Abstract: A solar cell module (1) having solar cells (5) connected to high voltage output capacitor banks (8) which powers loads, frequency modifier capacitor banks (12) which provide controlled electro-magnetic energy during periods of dim light, base plate capacitor banks (21) which frees electrons in the solar cells (5) and electron source capacitors (28b) which fills an electron pool (5e) on top of the solar cells (5) that are all controlled by a computer module (27). The capacitors operating in a pulsating short circuit manner to achieve the highest electron energies. The phenomenons that are created are electron avalanches, multipaction, metastability and magnetic field generator effects all for extending electron energy decay time so that electrons can more efficiently tunnel. through the solar cell. The electon pool (5e) providing a reservoir of electrons to supply large currents. Module (1) is small, portable and has interchangeable attachment modules (36) for enhanced operations.