Online Meteorological Training for Solar Power Plant Applications

Advance Electrical Design and Engineering Institute specializes in This online training is specifically designed to provide professionals with in-depth knowledge of meteorological principles and their application in solar power plant development and performance optimization. From solar radiation fundamentals to real-time forecasting techniques, this course equips you with practical tools to enhance energy yield estimation and grid planning accuracy

Online Meteorological Training for Solar Power Plant Applications.

Advance Electrical Design and Engineering Institute is make sure that The major categories for predicting solar ener are theoretical sunshine-based models, empirical meteorological parameters, and combinations of both meteorological models and sunshine-based models

AEDEI: Syllabus of Online Meteorological Training for Solar Power Plant Applications
Chapter 1 - Fundamentals of Solar Radiation Basics of solar energy and solar spectrum Solar constant and extraterrestrial radiation Radiation components: Direct, Diffuse, Global Air mass and atmospheric attenuation Solar geometry: declination, zenith, azimuth Chapter 2- Meteorological Parameters in Solar Plant Design Key weather parameters: DNI, GHI, DHI, ambient temperature, wind speed, humidity Cloud cover and its impact on yield Impact of dust and aerosols on performance Climate zones and seasonal variability Chapter 3 -Data Acquisition and Weather Station Design Design and installation of meteorological stations Sensor selection and calibration Real-time data logging and telemetry Data accuracy, filtering, and error correction Chapter 4 -Solar Resource Assessment Long-term and short-term data merging Satellite vs. ground-measured data Uncertainty and interannual variability Performance degradation and soiling analysis	Chapter 5 -Forecasting Techniques for Solar Power Short-term (minutes to days) and long-term forecasting Statistical vs. physical models Machine learning-based forecasting (intro) Impact on grid scheduling and load dispatch Chapter 6 -Weather Impact on Solar Plant Performance PV panel efficiency vs. temperature Wind loading on structures Humidity and corrosion Extreme events (storms, dust storms) Chapter 7 -Report Writing and Data Presentation Standard formats for solar resource assessment reports KPI benchmarking: PR, CUF, availability Visualization and dashboarding Performance degradation and soiling analysis Chapter 8 -Regulations, Standards & Best Practices IEC and IS standards for weather monitoring MNRE guidelines on resource assessment Bankability requirements and due diligence O\&M practices for weather station upkeep Chapter 9 -Software Analysis and Assessment PVsyst – Resource input and simulation

AEDEI: Syllabus of Online Meteorological Training for Solar Power Plant Applications

Chapter 1 - Fundamentals of Solar Radiation

Basics of solar energy and solar spectrum
Solar constant and extraterrestrial radiation
Radiation components: Direct, Diffuse, Global
Air mass and atmospheric attenuation
Solar geometry: declination, zenith, azimuth

Chapter 2- Meteorological Parameters in Solar Plant Design

Key weather parameters: DNI, GHI, DHI, ambient temperature, wind speed, humidity
Cloud cover and its impact on yield
Impact of dust and aerosols on performance
Climate zones and seasonal variability

Chapter 3 -Data Acquisition and Weather Station Design

Design and installation of meteorological stations
Sensor selection and calibration
Real-time data logging and telemetry
Data accuracy, filtering, and error correction

Chapter 4 -Solar Resource Assessment

Long-term and short-term data merging
Satellite vs. ground-measured data
Uncertainty and interannual variability
Performance degradation and soiling analysis

Chapter 5 -Forecasting Techniques for Solar Power

Short-term (minutes to days) and long-term forecasting
Statistical vs. physical models
Machine learning-based forecasting (intro)
Impact on grid scheduling and load dispatch

Chapter 6 -Weather Impact on Solar Plant Performance

PV panel efficiency vs. temperature
Wind loading on structures
Humidity and corrosion
Extreme events (storms, dust storms)

Chapter 7 -Report Writing and Data Presentation

Standard formats for solar resource assessment reports
KPI benchmarking: PR, CUF, availability
Visualization and dashboarding
Performance degradation and soiling analysis

Chapter 8 -Regulations, Standards & Best Practices

IEC and IS standards for weather monitoring
MNRE guidelines on resource assessment
Bankability requirements and due diligence
O\&M practices for weather station upkeep

Chapter 9 -Software Analysis and Assessment

PVsyst – Resource input and simulation

successful candidates for engineerings positions have earned Online Meteorological Training for Solar Power Plant Applications certificate in the field.

Upon registration of class the student will receive

Who should attend: Meteorologists, Solar Engineers, Energy Analysts, Site Assessors, Project Developers , Solar Power Plant Designers & Engineers,Energy Analysts & Consultants,Meteorologists & Environmental Professionals,EPC Contractors & Developer.

Prerequisites: Participants should have a basic understanding of electrical Engineering, Participants should also have Basic knowledge of electrical.

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 and we'll process your registration over the phone.