm in Ghana targeting 20,000 birds, using an A-type layer cage system with a calculated capacity of 18,720 layers per house, a 12-meter house width, and space for future equipment planning.

Cage Specifications: 195 × 35 × 38 cm and 195 × 45 × 41 cm
House Width: 12 meters
Processing Capacity: 18,720 layer chickens per house; target project scale: 20,000 layer chickens
Cage Groups per Row: 52 groups
Country: Ghana
Layer Cage System: A-type stacked layer cage system
Application Scope: Commercial layer poultry farms in Ghana and similar 10,000–30,000-bird projects
Solution Type: Commercial Layer Farm Design Solution

Key Solution Highlights

Capacity-based poultry house planning from cage selection to operational layout

Site-Based Layout Planning

Cage rows, service aisles, feeding direction, egg collection direction, and manure removal access

Capacity Calculation

Cage model selection, group quantity, row arrangement, and actual stocking capacity calculation

Construction-Ready Reference

House width planning, equipment positioning, maintenance access, and pre-construction layout review

Automation Integration

Optional feeding, nipple drinking, manure removal, egg collection, ventilation, and environmental control systems

Project Configuration Support

Land dimensions, house conditions, power supply, water supply, automation level, and expansion planning

Livi Machinery Project Design

A-type layer cage Farm Design for a 20,000-Bird Project in Ghana

Solution definition: This Ghana layer farm design is a capacity-based poultry house layout for a commercial project. It uses an A-type layer cage system and determines the actual bird capacity from cage specifications, cage groups, rows, house width, and operating aisles.

Keywords: Ghana layer farm design, A-type layer cage system, 20,000 layer farm, poultry house design Ghana, Livi Machinery

Project Overview

A customer planning a commercial layer farm in Ghana requested a design for approximately 20,000 laying hens. Livi Machinery developed an A-type layer cage layout based on the available poultry house width and the selected cage configuration.

The customer’s target project scale is 20,000 layers. However, the calculated capacity of the proposed house is 18,720 layers. The actual capacity is determined by the cage model, cage groups, number of rows, cage quantity, and usable house space rather than by rounding the target number.

Project Location Ghana

Target Scale 20,000 layers

Calculated Capacity 18,720 layers per house

House Width 12 meters

Layout of the Ghana Layer Farm

Ghana 20,000-layer farm design using an A-type layer cage system — Layout designed by Livi Machinery for the Ghana layer farm project. The proposed cage arrangement provides a calculated capacity of 18,720 layers per house.

Key Design Parameters

Parameter	Design Data
Country	Ghana
Farm type	Commercial layer farm
Target capacity	20,000 layers
Calculated cage capacity	18,720 layers per house
House width	12,000 mm / 12 meters
Cage system	A-type layer cage system
Cage groups per row	52 groups
Cage specifications	195 × 35 × 38 cm; 195 × 45 × 41 cm

Capacity distinction: 20,000 layers is the customer’s target project scale, while 18,720 layers is the calculated capacity of the specific A-type layer cage layout proposed for one house.

How the 18,720-Layer Capacity Is Calculated

The house is divided into three cage capacity groups. Each group is calculated from its cage specification, number of cage groups per row, and number of rows.

Cage Group	Cage Size	Groups per Row	Rows	Capacity
Group 1	195 × 35 × 38 cm	52	2	9,360
Group 2	195 × 45 × 41 cm	52	1	6,240
Group 3	195 × 45 × 41 cm	52	1	3,120
Total calculated capacity				18,720

9,360 + 6,240 + 3,120 = 18,720 layers per house

A-Type Cage Arrangement in the 12-Meter House

The total poultry house width is 12,000 mm. The proposed layout places cage groups and operating aisles within this width. Key dimensions shown in the layout include approximately 2,185 mm and 2,148 mm cage areas, together with operating spaces of approximately 750 mm, 1,150 mm, and 1,100 mm.

These spaces support routine inspection, feeding management, egg handling, manure removal, equipment maintenance, and movement through the poultry house. The cage arrangement should therefore be confirmed before construction begins.

The A-type layer cage system specification provides the equipment basis for calculating house width, cage rows, cage quantities, and aisle requirements.

Why Use an A-Type Layer Cage System?

For a commercial project of approximately 20,000 layers, an A-type cage layout can provide a practical balance between bird capacity, house utilization, operating access, and equipment configuration.

One cage specification used in this design is 1950 × 450 × 410 mm. This specification corresponds to Livi Machinery’s four-tier, five-door A-type layer cage, with a standard maximum capacity of up to 160 birds per cage group.

The A-type layer cage system can be configured with:

Automatic or semi-automatic feeding systems
Nipple drinking systems
Manure removal equipment
Egg collection equipment
Ventilation and environmental control equipment

For a Ghana poultry house, the A-type layer cage system should be selected as part of the complete farm layout rather than as an isolated equipment purchase. The final configuration depends on the customer’s site, climate, utility conditions, operating method, and automation requirements.

Pre-Construction Confirmation Checklist

A cage drawing alone is not sufficient to start construction. The final Ghana layer farm design should be confirmed against the customer’s actual land, building, utilities, and production requirements.

Item	Information to Confirm
Bird capacity	Target number of laying hens
Land area	Available land length and width
Poultry house dimensions	Final house length, width, and height
Cage model	Cage dimensions, tiers, doors, and capacity
Cage layout	Rows, groups per row, and aisle spacing
Water supply	Daily water availability and drinking system
Power supply	Electricity available for automated equipment
Manure handling	Manual or automatic manure removal
Automation level	Feeding, drinking, manure removal, and egg collection requirements
Future expansion	Space for additional houses or equipment

If the required installed capacity must reach or exceed 20,000 layers, the cage quantity, cage arrangement, or poultry house dimensions should be recalculated. Increasing stocking density within the existing layout is not a substitute for capacity-based design.

Design Logic for Other Farm Sizes

An identical poultry house layout cannot be directly applied to every farm. Projects for 10,000, 20,000, and 30,000 layers may use the same A-type layer cage system, but cage quantity, row length, aisle dimensions, house size, and automation requirements can differ.

Target bird capacity → cage model → birds per cage group → required cage groups → cage rows → poultry house dimensions → aisle spacing → automation equipment configuration

Livi Machinery uses this process to develop farm layout solutions based on the customer’s land conditions, production target, local climate, infrastructure, and operating requirements.

Final Design Summary

For this Ghana layer farm, the customer planned a project of approximately 20,000 laying hens. After calculating the cage arrangement and house width, Livi Machinery developed a 12-meter-wide A-type layer cage layout with an actual calculated capacity of 18,720 layers per house.

20,000 layers Target project scale

18,720 layers Actual calculated capacity

12 meters Poultry house width

52 groups Cage groups per row

A-type layer cage Selected housing system

Ghana Project location

For commercial layer farms in Ghana ranging from 10,000 to 30,000 birds, cage quantity and poultry house dimensions should be calculated from the actual site and production requirements before construction.