  A model of electric energization of the Solar Wind and Corona is developed,
including electro-magnetic (EM) particle effects precluded by traditional
magneto-hydro (MHD) assumptions. Using standard 1-D radial Solar models for
particle density and temperature, the Core gravito-electric field is
calculated; and the range of possible Photospheric photoelectric fields is
estimated. The extant DC field apparently arises from about 460.Coulombs of
charge displacement, mainly caused by the immense Solar energy flux pushing
electrons outward. Energetically, this electric field can accelerate surface
protons out of the 2.keV gravity well and up to the 4. keV energies observed in
the Fast Solar Wind. The electrical energy is released in pervasive, persistent
"proton lightning jets", which are proton beams, charge-neutralized by
co-propagating electrons. The jets are formed by pinched "avalanche breakdown"
of the weakly ionized Photosphere, probably initiated on the down-welling edges
of Solar surface granulations. These energetic jets will glow as discrete
filamentary surface spicules, and will be observed in reflect solar light as
the diffuse K-Corona. Significantly, the total charge displacement and observed
Fast Wind Speed (FWS) are quantitatively predicted by a novel "virial limit":
the (positive) electrical potential energy at r=0 is limited in magnitude to
the 10.keV gravitational well at r=0.
