Automated Hydroponic Fodder Systems

Fully automated robotic fodder system.

Automated hydroponic fodder systems.

Hydroponic fodder for goats. Hydroponic green fodder can be produced both in large sophisticated automated commercial systems with environmental control or in low cost systems where the ambient environment is suitable for fodder production. Introduction hydroponic fodder for goats well as we all know the feed fodder forage is one of the major components of goat farming and the fodder management is a key factor in successful and profitable goat farming green fodder plays major role in feed of milch animals thereby providing required nutrients for milk production and health of the dairy animals. First off here are some reasons why a fodderworks system has an edge on the competition.

Copyright disclaimer under section 107 of the c. Hydroponic fodder is produced by sprouting seeds in a climate controlled environment without the need for soil or nutrients. Fodder system selection guide. Our innovative fodder production systems allow you to produce fresh green fodder all year regardless of the season and with minimal land and water use.

According to your fooder quantity demand you can build a hydroponic fodder system. Applicability and potential benefits within new zealand pastoral farming systems. If you need some help deciding which system is best for you you re in the right place. Novel fodder production systems are automated fodder production units that utilise hydroponic systems to sprout cereal grains which then grow into green fodder in 5 to 8 days.

To build this system is required a little space mostly farmer use 10 ft x10 ft shade net to grow hydroponic fodder and it is better to choose shed net location near to the livestock shade because it becomes easy to operate. In this video we will show you the design of hydroponic fodder machine. The proposed system was developed for small and medium agriculture explorations enabling fodder production in six. Within six to seven days the seeds will have grown into highly.