Francis quiroz ayala

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Hydrosanitary scheme of 3000 liters. the renewable energy system for heating sanitary water; it is a system in charge of supporting the heating of sanitary water at 55ºc a gn; therefore, it is considered an integrated system that is made up of the following systems: 1. the solar collection system; which is made up of 100 collectors located on the roof of the hospital and is where the transformation of solar energy into thermal energy is carried out, producing an increase in the temperature of the carrier fluid (glycol water). 2. the heat exchanger system where the heat is transferred through a plate exchanger; between the carrier fluid (solar primary) and the soft sanitary water (charging circuit). 3. the pre-heated water storage system located in the pump room; which is responsible for accumulating the thermal energy of the sanitary water pre-heated to a temperature of approximately 55ºc. which will be connected to the buffer tank; located in the area of heaters a gn; for distribution to the hospital. 4. system of heaters at gn; it is the main system in charge of generating sanitary hot water at 55ºc for hospital use; the heaters will take advantage of the pre-heated water; which is at a temperature lower than 55ºc; to be able to reach the 55ºc required by the hospital's health network; thus effecting a lower consumption of gn. 5. the control system is the one that controls the solar system according to pressure variables; temperature and correct operation of the pumps; electro valves and thus ensuring a correct operation of the solar support system to the sanitary water network at 55ºc.