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Solar Structure Design Course

Industrial Electrical Power Systems need a good design.               A proper functioning of electric power distribution system is vital for safety, maintenance, trouble shooting and the efficient operation of industrial plant.               

Solar Structure Design Training Course

The Advance Group of Institution which is subsidiary of Advance Electrical Design and Engineering Institute having Expert Engineers team has a dedicated team focused on design, Installation and quality of Education based on live Projects . Advance Group of Institute will provide Training on solar module mounting structures for both land based and rooftop solar power plants .we are also providing training on all ranges of PV modules starting from 10 Wp to 325 Wp and can be optimized for varied soil types - from sandy deserts to hard rocky terrain with there calculation like Wind calculation and Foundation calculation .we will also teach different type of Module Mounting structure like we will teach you ballasted footing mounts with concrete or steel bases that do not require penetration of roofs and can stand as individual structures. Advance Technology of Solar Structure Design (Module Mounting Structure)

The solar modules should be placed in such a way that most of the sunlight falls on them. The best direction to place the solar modules is the place them facing the equator. This means, in the Northern hemisphere the solar PV modules should be placed facing true south as the equator is lying to the south of the northern hemisphere. In case of regions in the Southern Hemisphere, the solar PV modules should be placed facing the true north as the equator is lying to the north of the southern hemisphere. In case of India, which lies above the equator in the Northern Hemisphere, it is ideal to place the solar PV modules facing True south. In case of Australia, which lies in the Southern hemisphere, the equator lies above it. Hence it will be ideal to place the solar PV modules facing true north in Australia. Types of Solar Panel Mounting Structure

    • Rooftop Mounting Structure
      Ground Mounted Structure
  • Rooftop Mounting structure: - In a rooftop mounting system, the solar PV panels will be installed on roof of any building. It can either be any residential building or any commercial/industrial building. In rooftop mounting system, the roof on which the solar array will be installed.

    Ground Mounted Structure: In a Ground Mounting Solar Structure system. The solar pv panel will be installed on open ground .it either can be solar park or mostly Mw scale ground Mounted solar projects.

    Some Key point of Advance Solar structure Design Training

    • Foundation Calculation
    • Wind calculation
    • Ballasted Mounting Calculation
    • Pole Mounting calculation
    • Piles Mounting Calculation
    • Report generation of Load manually and software.

    Preliminary Plant Planning

    1. Geotechnical investigation of solar farm land
    2. Analysis and validation of existing structures (for Roof-tops)
    3. 3D layout modeling including shading analysis
    4. Plant Survey verification of land
    5. 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

    There are Different Four Software for SOlar Power Plant Desining
    • Staad Pro.
    • Drafting Software

    Regular Batch

    Duration: Two Months
    Schedule : Monday to Friday

    Weekend Batch

    Duration: Two Months

    Schedule: Saturday and Sunday

    Only Sunday Batch

    Duration:Three Months
    Schedule: Sunday