Self-activated front surface bias for a solar cell

1. A photovoltaic solar cell assembly for generating electrical energy from light, said solar cell assembly comprising:

a front surface electrical bias circuit activated by electrical energy generated by said solar cell assembly;

a bypass circuit connected to said front surface electrical bias circuit;

a transparent conductive layer positioned near or directly on a light receiving front surface of said solar cell; and

a bias wire activated by at least one electrode on said solar cell, said electrode providing some of said electrical energy to said front surface electrical bias circuit, said bias wire transferring said electrical energy to said transparent conductive layer to activate a front surface electrical bias, wherein said front surface bias circuit comprises at least a voltage divider formed by at least two resistors.

2. The photovoltaic solar cell assembly of claim 1 , wherein said front surface electrical bias circuit and said electrode have approximately equivalent voltages.

3. The photovoltaic solar cell assembly of claim 1 , wherein said front surface electrical bias circuit is directly connected to said electrode, said electrode having the same polarity as minority carriers in the solar cell.

4. The photovoltaic solar cell assembly of claim 1 , wherein said front surface electrical bias circuit further comprises a control, said control optimizing front surface bias to reduce the concentration of minority carriers near the front surface of the solar cell.

5. The photovoltaic solar cell assembly of claim 1 , wherein said front surface electrical bias circuit further comprises a control, said control responsive to operating conditions of said solar cell.

6. The photovoltaic solar cell assembly of claim 1 wherein said bypass circuit is at least partially unified with said front surface electrical bias circuit.

7. The photovoltaic solar cell assembly of claim 1 , wherein said bypass circuit comprises at least a bypass diode.