It presents a methodology for deploying tidal plants, which were modeled phenomena and parameters needed for basic studies project. The chosen study area was the Atlantic Coast Pará. Thus, a simplified model is proposed to represent the reservoir. This model was validated with the results obtained from the bathymetry held in the estuary of Bacanga in São Luís, Maranhão, Brazil. In addition to the reservoir modeling, tidal heights were shaped by the Hermitian interpolation process. The diameter of the turbine was determined by correlations available in literature. The flow resulting from the height of variation between the sea and the reservoir caused by tidal variations, was determined by Hazen-Williams formula. The modeling of the reservoir and the tide high, more methods of determining the diameter of the turbine and the flow, allowed the determination of the installed capacity and energy generated at each site studied, which were classified as small, medium and large size. Subsequently, the cost analysis was performed for each location, including investment cost, operation, maintenance and unit energy cost. The investment cost of tidal power in comparison with other energy sources, is high. However, the unit cost of energy is much lower than the unit cost of energy of its main competitor in the region, the diesel generators. The modeling of the three cases mentioned above and your energy costs and generated results show that tidal power has the potential to be exploited in the Atlantic Coast of Pará.
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