৫ই ডিসেম্বর, ২০২২ খ্রিস্টাব্দ, ২০শে অগ্রহায়ণ, ১৪২৯ বঙ্গাব্দ

Professional Solar Pv Design with Pvsyst and Sketchup Software

5/5

Course Description

Professional (1-100)MW scale Solar Pv Project Design By Pvsyst.

Facilities

🛑 International certificate
🛑 lecture sheet
🛑 Video lecture
🛑 Lifetime membership
🛑 Industrial project support
🛑 Internship opportunity
🛑 Research work, scientific publication guidelines

Offline course fee:15000 taka

Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.

Course Outline

🔸Introduction of solar PV system
🔸Solar cell, solar panel, solar string, solar array
🔸Different Solar module connection configuration
🔸 Types of solar panel, Solar PV system, Inverter.
🔸Overview of main components of the system
🔸Types of structure
🔸 O/P of solar PV system
🔸What affects electricity output
🔸 Getting the most electricity from a panel
🔸 Thermal generation (CSP) & Photovoltaic (CPV)
🔸 Solar radiation, GHI, GII, GEI
🔸 Hot spot effect
🔸 Half-cell, multi-busber cell
🔸100% efficient solar panel & Cell
🔸 Solar cell datasheet & Smaller cell vs bigger cells
🔸 Fill factor
🔸 Solar cell multi-busber & cutting and reconnecting
🔸 Make the solar panel by cell
🔸 Compare between Panel efficiency & cell efficiency
🔸 Different Solar panel datasheet overview
🔸 Mono , Mono Perc & Mono Bifacial silicon solar panels
🔸 STC ,NOCT,PTC &CEC panel power output,Voltage,Amp per m2
🔸 High temperature & low temperature impact on solar cell, panel and system
🔸 Calculate minimum voltage of solar panel and system
🔸 Calculate maximum voltage of solar panel and system
🔸 Calculate NEC maximum voltage of solar panel and system
🔸 Temp rating of solar panel
🔸 Temp coefficient of different types of solar panel
🔸 Mono vs Mono ,Poly vs Poly & Mono vs Poly high temp performance
🔸 The min and max number of panels in the string and array
🔸 Max current and max series fuse rating maximum system sizing
🔸 Factors that change performance of PV.
🔸 Calculate Solar panel efficiency power and size
🔸 Calculate Solar panels min. Voltage , max. Voltage & nec table calculation
🔸 Calculate Solar panels series, parallel & mixed connections
🔸 Calculate Solar array max. Voltage calculations
🔸 Calculate From String & array to combiner box
🔸 Calculate Battery introduction
🔸 Calculate Battery temp compensation introduction
🔸 Calculate Battery temp and charger controller numbers speaking part 1
🔸 Calculate Batteries connections - series and parallel
🔸 Calculate Battery bank sizing
🔸 Calculate Inverter sizing
🔸Step 1: engineering site visit
🔸 Step 2: permits and documents
🔸 Step 3: ordering equipment
🔸Step 4: civil work
🔸Step 5: structure
🔸Step 6: panel installation
🔸Step 7: electrical work
🔸Step 8: testing and commissioning
🔸Step 9: project report submission
🔸 Latitude, longitude & Coordinates' position indicators
🔸 Time zone & Time difference between two locations
🔸 Latitude and seasonal changes
🔸 Understand of sun path chart
🔸 Magnetic & true azimuth
🔸 Understand of Solar panel optimum orientation
🔸 Solar irradiance & power production in Different hemisphere
🔸 Adjustable tilt angle setting & Fixed tilt setting- solar irradiance & power production
🔸 Shadow length in summer solistice & winter solistice
🔸 Shadow length on equinoxes
🔸 Solar panel shadow at any tilt ,location & time
🔸 Number of project design by sketchup software
🔸 Shadow analysis
🔸 Pvwatt,pvgis report
🔸 3D animation making with video
🔸 Solar project by skelion
🔸 Solar cable and sizing
🔸 Protection system and sizing
🔸 A complete walkthrough of the pvsyst software
🔸 Define site characteristics including location and weather data
🔸 The science, mathematics & art behind solar pv system design
🔸 The complete understating of a client’s requirements to prepare a pvsyst design
🔸 Performing a virtual and in-person site assessment
🔸 Learn to calculate all input values such as azimuth, tilt, losses, etc.
🔸 Aanalyze the output
🔸 Gain an overview of the system losses, and how they impact the simulation of the pv system.
🔸 Detailed knowledge of losses, 3d modeling and near shading analysis
🔸 Analysing a pvsyst report and creating a professional sales proposal
🔸 Being able to independently perform grid-connected pvsyst simulations of up to 10 mw
🔸 Perform p50 – p90 estimations for a pv system.
🔸 Perform economic and greenhouse gas abatement analysis on a pv system.
🔸 Mega watt project on grid system pvsyst design step by step
🔸 One complete sketchup design for solar system step by step
🔸 Number of examples of solar project design by pvsyst with Sketchup

Professional Solar Pv Design with Pvsyst and Sketchup Software

5/5

Course Description

Professional (1-100)MW scale Solar Pv Project Design By Pvsyst.

