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Water pumping to small communities and irrigation systems for agriculture has been gaining ground and becoming a reality in several regions of Brazil. In this work the theoretical calculation of the power for a photovoltaic pumping system required to raise 3,500 L of water at a total manometric height of 22 m was carried out. With these data it was simulated application of the same for the production of coriander. For the hydraulic power in question a power of 173 Wp is required. With this power of the photovoltaic system it would be possible to produce 1,800 kg of coriander and obtain an income of R$ 2,700.00. These data demonstrate that the application of this technology in family agriculture would provide an extra income, while allowing the production of the crop throughout the year

CÁLCULO TEÓRICO DE UM SISTEMA DE BOMBEAMENTO FOTOVOLTAICO E SIMULAÇÃO DE APLICAÇÃO NA AGRICULTURA FAMILIAR