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         The objectives of this research 1) to develop an innovative water-fertilizer management for agricultural crops using moisture control. Smart Minerals from Solar Power 2) to find efficiency in water-fertilizer management innovation for agricultural crops with moisture control. minerals with intelligent systems from solar energy sources. 3) to find satisfaction in using innovative water-fertilizer management for agricultural crops with moisture control. minerals with intelligent systems from solar energy sources.    4) to transfer knowledge to agricultural learning centers in 11 districts, Kamphaeng Phet Province. sample of 222 people using a purposive method. Data were analyzed by finding the frequency. average percentage standard deviation The results of the research found that all 11 agricultural learning centers had a need for the use of innovative water-fertilizer management for agricultural crops with humidity control. Smart Minerals from Solar Power with a system that is not complicated There is a safety device. can work continuously It takes less time to work compared to human labor, helping to facilitate and relieve the burden of farmers in controlling, ordering, turning on and off watering plants via smartphone from anywhere anytime. And there is an increase in agricultural productivity by 30 percent. Compared with traditional farming, satisfaction with use is at the highest level (× ̅ = 4.70, S.D. = 0.17 ) and helps to promote additional income generation. of the agricultural group of the Agricultural Learning Center has increased.