Environmental pollution and lack of electrical energy have led to the use of photobioreactors for the production of electricity that is friendly to the environment. The design of a photobioreactor has been used for the production of electricity using as fuel the microalgae Chlorella sp., Which was manufactured using copper and zinc electrodes. Maximum values of 0.93179 ± 0.0323 V and 23.79 ± 0.9516 mA were generated on days 25 and 22 respectively; as well as a maximum power and current density of 4.71441 ± 0.12861 W/cm2 and 401.5873 mA/cm2. The conductivity, pH and density values increased from 25.499 ± 1.286 mS.cm-1, 7 and 1.151x106 ± 0.041 x106 cells/mL corresponding to the first to 76.8 ± 1.0896 mS.cm-1, 8.97 ± 0.1897 and 1.527x 107 ± 0.024 x107 cells/mL on days 27, 15 and 25 respectively, in which they showed their maximum values. Fourier Transform spectrophotometry (FTIR) shows the characteristic bands of the presence of C = O, N - H, C - N, O - H and N - H bonds present in microalgae. On the other hand, the SEM shows the formation of a porous biofilm on the zinc and copper electrodes; This result shows that a new form of electricity production has been achieved by generating high voltage and current values, using low-cost materials.