How climate control, feeding management, and weighing can support farm profitability—from basic poultry houses to advanced facilities.
The Economic Challenge: Getting More from Existing Resources
Broiler production relies on essential inputs, with feed accounting for the largest share of production costs. Energy for heating, ventilation, and cooling is another important operating expense, particularly in environmentally controlled houses.
According to a report by the European Commission’s Joint Research Centre (JRC), a comparison across nine European countries found that feed accounted for 58–67% of production costs, while day-old chicks represented another 15–21%.
Energy is not necessarily the second-largest cost, but it is an area where effective equipment management can improve efficiency.
Farmers cannot set the prices of feed, electricity, or fuel. They can, however, influence how much feed is needed to produce each kilogram of live weight and how efficiently energy is used.
This is one of the most important opportunities to improve farm economics: getting more from every kilogram of feed and every unit of energy.
The opportunity is not limited to large farms. Even basic poultry houses and small or medium-sized farms can achieve cumulative savings through efficiency improvements.
1. Feed: Better Conversion Can Deliver Meaningful Savings
Because feed accounts for such a large share of production costs, Feed Conversion Ratio (FCR) is one of the most important measures of broiler farm economics.
FCR indicates how much feed is required to produce one unit of live weight. A lower FCR means less feed is needed for the same output.
Consider a farmer who improves FCR from 1.70 to 1.60.
That represents roughly 5.9% less feed for the same output—a saving of 100 kg of feed per metric ton of live weight.
At an illustrative feed price of $500 per metric ton, the saving is $50 for every metric ton of live weight produced.
This calculation is illustrative, not a forecast of the results of installing a controller. Actual FCR depends on genetics, nutrition, flock health, environmental conditions, and management.
Nevertheless, it shows the economic value of improving feed conversion, regardless of farm size.
How Does Climate Control Affect FCR?
Feed is not used for growth alone. Some of its energy supports normal body functions and temperature regulation.
In hot conditions, birds may reduce feed intake, while prolonged heat stress can impair growth and FCR. In cold conditions, birds need additional energy to maintain body temperature, potentially reducing production efficiency.
Poor air quality and unsuitable ventilation can also affect flock performance.
A systematic review and meta-analysis published in Poultry Science in 2020 found that heat stress was associated with reduced feed intake and weight gain, poorer FCR, and an increased risk of mortality.
Climate control tailored to bird age and environmental conditions can help reduce stress and support production performance.
Once the farmer has paid for the feed, the goal is to ensure that birds use it as efficiently as possible.
2. Energy: It Is Not Just How Much You Use, but How You Use It
Heating, ventilation, and cooling are essential to broiler production, but the way they are operated directly affects energy consumption.
Excess ventilation during cold weather may increase heating demand. Insufficient ventilation in hot weather can lead to heat stress and poorer flock performance.
The challenge is to match system operation to the birds’ needs while avoiding unnecessary energy use.
What Does Research Say About Potential Savings?
A 2021 study in Frontiers in Veterinary Science, “Reduction of Energy Intensity in Broiler Facilities: Methodology and Strategies,” examined energy consumption on eight Greek broiler farms comprising 25 houses with different technology levels.
The researchers assessed the effects of insulation, heating, ventilation, cooling, and automation on energy consumption.
The study identified the potential for approximately 27–31% better energy performance through combinations of more advanced technologies.
Especially relevant here, it identified the potential for an additional 15–20% reduction in electricity used for ventilation and cooling through automation and more precise control.
This figure applies to ventilation and cooling electricity, not total farm energy spending. It is not a guaranteed saving from installing any particular controller.
The study also emphasizes matching system operation to the actual needs of the birds, alongside appropriate insulation and efficient equipment.
Sensor-based climate control with suitable operating settings can coordinate fans, heating, and cooling as conditions change inside the house.
Even basic poultry houses can use controlled minimum ventilation and staged operation, depending on their existing equipment.
The goal is to provide the conditions birds need without consuming more energy than necessary.
3. Feed and Energy: Two Interconnected Areas
Saving feed and saving energy are not necessarily separate objectives.
Reducing fan operation on a hot day may save electricity, but if it causes heat stress and worsens feed conversion, the loss may outweigh the energy saving.
Conversely, running ventilation and cooling unnecessarily raises energy costs without necessarily improving growing conditions.
