Will my timber truss roof engineering/structure support solar panel load?

I am looking for a structural engineer to assess a possible solar project I am thinking of installing on my timber truss roof.
I need a short report along with a summary including main data like Roof live load, Wind Resistance, Dead/Static Load etc.. Provide reference for information as needed.
Information:
House construction : it is a townhouse with timber structure, timber truss and sheet metal roofing.
Attached zip file contains the below documents/info:
• Structural layout design and calculations
• Sheet metal roof material info
• House floor layout and structural design
• Solar panel system information

Some parameters extracted from the above documents
• Wind speed = 40 m/s (=144 km/h)
• Australian Wind classification = N2
• Perm. 1.5 kN (Permanent load ?)
• Max down (LC) 3.0 to 3.2 kN
• Wind uplift -4.0 to -4.5 kN
• Overhang Condition: Metal fascia
• Structural Software used: Pryda Australia
• Pryda Installation Guides https://pryda.com.au/wp-content/uploads/Pryda-Roof-Truss-Installation-Guide-2020.pdf

• Roof metal sheet: REVOLUTION ROOFING - TRUE OAK - Rev 5 (see attachment)
Type: Nexteel
Thickness: 0.48BMT
Mass: 4.93 kg/m2

• Solar Panel: ZNSHINE 415W Black Frame 108 Half-Cut Cells Mono(ZXM7-SH108-415/M); 16 Panels (see attachment)

I need to find out if my timber truss roof will be able to handle the load of the solar panels before making a decision. The ideal engineer will have experience in structuring timber truss roofs and be able to analyze if my roof is capable of supporting a solar panel load. I'm hoping to find someone who can provide me with a satisfactory assessment.