NOVELTY - The fuel cell system to produce electricity, comprises fuel cell units operable to store water and hydrogen, a membrane (106) placed at one end of the fuel cell units, an electrical source to generate a current across the fuel cell units, studs (104) coupled to a first fuel cell unit, receptacles coupled to a second fuel cell unit, a polarity alteration member operable to select a respective polarity for the fuel cell units, a section providing access to an inner portion of the fuel cell unit, a vent in the membrane, and a switch equipped with the fuel cell units.    USE - The fuel cell system is useful to produce electricity, and is useful in a public venue equipped with amplified acoustics.    ADVANTAGE - The fuel cell system enables the control for successive operation of the units to provide a regular supply of electricity over time.    DETAILED DESCRIPTION - The fuel cell system to produce electricity, comprises fuel cell units operable to store water and hydrogen, a membrane (106) placed at one end of the fuel cell units, an electrical source to generate a current across the fuel cell units, studs (104) coupled to a first fuel cell unit, receptacles coupled to a second fuel cell unit, a polarity alteration member operable to select a respective polarity for the fuel cell units, a section providing access to an inner portion of the fuel cell unit, a vent in the membrane, a switch equipped with the fuel cell units to cause the fuel cell to operate in a first mode or in a second mode, and a separator plate to receive hydrogen atoms and to separate the hydrogen atoms into hydrogen protons and free electrons. The fuel cell units operate in the first mode to collect the hydrogen when receiving voltage from the electrical source and in the second mode to generate electricity using the hydrogen. The membrane is operable to enable oxygen to flow through a portion of the fuel cell unit, and operable to prevent some of the water from flowing through the fuel cell. The receptacles from the second fuel cell unit are operable to receive the studs from the first fuel cell unit for joining the first and second fuel cell units and enabling the fuel cell units to operate in tandem. The studs and receptacles are formed of a conductive material and a resilient material, and are operable for a user to select a particular polarity. The fuel cell units are operable in parallel or in serial manner. One of the studs is operable for a positively charged connection and the other stud is operable for a negatively charged connection. The electrical source comprises a photovoltaic cell, and is operable to cause electrolysis. The hydrogen is produced by electrolysis. The inner portion of the fuel cell units includes membrane and a storage area for water. The fuel cell units are substantially formed of a transparent material. The fuel cell units generate heat during the second mode, where the heat is channeled through the vent and out of the fuel cell units. The water stored in the fuel cell units causes the hydrogen to travel to the separator plate. The water is produced during the generation of the electricity, where the produced water is used for producing the hydrogen. INDEPENDENT CLAIMS are included for:    (1) a method for generating electricity; and    (2) a public venue equipped with amplified acoustics.    DESCRIPTION OF DRAWING(S) - The diagram shows a hydrogen fuel cell unit.    Hydrogen fuel energy unit (100)    Studs (102)    Receptacle portions (104)    Membrane. (106)