Tuesday, 29 April 2014

Renewable Energy in Classroom



Certificate in Photovoltaic System Installation -CPSI



Short Term Training
Long Term Training
Home Study *
Advanced Certificate in Photovoltaic System Technician - 



Duration: 1 Month/80 Hours
Class Time: Monday to Friday - 4 Hours/day 
More>> 

Advanced Certificate in Photovoltaic System Business Management 

Duration: 3 Weeks/60 Hours 
Class Time: Monday to Friday - 4 Hours/day More>> 

Advanced Certificate in Photovoltaic System Installer

Duration: 3 Weeks/70 Hours 
Class Time: Monday to Friday - 5 Hours/day  More>> 

Advanced Certificate in Photovoltaic Power Plant Maintenance

Duration: 3 Weeks/70 Hours 
Class Time: Monday to Friday - 4.5 Hours/day More>> 

Certificate in Photovoltaic Module Manufacturing Process

Duration: 2 Weeks/50 Hours 
Class Time: Monday to Friday - 5 Hours/day  More>>
Advanced Certificate in Photovoltaic System Technician - 



Duration: 6 Months 
Class Time: Saturday and Sunday - 2 Hours/day 
More>> 

Advanced Certificate in Photovoltaic System Business Management 

Duration: 6 Months 
Class Time: Saturday and Sunday - 2 Hours/day More>> 

Advanced Certificate in Photovoltaic System Installer

Duration: 6 Months 
Class Time: Saturday and Sunday - 2 Hours/day  More>> 

Advanced Certificate in Photovoltaic Power Plant Maintenance

Duration: 6 Months 
Class Time: Saturday and Sunday - 2 Hours/day More>> 

Certificate in Photovoltaic Module Manufacturing Process

Duration: 3 Months 
Class Time: Saturday and Sunday-2 Hours/day More>>
Advanced Certificate in Photovoltaic System Technician - 



Duration: 6 Months 
Class Time: Two days Practical Class & online support More>> 

Advanced Certificate in Photovoltaic System Business Management 

Duration: 6 Months 
Class Time: Two days Practical Class & online support More>> 

Advanced Certificate in Photovoltaic System Installer

Duration: 6 Months 
Class Time: Two days Practical Class & online support More>> 

Advanced Certificate in Photovoltaic Power Plant Maintenance

Duration: 6 Months 
Class Time: Two days Practical Class & online support More>> 


* Home Study: This is combine synchronous and asynchronous learning to create a structure in which the student is required to meet at a specific time in practical classroom[1] or online support (Internet chat room). Who are engaged in PV system job, can enroll in this system. However, they are allowed to complete assignments on their own time and may pass through an examination.



Wednesday, 16 April 2014

April-2014-Training



IST TRAINING PROGRAM - April-2014
Solar Array Testing at IST Training Program
Array Data Record Keeping at IST Training Program
Mushtaq Khan (from New Delhi ) at IST Training Program


Mushtaq Khan (from New Delhi ) at IST Training Program

IST Theory Class - April 2014


Solar Marketing class by Sanjoy Roychoudhury











Solar tubular battery test and maintenance  class by - M. Mandal (QCM of AMC Battery)  

Solar tubular battery test and maintenance  class by - M. Mandal (QCM of AMC Battery)  


Solar tubular battery test and maintenance  class by - Mr. Manik Mondal, AMC Battery, Kolkata. Storage battery for PV system  

Solar tubular battery test and maintenance  class by - Mr. Manik Mondal, AMC Battery, Kolkata. Storage battery for PV system   



Engineering Drawing Class

Engineering Drawing Class


Engineering Drawing Class


Engineering Drawing Class



Site Visit: 20 kW Grid connected roof top solar power plant on SUPARBA, a research project at Jadavpur University campus, Sponsored by Ministry of New and Renewable Energy(Government of India).

Site Visit: 20 kW Grid connected roof top solar power plant on SUPARBA, a research project at Jadavpur University campus, Sponsored by Ministry of New and Renewable Energy(Government of India).

Site Visit: 20 kW Grid connected roof top solar power plant on SUPARBA, a research project at Jadavpur University campus, Sponsored by Ministry of New and Renewable Energy(Government of India). IST Student from left - Mohd. Farukh Khan, Akhilesh Nandan, Mushtaq Mohd. Khan, and Utpal Das. 