An efficient poultry house is not necessarily the one consuming the least electricity; it is the one using energy to support bird performance while avoiding waste.
This is a key advantage of appropriate climate control: balancing energy consumption with flock needs and thereby influencing two important aspects of farm economics.
4. Feeding, Weighing, and Monitoring: Better Information, Better Management
Climate control is central to efficiency, but it is not the whole picture.
Monitoring feed consumption and bird weights provides valuable information about flock development and production efficiency.
Feeding management systems can help detect changes in consumption patterns. Weighing systems make it possible to track growth, compare it with targets, and identify deviations earlier.
Combined feed and weight information helps farmers evaluate flock performance and investigate nutritional, environmental, or operational problems.
Monitoring does not replace the farmer’s experience; it provides better information for informed decisions.
A complex system is not always necessary. Consistent tracking of feed use and bird weights can itself improve day-to-day management.
5. Efficiency Does Not Require a Huge Farm or Major Investment
Agricultural automation is often associated with large farms and major capital investment. In practice, even a basic poultry house can benefit from more precise temperature control, appropriate minimum ventilation, and improved operation of existing equipment.
Sometimes a targeted controller upgrade, additional sensors, or a simple weighing system is enough to make a useful start.
Where farmers have limited investment capacity, accessible solutions that do not require replacing entire systems can be especially valuable.
Any investment should be assessed against its cost and expected economic benefit, but the principle is clear:
Even moderate management improvements can accumulate into savings over successive production cycles, regardless of house size.
6. Practical Solutions: From Basic Houses to Advanced Farms
Since 1988, AgroLogic has developed climate control, feeding, weighing, and monitoring solutions for poultry production.
We believe technology should fit the farmer’s needs, existing infrastructure, and investment capacity.
Our range includes reliable basic controllers as well as advanced systems with broader control, communication, and monitoring capabilities.
Controllers such as Clima C and Image Pro help manage poultry-house climate, while weighing systems, sensors, and related solutions support the monitoring of production performance.
No single solution fits every farm, and not every poultry house needs the most advanced system.
The goal is not technology for its own sake, but helping farmers use their resources more efficiently.
The Bottom Line: Focus on What You Can Influence
Feed is the largest cost in broiler production, while energy is an important operating expense whose consumption farmers can manage.
Better FCR can reduce the feed needed for the same output. More precise control of ventilation, heating, and cooling can limit unnecessary energy use. And production monitoring helps identify deviations and improve decision-making.
A farm does not need to become a fully automated advanced facility to benefit from these opportunities.
A relatively modest investment in control and monitoring may improve the efficiency with which farmers use resources that account for a significant share of ongoing costs.
Ultimately, profitability depends not only on what farmers pay for their inputs, but also on how efficiently those inputs are used.
Sources and References
1. Broiler Production Cost Structure
European Commission – Joint Research Centre (2019). Impact of Animal Breeding on GHG Emissions and Farm Economics. Comparison of broiler production costs in nine European countries, drawing on van Horne (2017). Feed: 58–67%; day-old chicks: 15–21%. Section 5.4, printed page 25.
https://publications.jrc.ec.europa.eu/repository/bitstream/JRC117897/jrc_report_29844.pdf
2. Energy Savings Through Automation and Climate Control
Baxevanou et al. (2021). Reduction of Energy Intensity in Broiler Facilities: Methodology and Strategies. Frontiers in Veterinary Science. The study identified potential improvements in overall energy performance and savings in ventilation and cooling electricity through automation.
https://doi.org/10.3389/fvets.2021.671183
https://pmc.ncbi.nlm.nih.gov/articles/PMC8383108/
3. Heat Stress, Feed Conversion, and Broiler Performance
Liu et al. (2020). Heat Stress Impacts on Broiler Performance: A Systematic Review and Meta-Analysis. Poultry Science, 99(11), 6205–6211. Review of links among heat stress, feed intake, growth, FCR, and mortality.
https://doi.org/10.1016/j.psj.2020.08.019
https://pmc.ncbi.nlm.nih.gov/articles/PMC7647856/
4. FCR Example — Illustrative Calculation
Initial FCR: 1.70; improved FCR: 1.60; feed saved: 100 kg per metric ton of live weight (approximately 5.9%); illustrative feed price: $500 per metric ton; calculated saving: $50 per metric ton of live weight. The example assumes unchanged output and does not predict the performance of any specific controller.
