For a commercial broiler farm in Zimbabwe, the initial equipment price is only one part of the investment. House construction, feed distribution, water reliability, brooding conditions and electricity supply can significantly affect both startup costs and daily operating expenses.

This project illustrates how LIVI Machinery approaches equipment planning for a 60,000-bird floor-rearing operation where reliable grid power is unavailable.

Project status: The following figures describe a proposed equipment configuration. Final installation, contract value and production performance have not been verified.

The customer plans to raise approximately 60,000 broilers in two open-sided poultry houses. Each building provides 2,025 m² of gross floor area.

The preliminary density is calculated from gross building area. Final bird placement must consider usable floor space, market weight, seasonal temperature, ventilation capacity and applicable welfare requirements.

The proposed floor-rearing equipment combines automatic feed distribution with controlled drinking water and adjustable environmental conditions.

Automatic Pan Feeding

Feed is planned to move from an external silo through a main conveying line into the house feeding system. Four pan-feeding lines distribute feed across each 135 m building.

The preliminary allocation is approximately 42.4 broilers per feed pan. Before manufacturing, the selected pan model must be checked for its rated capacity, bird access, line length and feed-conveying performance.

See the LIVI automatic broiler pan feeding system for equipment components and purchasing considerations.

Nipple Drinking

Five drinking lines with 532 nipples each provide 2,660 drinking points per house, or approximately 11.3 birds per nipple.

The Ross Broiler Pocket Guide 2025 provides reference nipple requirements that vary with bird weight. For broilers above 3 kg, the proposed number may require an increase.

The design must also verify water flow, line pressure, filtration, water storage and backup pumping arrangements.

For additional specifications, review the automatic poultry drinking system.

The total cost of a 60,000-broiler farm in Zimbabwe cannot be determined from the number of chickens alone. For this project, the investor must budget for two poultry houses, automated feeding and drinking equipment, heating, water infrastructure, independent electricity and production-cycle expenses.

Because the site has no grid electricity, the power system is a major additional investment compared with a farm that already has a reliable electrical connection.

How Should Investors Calculate Cost per Bird?

Installed equipment cost per bird = total installed equipment investment ÷ 60,000.

Production cost per bird placed = total operating expenditure for one cycle ÷ chicks placed.

These figures answer different questions. The first evaluates equipment investment; the second evaluates the cost of raising a flock. For profitability, the farm must also track feed conversion, mortality, final live weight and selling price.

No verified contract price or construction budget is available for this project. An accurate quotation requires final equipment specifications, local construction costs, electrical loads and delivery arrangements.

Broiler Floor Rearing vs. Cage Farming: Which Is More Cost-Effective?

Floor rearing may require less initial housing equipment than a highly automated cage system, but neither method is automatically cheaper over the full production lifecycle.

For another example of equipment-budget planning, see the broiler floor rearing cost analysis. Country-specific construction and operating costs should not be transferred directly to Zimbabwe.

The absence of a grid connection changes the farm’s electrical design. Water supply, essential ventilation, temperature monitoring and equipment controls must remain dependable during both daytime and nighttime operation.

Zimbabwe’s National Renewable Energy Policy supports off-grid renewable-energy technologies in locations where conventional grid extension is not economically practical.

For this project, the recommended starting point is a solar PV + battery storage + automatically started diesel generator arrangement.

Recommended Power System

Why Not Use Solar Power Alone?

Solar panels generate electricity according to available sunlight. They cannot independently guarantee power during nighttime, prolonged cloud cover or equipment faults.

For a commercial poultry farm, battery storage can support selected essential equipment, while a generator provides additional resilience. The system should include alarms and a documented response procedure for power failures.

Should the Brooding Heaters Be Electric?

Not necessarily. Electric heating can create a substantial power demand during brooding, particularly when outside temperatures are low.

The investor should compare electric heating with appropriately designed fuel-fired alternatives, such as LPG heating, based on local fuel availability, safety, operating cost and environmental-control requirements.

Fuel-fired heating still requires adequate ventilation, combustion safety and reliable electrical power for any associated controls.

How Should the Solar and Generator Capacity Be Calculated?

Before selecting generator kVA, solar kWp or battery kWh, the electrical contractor should prepare a complete load schedule covering:

• Feeding-line motors and main feed augers
• Water pumps and pressure-control equipment
• Essential ventilation equipment, if required
• Heating controls and auxiliary motors
• Lighting, monitoring and alarm systems
• Motor starting currents and simultaneous operation
• Nighttime demand and required emergency backup duration

Illustrative calculation: A critical load of 5 kW operating for four hours requires 20 kWh of usable electrical energy before allowing for conversion losses and design reserves. This is a calculation example, not the measured load of this farm.

The generator must also be assessed for motor-starting capability, site conditions and reserve capacity. Where economically justified, independent backup generation or an alternative emergency arrangement should be considered to avoid reliance on a single generator.

Zimbabwe Energy Regulations

The Zimbabwe Energy Regulatory Authority (ZERA) publishes electricity regulations and documentation for generation facilities, including 2026 provisions concerning generation for own consumption.

The farm owner should consult a qualified Zimbabwe-based electrical contractor to confirm applicable registration, licensing, installation and inspection requirements before purchasing the system.

For this 60,000-broiler project, cost reduction should focus on avoiding unnecessary equipment, preventing supply interruptions and controlling recurring expenses rather than choosing the lowest-priced components.

Five Practical Cost-Control Priorities

1. Finalize the house layout first. Confirm feeder and drinker quantities, line positions, service access and equipment clearances before manufacturing.
2. Verify water and feed capacity. Check the planned 708 pans and 2,660 nipples per house against the selected equipment and target market weight.
3. Separate electrical and heating loads. Compare suitable heating fuels before increasing the size of the solar, battery and generator system.
4. Compare complete landed costs. Include freight, applicable import charges, local transportation, installation and commissioning.
5. Protect the operating budget. Allow for generator fuel, solar-system maintenance, feed costs, litter replacement and emergency repairs.

For commercial poultry farm investors, the most useful supplier quotation is one that identifies both included equipment and items requiring separate local procurement.

Before purchasing from a poultry equipment manufacturer or factory, the investor should request a complete bill of materials and clear delivery responsibilities.

LIVI Machinery can use the final house layout and selected equipment configuration to prepare a project-specific supply proposal. The solar and generator system should be engineered and checked against local requirements by a qualified electrical specialist.

This project illustrates how a 60,000-bird floor-rearing operation can be planned around two large open-sided houses, automatic feeding and drinking, and an independent electricity supply.

Three decisions remain essential before procurement: confirming equipment coverage against the target bird weight, verifying ventilation and heating requirements, and completing the off-grid electrical load calculation.

The project has not yet provided verified installation or production results. Accordingly, no claims are made about actual electricity savings, feed conversion, mortality, profit or investment payback.

For farm owners, integrators and EPC contractors, the value of this case lies in its practical planning framework: coordinate housing, poultry equipment, water and power before committing to the full project investment.