Site Visit: 20 kW Grid connected roof top solar power plant on SUPARBA, a research project at Jadavpur University campus, Sponsored by Ministry of New and Renewable Energy(Government of India). IST Student from left - Mohd. Farukh Khan, Akhilesh Nandan









Saturday, 5 April 2014

PV POWER PROJECT TRAINING - April 2014


April, 2014 Training session will be start from 15th April.
Course Content:
    
Theory Class
Practical Class
Principle of operation of
Solar Energy – Solar Photovoltaic Technology, Photovoltaic Effect, Solar Cell, Types of Solar Cell, Technical Specification of Solar PV module,

Power (Pm),
Open circuit voltage,
Short Circuit Current,
Voltage at Maximum Power,
Current at Maximum Power,
STC,
Temp. Coefficients,
IV curve,
Application of Solar Energy

Audio-Video Class
1.      Identify Solar PV cell/module
2.      Measuring – short circuit current, open circuit voltage of one cell Measuring – short circuit current, open circuit voltage of Two cell connected in Parallel
4.      Measuring – short circuit current, open circuit voltage of Two cell connected in Series
Solar Insolation – Definition,
Factor to be considered in Solar system Design, Solar Intensity,
Solar Spectrum,
Solar Window,
Peak Sun Hours,
Solar Declination,
Insolation and Latitude,

Audio-Video Class
5.      Effect of shading on short circuit current for solar cell in Parallel.
6.      Effect of shading on short circuit current for solar cell in Series.
Solar Photovoltaic Module Tilt Angle Scale – Tilt angle,
Significance of the tilt angle scale,
Best angle for solar panels.
Fixed Tilt, Adjusting Tilt

Audio-Video Class

1.      Measuring voltage, current and power under load for one cell
2.      Measuring voltage, current and power under load for two cell in Parallel
3.      Measuring voltage, current and power under load for two cell in Series
4.      Measuring voltage, current and power under load for two cell in Parallel using resistors
5.      Short circuit current and light source distance
6.      Measuring the effect on Sun angle on current output and Voltage output



PART – I – Step-by-Step Design of rooftop PV system 

General issues of system Designers – Identify potential applications, Gather load information, climate information, Site survey, System Components

Rooftop PV System Calculation – Load Estimates, Solar Array Design, Battery Calculation, Mounting Structure, Controller and PCU calculation.

Battery Information –
1 string of 6 volt batteries wired in Series, Parallel, series & parallel

Series and Parallel wiring of PV modules.

Computer Lab:
Calculation of various Rooftop PV system
Case Study – Designing Solar Home Lighting Systems, Designing Stand Alone Solar PV Power Plant



Solar PV Electrical Single line Schematic – Plan,
Rooftop Layout Plan,
Single line Diagram,
Foundation for ground mounted array, Mounting structure Design

PART – II – Rooftop PV System Installation


Preparing Project File
Submit Computer Lab Sheet
Submit Drawing/Plan Sheet
Submit Test Result Sheet

Practical practice using lab PV array and PCU.
Setup Mounting Structure,
Array assembly, wiring & Testing,
Battery Installation
Earthing
PCU Installation

Award of Certificate
On successful completion of the course, participants will be awarded Certification in Rooftop PV System Installer. Successful completion will be measured based on the following
  • Class Participation/Attendance (20%)
  • Assignments (40%)
  • Group Work (20%)
  • Final Examination (20%)

A minimum of 75% credit is required to award certificate.

Through the above courses IST teaches:
Applications
Application is the need of the customer. 
Configuration
Configuration is based on the need designing a rooftop PV system/configuring a rooftop PV system.
Installation
Installation is bring a rooftop PV system into working condition.
Testing
Once the rooftop PV system is installed, test the system whether it is meeting all its parameters for which the system was designed.

The course would benefit anybody who wants to work with solar PV system, who is working on solar PV system for design, installation and maintenance of solar PV systems of all types. The training programme would also be an excellent opportunity to learn several aspects of Solar PV technology with hands on experience in designing and assembling solar PV systems

Training Duration: 20 days
Eligibility: Minimum 10+2 Pass
Medium of Instruction is English & Bengali. Study material is in English.

Course certification is awarded upon successful completion of both the written and practical assessments; this certificate can then be used as evidence of your training and ability to install and commission Rooftop PV systems.

Press Release