Facilities

🛑 International certificate
🛑 lecture sheet
🛑 Video lecture
🛑 Lifetime membership
🛑 Industrial project support
🛑 Internship opportunity
🛑 Research work, scientific publication guidelines

Offline course fee:15000 taka

Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.

Course Outline

🔸Introduction of solar PV system
🔸Solar cell, solar panel, solar string, solar array
🔸Different Solar module connection configuration
🔸 Types of solar panel, Solar PV system, Inverter.
🔸Overview of main components of the system
🔸Types of structure
🔸 O/P of solar PV system
🔸What affects electricity output
🔸 Getting the most electricity from a panel
🔸 Thermal generation (CSP) & Photovoltaic (CPV)
🔸 Solar radiation, GHI, GII, GEI
🔸 Hot spot effect
🔸 Half-cell, multi-busber cell
🔸100% efficient solar panel & Cell
🔸 Solar cell datasheet & Smaller cell vs bigger cells
🔸 Fill factor
🔸 Solar cell multi-busber & cutting and reconnecting
🔸 Make the solar panel by cell
🔸 Compare between Panel efficiency & cell efficiency
🔸 Different Solar panel datasheet overview
🔸 Mono , Mono Perc & Mono Bifacial silicon solar panels
🔸 STC ,NOCT,PTC &CEC panel power output,Voltage,Amp per m2
🔸 High temperature & low temperature impact on solar cell, panel and system
🔸 Calculate minimum voltage of solar panel and system
🔸 Calculate maximum voltage of solar panel and system
🔸 Calculate NEC maximum voltage of solar panel and system
🔸 Temp rating of solar panel
🔸 Temp coefficient of different types of solar panel
🔸 Mono vs Mono ,Poly vs Poly & Mono vs Poly high temp performance
🔸 The min and max number of panels in the string and array
🔸 Max current and max series fuse rating maximum system sizing
🔸 Factors that change performance of PV.
🔸 Calculate Solar panel efficiency power and size
🔸 Calculate Solar panels min. Voltage , max. Voltage & nec table calculation
🔸 Calculate Solar panels series, parallel & mixed connections
🔸 Calculate Solar array max. Voltage calculations
🔸 Calculate From String & array to combiner box
🔸 Calculate Battery introduction
🔸 Calculate Battery temp compensation introduction
🔸 Calculate Battery temp and charger controller numbers speaking part 1
🔸 Calculate Batteries connections - series and parallel
🔸 Calculate Battery bank sizing
🔸 Calculate Inverter sizing
🔸Step 1: engineering site visit
🔸 Step 2: permits and documents
🔸 Step 3: ordering equipment
🔸Step 4: civil work
🔸Step 5: structure
🔸Step 6: panel installation
🔸Step 7: electrical work
🔸Step 8: testing and commissioning
🔸Step 9: project report submission
🔸 Latitude, longitude & Coordinates' position indicators
🔸 Time zone & Time difference between two locations
🔸 Latitude and seasonal changes
🔸 Understand of sun path chart
🔸 Magnetic & true azimuth
🔸 Understand of Solar panel optimum orientation
🔸 Solar irradiance & power production in Different hemisphere
🔸 Adjustable tilt angle setting & Fixed tilt setting- solar irradiance & power production
🔸 Shadow length in summer solistice & winter solistice
🔸 Shadow length on equinoxes
🔸 Solar panel shadow at any tilt ,location & time
🔸 Number of project design by sketchup software
🔸 Shadow analysis
🔸 Pvwatt,pvgis report
🔸 3D animation making with video
🔸 Solar project by skelion
🔸 Solar cable and sizing
🔸 Protection system and sizing
🔸 A complete walkthrough of the pvsyst software
🔸 Define site characteristics including location and weather data
🔸 The science, mathematics & art behind solar pv system design
🔸 The complete understating of a client’s requirements to prepare a pvsyst design
🔸 Performing a virtual and in-person site assessment
🔸 Learn to calculate all input values such as azimuth, tilt, losses, etc.
🔸 Aanalyze the output
🔸 Gain an overview of the system losses, and how they impact the simulation of the pv system.
🔸 Detailed knowledge of losses, 3d modeling and near shading analysis
🔸 Analysing a pvsyst report and creating a professional sales proposal
🔸 Being able to independently perform grid-connected pvsyst simulations of up to 10 mw
🔸 Perform p50 – p90 estimations for a pv system.
🔸 Perform economic and greenhouse gas abatement analysis on a pv system.
🔸 Mega watt project on grid system pvsyst design step by step
🔸 One complete sketchup design for solar system step by step
🔸 Number of examples of solar project design by pvsyst with Sketchup

Professional Solar Pv Design with Pvsyst and Sketchup Software

5/5

Course Description

Professional (1-100)MW scale Solar Pv Project Design By Pvsyst.

