diff --git a/docs/src/basics/MTKModel_Connector.md b/docs/src/basics/MTKModel_Connector.md
index b562c5323c..9fc57bacc2 100644
--- a/docs/src/basics/MTKModel_Connector.md
+++ b/docs/src/basics/MTKModel_Connector.md
@@ -65,6 +65,11 @@ end
     @extend ModelB(; p1)
     @components begin
         model_a = ModelA(; k_array)
+        model_array_a = [Model_A(; k = i) for in in 1:N]
+        model_array_b = for i in 1:N
+            k = i^2
+            Model_A(; k)
+        end
     end
     @equations begin
         model_a.k ~ f(v)
@@ -136,6 +141,7 @@ julia> @mtkbuild model_c2 = ModelC(; p1 = 2.0)
 #### `@components` begin block
 
   - Declare the subcomponents within `@components` begin block.
+  - Array of components can be declared with a for loop or a list comprehension.
   - The arguments in these subcomponents are promoted as keyword arguments as `subcomponent_name__argname` with `nothing` as default value.
   - Whenever components are created with `@named` macro, these can be accessed with `.` operator as `subcomponent_name.argname`
   - In the above example, as `k` of `model_a` isn't listed while defining the sub-component in `ModelC`, its default value can't be modified by users. While `k_array` can be set as:
@@ -243,10 +249,10 @@ For example, the structure of `ModelC` is:
 ```julia
 julia> ModelC.structure
 Dict{Symbol, Any} with 7 entries:
-  :components           => [[:model_a, :ModelA]]
+  :components           => Vector{Union{Expr, Symbol}}[[:model_a, :ModelA], [:model_array_a, :Model_A, :(1:N)], [:model_array_b, :Model_A, :(1:N)]]
   :variables            => Dict{Symbol, Dict{Symbol, Any}}(:v=>Dict(:default=>:v_var), :v_array=>Dict(:size=>(2, 3)))
   :icon                 => URI("https://github.com/SciML/SciMLDocs/blob/main/docs/src/assets/logo.png")
-  :kwargs               => Dict{Symbol, Any}(:f=>:sin, :v=>:v_var, :v_array=>nothing, :model_a__k_array=>nothing, :p1=>nothing)
+  :kwargs               => Dict{Symbol, Any}(:f=>:sin, :model_array_b__k=>nothing, :v=>:v_var, :v_array=>nothing, :model_a__k_array=>nothing, :model_array_a__k=>nothing, :p1=>nothing)
   :independent_variable => t
   :extend               => Any[[:p2, :p1], Symbol("#mtkmodel__anonymous__ModelB"), :ModelB]
   :equations            => ["model_a.k ~ f(v)"]