!! New Batch of Solar Power Plant Design & Electrical system Design will going starts from 9th February 2019
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Solar Structure Design Training Course

AEDEI is a premier inAdvance electrical Design Training with Solar Mounting Structure Design . Since there are a multitude of different Solar plant designs and all of them have a different purpose. As a solar Design Engineer we have put in a lot of efforts to understand how daunting it is to choose the right one to fit in the solar Design solutions by using different calculations and Solar Mounting Structure Software.

Solar Module mounting structures Design play a very important role in an efficient working of a solar power plant Design .Some of the projects have adopted a combination of steal structure and aluminum structure where in vertical legs are made off hot dipped galvanized steel and rest of the members are made off extruded aluminum structure. There are different Types of Solar Structure Components which are as follows:-
1. Like Design of Roof top Solar Structure
2. Ground Mounted solar structure with different Calculation like Load Calculation
3. Dead Load Calculation, Live Load Calculation Seismic & wind load Calculations and etc.

As A Design Solar Structure Design engineering is proficient in various designing and detailing software such as Auto CAD, STAAD Pro, Google sketchUp and Hellioscope with knowledge of various standards of Module Mounting Structure design.


Key Feature of Solar Mounting Structure Design Training


Ground Mounted Module Mounting Structure Design Training :
Ground mounted structures consist of PV Modules(framed/unframed) held in place by racks or frames that are attached to the ground based mounting structure depending upon the Number of modules per unit


Roof Module Mounting Structure Design Training :
Roof mounted solar power systems consist of solar panels held in place by racks or frames attached to roof based mounting support.



Who should attend:
solar design online course, Solar power plant design online course, solar power plant design training course, Solar plant design training, Solar installer online course, Solar design online training course Anybody who wants to gain valuable hands-on experience, especially Civil Engineering, Electrical Engineering and mechanical engineers; electrical and general contractors, Solar Design Engineer,electrical designers, solar companies and solar industry professionals who want to further their knowledge of solar design.

Prerequisites: Participants should have a basic understanding of solar PV or basic solar design, PV installation or related experience.

What time:

  • Weekend Batch : Saturday and Sunday
  • Regular Batch : Tuesday To Friday
  • Time : 4 Hours/per day (Flexible Timing as required)

How to Register: We offer the following options to register for this class. Class size is limited, so we recommend that you register early to guarantee a seat.

1. Online - click on the Enroll Now button below and register using a credit card or check card. You will be redirected to our online payment page for a safe, secure transaction. You will receive an email confirmation when the transaction is complete.
2. By phone – simply call us at (+91) 8467024957,7531923094 and we'll process your registration over the phone.
3. By whatApp on (+91) 8467024957,7531923094
4. Skype Id : aedei01



Syllabus Entrepreneurship Solar Training
solar design training syllabus

Module 1: Preliminary Plant Planning

  1. Site analysis
  2. Geotechnical investigation of solar farm land
  3. Analysis and validation of existing structures (for roof-tops)
  4. 3D layout modeling including shading analysis
  5. Plant Survey verification of land
  6. Existing building Roof load bearing capacity calculation

Module 2:Module mounting Structure Design

  1. Classification of various material for module mounting structure (MMS)
  2. Module mounting structure design for fixed tilt , seasonal tilt and tracker
  3. Properties of various metal ( galvanized , Pre Galvanized )
  4. Structure design based on wind speed calculation
  5. Fabrication drawing
  6. MMS fastener specification
  7. MMS specification

Module 3: Module mounting structure foundation

  1. Type of pile
  2. Difference between RCC pile and PCC pile
  3. Pile foundation calculation
  4. Pile Load bearing calculation
  5. Rooftop Structure foundation calculation
  6. Pile foundation marking / grid marking
  7. Pull out and lateral load calculation

Module 4 : Design of Ground mount solar structure(Cold formed Steel)

  1. Planning and idea development
  2. Load Calculation
  3. Dead Load, Live load & wind load
  4. Modelling in software interpretation
  5. Execution of Loads with software interpretation
  6. Report developments
  7. Drawings

Module 5 : Design of Roof mount solar structure(Cold formed Steel)

  1. Planning and idea development
  2. Load Calculation
  3. Dead Load, Live load & wind load
  4. Execution of Loads with software interpretation
  5. Report developments
  6. Bill of material
  7. Drawings

Module 6 : Design of Steel structures(Hot Rolled steel)

  1. Types of Structures
  2. Planning and idea development
  3. Telecom towers design and analysis
  4. Substation towers design and analysis
  5. Gantry & Hoardings design and analysis
  6. Gantry & Hoardings design and analysis
  7. Report developments

Module 7 : Connection Design

  1. Base plate design
  2. Design of Bolted connection
  3. Check for Minimum clearance

Module 8 : Foundation Design

  1. Design of pile foundation
  2. Design of isolated footings
  3. Solar specific pile foundation design
  4. Counterweight method.

Module 9 : Retaining wall Design

  1. Design of RR masonry wall
  2. Design of Cantilever wall

Module 10: Design of Structural Elements

  1. Concrete Elements
  2. Steel Elements
  3. Structural Joints

Module 11: Loads Analysis & Size Calculation.

  1. Loading Calculation
  2. Wind, Snow Load
  3. Load Combination
  4. Slab Load Calculation

Module 12:. Bar Bending schedule

Module 13: Bill of Quantity and Bill of material

Module 14: Projects Development & industrial guidance programme session