Facilities

🛑 International certificate
🛑 lecture sheet
🛑 Video lecture
🛑 Lifetime membership
🛑 Industrial project support
🛑 Internship opportunity
🛑 Research work, scientific publication guidelines

Offline course fee: 15000 taka

Online course fee: 9000 taka

Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Optio, neque qui velit. Magni dolorum quidem ipsam eligendi, totam, facilis laudantium cum accusamus ullam voluptatibus commodi numquam, error, est. Ea, consequatur.

Pvsyst Software 

Course Outline

🔸Introduction of solar PV system
🔸Solar cell, solar panel, solar string, solar array
🔸Different Solar module connection configuration
🔸 Types of solar panel, Solar PV system, Inverter.
🔸Overview of main components of the system
🔸Types of structure
🔸 O/P of solar PV system
🔸What affects electricity output
🔸 Getting the most electricity from a panel
🔸 Thermal generation (CSP) & Photovoltaic (CPV)
🔸 Solar radiation, GHI, GII, GEI
🔸 Hot spot effect
🔸 Half-cell, multi-busber cell
🔸100% efficient solar panel & Cell
🔸 Solar cell datasheet & Smaller cell vs bigger cells
🔸 Fill factor
🔸 Solar cell multi-busber & cutting and reconnecting
🔸 Make the solar panel by cell
🔸 Compare between Panel efficiency & cell efficiency
🔸 Different Solar panel datasheet overview
🔸 Mono , Mono Perc & Mono Bifacial silicon solar panels
🔸 STC ,NOCT,PTC &CEC panel power output,Voltage,Amp per m2
🔸 High temperature & low temperature impact on solar cell, panel and system
🔸 Calculate minimum voltage of solar panel and system
🔸 Calculate maximum voltage of solar panel and system
🔸 Calculate NEC maximum voltage of solar panel and system
🔸 Temp rating of solar panel
🔸 Temp coefficient of different types of solar panel
🔸 Mono vs Mono ,Poly vs Poly & Mono vs Poly high temp performance
🔸 The min and max number of panels in the string and array
🔸 Max current and max series fuse rating maximum system sizing
🔸 Factors that change performance of PV.
🔸 Calculate Solar panel efficiency power and size
🔸 Calculate Solar panels min. Voltage , max. Voltage & nec table calculation
🔸 Calculate Solar panels series, parallel & mixed connections
🔸 Calculate Solar array max. Voltage calculations
🔸 Calculate From String & array to combiner box
🔸 Calculate Battery introduction
🔸 Calculate Battery temp compensation introduction
🔸 Calculate Battery temp and charger controller numbers speaking part 1
🔸 Calculate Batteries connections - series and parallel
🔸 Calculate Battery bank sizing
🔸 Calculate Inverter sizing
🔸Step 1: engineering site visit
🔸 Step 2: permits and documents
🔸 Step 3: ordering equipment
🔸Step 4: civil work
🔸Step 5: structure
🔸Step 6: panel installation
🔸Step 7: electrical work
🔸Step 8: testing and commissioning
🔸Step 9: project report submission
🔸 Latitude, longitude & Coordinates' position indicators
🔸 Time zone & Time difference between two locations
🔸 Latitude and seasonal changes
🔸 Understand of sun path chart
🔸 Magnetic & true azimuth
🔸 Understand of Solar panel optimum orientation
🔸 Solar irradiance & power production in Different hemisphere
🔸 Adjustable tilt angle setting & Fixed tilt setting- solar irradiance & power production
🔸 Shadow length in summer solistice & winter solistice
🔸 Shadow length on equinoxes
🔸 Solar panel shadow at any tilt ,location & time
🔸 Number of project design by sketchup software
🔸 Shadow analysis
🔸 Pvwatt,pvgis report
🔸 3D animation making with video
🔸 Solar project by skelion
🔸 Solar cable and sizing
🔸 Protection system and sizing
🔸 A complete walkthrough of the pvsyst software
🔸 Define site characteristics including location and weather data
🔸 The science, mathematics & art behind solar pv system design
🔸 The complete understating of a client’s requirements to prepare a pvsyst design
🔸 Performing a virtual and in-person site assessment
🔸 Learn to calculate all input values such as azimuth, tilt, losses, etc.
🔸 Aanalyze the output
🔸 Gain an overview of the system losses, and how they impact the simulation of the pv system.
🔸 Detailed knowledge of losses, 3d modeling and near shading analysis
🔸 Analysing a pvsyst report and creating a professional sales proposal
🔸 Being able to independently perform grid-connected pvsyst simulations of up to 10 mw
🔸 Perform p50 – p90 estimations for a pv system.
🔸 Perform economic and greenhouse gas abatement analysis on a pv system.
🔸 Mega watt project on grid system pvsyst design step by step
🔸 One complete sketchup design for solar system step by step
🔸 Number of examples of solar project design by pvsyst with Sketchup