  To explain all the available experimental results, we have proposed the
Electroweak Supersymmetry (EWSUSY) previously, where the squarks and/or gluino
are heavy around a few TeVs while the sleptons, sneutrinos, Bino, Winos, and/or
Higgsinos are light within one TeV. In the Next to Minimal Supersymmetric
Standard Model (NMSSM), we perform the systematic \chi^2 analyses on parameter
space scan for three EWSUSY scenarios: (I) R-parity conservation and one dark
matter candidate; (II) R-parity conservation and multi-component dark matter;
(III) R-parity violation. We obtain the minimal \chi^2/(degree of freedom) of
10.2/15, 9.6/14, and 9.2/14 respectively for Scenarios I, II, and III.
Considering the constraints from the LHC neutralino/chargino and slepton
searches, we find that the majority of viable parameter space prefered by the
muon anomalous magnetic moment has been excluded except for the parameter space
with moderate to large \tan\beta (\ge 8). Especially, the most favorable
parameter space has relatively large \tan\beta, moderate \lambda, small
\mu_{eff}, heavy squarks/gluino, and the second lightest CP-even neutral Higgs
boson with mass around 125 GeV. In addition, if the left-handed smuon is nearly
degenerate with or heavier than Wino, there is no definite bound on Wino mass.
Otherwise, the Wino with mass up to \sim 450 GeV has been excluded.
Furthermore, we present several benchmark points for Scenarios I and II, and
briefly discuss the prospects of the EWSUSY searches at the 14 TeV LHC and ILC.
