TECHNICAL GUIDES - VIDEOS

Thinking about upgrading your production infrastructure? We explain step-by-step the structural modifications and specialized poultry equipment needed to transform a traditional open-sided house into a highly efficient climate-controlled system (environmentally controlled house). Learn how to evaluate your current facilities, achieve proper house sealing, calculate evaporative cooling pad requirements, and optimize exhaust fan distribution. Take your broiler or layer production productivity to the next level by drastically reducing mortality rates caused by heat stress. 

Is your electricity bill arriving with penalties and extra surcharges? In the poultry technology sector, poorly regulated motors, fans, and automated systems can cause your poultry farm power factor to plummet. Discover how to identify this issue in your utility billing, the risks it poses to your electrical equipment, and the technical solution through the installation of capacitor banks. Optimize your facility's energy consumption and eliminate unnecessary electricity penalties completely. 

With a huge variety of options in the market, selecting the right poultry exhaust fan for your houses is vital to guarantee efficient tunnel ventilation. We help you analyze key core components: motor performance, blade durability, body material, and shutter design. Learn to evaluate an exhaust fan not just by its size, but by its CFM (cubic feet per minute) capacity and its efficiency against static pressure. Ensure the ideal airflow for an optimal climate-controlled system without skyrocketing your energy costs. 

Poor planning in the electrical power system is the leading cause of damaged equipment and high energy consumption in poultry houses. We analyze the most common problems and failures in control panels, wiring, and automated system connections. Learn how a deficient electrical design causes voltage drops, overheating in exhaust fan motors, and unexpected downtime in real-time monitoring systems. Protect your farm's investment with a safe, certified, and reliable electrical infrastructure. 

Success in a climate-controlled poultry house depends on precisely managing where air enters and exits to guarantee optimal bird comfort. We explain how to perform critical field tests, including poultry house sealing diagnostics and measuring the ideal static pressure (using 54-inch exhaust fans). Through smoke testing, we analyze the real-world behavior of minimum ventilation to prevent wet litter issues or direct cold drafts at the bird's height, as well as the correct configuration of tunnel ventilation and evaporative cooling pads for summer. Learn how to program your automated controllers based strictly on the biological needs of the birds, optimizing heating efficiency and reducing electrical energy costs on your farm.