Carrier concentration decreasing with increase in temperature in a semiconductor

I have come across this equation in my semiconductor study $$
n_{0}=n_{i} exp left(frac{E_{F}-E_{i}}{K{T}}right)
$$ where$$n_i$$ is the intrinsic electron concentration . This equation gives us the electron concentration as a function of temperature.
But this equation suggests that as we increase the temperature, the conduction electron density decreases which is contrary to the fact that as we increase the temperature more and more electrons jump into the conduction band and hence increase in carrier concentration.
Where am I going wrong,please help.
Thank you in advance.