NOVELTY - Solar energy system comprises: (a) a solar cell module (100) array comprising many solar cells (200), being coupled in series and each solar cell in the many solar cells having a doped N-type front side diffusion region and a dielectric over the doped N-type front side diffusion region; (b) a frame of a solar cell module in the solar cell module array; and (c) an inverter configured to convert direct current generated by solar cell module array to alternating current to be provided to a power grid.    USE - The solar system is useful for preventing harmful polarization of solar cell (claimed).    ADVANTAGE - The solar energy system provides a conductive path that bleeds charge from a front side of a solar cell to the bulk of a wafer, thus prevents or minimizes harmful polarization of solar cell.    DETAILED DESCRIPTION - Solar energy system comprises: (a) a solar cell module (100) array comprising many solar cells (200), being coupled in series such that a first node of the series is at a positive potential and a second opposing node of the series is at a negative potential relative to the first node, each solar cell in the many solar cells having a doped N-type front side diffusion region and a dielectric over the doped N-type front side diffusion region; (b) a frame of a solar cell module in the solar cell module array; and (c) an inverter configured to convert direct current generated by the solar cell module array to alternating current to be provided to a power grid, where the first node of the series and the frame are grounded to reduce positive potential between the solar cells and the frame. INDEPENDENT CLAIMS are also included for:    (1) a solar energy system comprising: a series of solar cells in a solar cell module array, where the series of solar cells having a first node and a second node opposite the first node, each solar cell in the series of solar cells having a front side facing the sun during normal operation and a backside opposite the front side; (b)-(c) as above per se, where the: frame being tied to ground; and either the first node or second node is tied to ground, where the first node being tied to ground when solar cells in the series of solar cells have an N-type front side diffusion regions and the second node being tied to ground when solar cells in the series of solar cells have a P-type front side diffusion regions;    (2) a solar energy system comprising: many solar cells, each of the solar cells comprising: a front side and a backside; many metal contacts, where each of the metal contacts being coupled to a corresponding collection region of the solar cell; a dielectric passivation layer formed over a surface of a wafer that faces the sun during normal operation, where the dielectric passivation layer being over a front side diffusion region; and an anti-reflective coating formed over the dielectric passivation layer; a solar cell module array comprising the many solar cells, where the solar cell module array having a positive terminal at a positive voltage and a negative terminal at a negative voltage; a ground connection to a frame of a solar cell module in the solar cell module array; (c) as above per se;    (3) a method-1 of preventing harmful polarization of solar cells, comprising: connecting many solar cells in series, the series having a positive terminal at one end and a negative terminal at an opposing end, the positive terminal being at positive potential relative to the negative terminal, each solar cell in the many solar cells having an N-type front side diffusion region and a dielectric over the N-type front side diffusion region; grounding a frame of the many solar cells; grounding the positive terminal; and coupling the many solar cells to an inverter configured to convert direct current generated by the many solar cells to alternating current to be provided to a power grid;    (4) a method-2 of preventing harmful polarization of solar cells, comprising: providing a solar cell module array comprising many solar cells, the solar cells being coupled in series such that a first node of the series is at a positive potential and a second opposing node of the series is at a negative potential relative to the first node, each solar cell in the many solar cells having a doped front side diffusion region and a dielectric over the doped front side diffusion region; coupling an inverter to the solar cell module array, the inverter being configured to convert direct current generated by the solar cell module array to alternating current to be provided to a power grid; and grounding the first node of the series and a frame of a solar cell module in the solar cell module array to reduce positive potential between the solar cells and the frame;    (5) a method-3 of preventing harmful polarization of solar cells, comprising: providing a series of solar cells in a solar cell module array; tying a frame of a solar cell module in the solar cell module array to ground; coupling the solar cell module array to an inverter; tying either the first node or the second node to ground, the first node being tied to ground when solar cells in the series of solar cells have an N-type front side diffusion regions, the second node being tied to ground when solar cells in the series of solar cells have a P-type front side diffusion regions.    DESCRIPTION OF DRAWING(S) - The figure shows an exploded view of a solar cell module.    Solar cell module (100)    Back sheet (102)    Encapsulant (103)    Transparent cover (104)    Solar cells (200)