  We add a nonstandard higgs into the traditional bosonic part of electroweak
chiral Lagrangian, in purpose of finding out the contribution to EWCL
coefficients from processes with internal line higgs particle. To construct the
effective Lagrangian with higgs, we use low energy expansion scheme and write
down all the independent terms conserving $SU(2)\times U_Y(1)$ symmetry in the
nonlinear representation which we show is equivalent to the linear
representation. Then we integrate out higgs using loop expansion technique at
1-loop level, contributions from all possible terms are obtained. We find three
terms, $\mathcal{L}_5$, $\mathcal{L}_7$, $\mathcal{L}_{10}$ in EWCL are
important, for which the contributions from higgs can be further expressed in
terms of higgs partial decay width $\Gamma_{h\to ZZ}$ and $\Gamma_{h\to WW}$.
Higg mass dependence of the coefficients in EWCL are discussed.
