Remove printed outputs

src/PowerFlow.jl

@@ -378,11 +378,8 @@ function calc_new_state!(
             )
             save(save_pf_iter[2], "network_data", network_data)
         end
-        ### Restore active power balance and calculate DC-PF
-        # println(network_data["gen"]["343"])
-        # println(network_data["gen"]["349"])
-        # println(network_data["gen"]["350"])
 
+        ### Restore active power balance and calculate DC-PF
         correct_reference_buses!(network_data)
         restore_p_balance!(network_data, f)
         
@@ -1006,10 +1003,6 @@ function redistribute_slack_dispatches!(
         sum_pmax += g["pmax"]
         sum_pg += g["pg"]
     end
-    println(sum_pmin)
-    println(sum_pmax)
-    println(sum_pg)
-    println(slack_gens)
 
     total_pg = sum_pg # total generation to redistribute
     if isapprox(sum_pg, sum_pmin, atol=1.0e-7) # sum_pg == sum_pmin
@@ -1055,10 +1048,6 @@ function redistribute_slack_dispatches!(
             "Aggregated dispatch $sum_pg violates aggregated capacity interval [$sum_pmin, $sum_pmax]!"
         )
     end
-    println(sum_pmin)
-    println(sum_pmax)
-    println(sum_pg)
-    println(slack_gens)
 
     return nothing
 end
@@ -1089,17 +1078,11 @@ function _reduce_p_dispatch!(
     ### Reduce dispatches as much as possible 
     for g in capable_cc_gens
         gen = network_data["gen"]["$g"]
-        # if gen["gen_bus"] == 6349
-        #     println(gen)
-        # end
         if g_Δp >= gen["pg"] - gen["pmin"] # generator reaches minimum dispatch
             gen["pg"] = gen["pmin"]
         else # generator can reduce dispatch sufficiently
             gen["pg"] -= g_Δp
         end
-        # if gen["gen_bus"] == 6349
-        #     println(gen)
-        # end
     end
 
     ### Recalculate active power mismatch and repeat reduction, if necessary