Thanks to this 100% online Postgraduate diploma, you will assess the performance of photovoltaic systems and design innovative strategies to optimize energy production"

A recent report by the International Energy Agency shows that global demand for renewable energy has grown by 30% in recent years. Among the reasons for this, the growing concern about climate change and the demand for sustainable energy stand out. In this scenario, engineering professionals need to incorporate into their procedures the most effective techniques to ensure that photovoltaic installations are efficient, cost-effective and clean. Only in this way will they be able to optimize the use of natural resources and minimize energy losses in both the conversion and transmission of electricity.

Given this scenario, TECH presents a pioneering Postgraduate diploma in Modeling and Assessment of Photovoltaic Installations. Designed by leading experts in this field, the academic itinerary will delve into the location of photovoltaic installations, taking into account aspects such as the solar trajectory, the calculation of radiation on tilted surfaces or terrestrial databases. The syllabus will also delve into the economic, administrative and environmental factors of photovoltaic plants. Throughout the program, students will develop skills to effectively manage the most advanced design, simulation and sizing software. In this way, professionals will be able to recreate different scenarios to analyze their impact on system performance.

It should be noted that the program is based on a convenient 100% online format, which allows engineers to plan their own schedules and study time. In this sense, TECH's Relearning system, based on the reiteration of key concepts to consolidate knowledge, will facilitate effective and rigorous updating. All students will need is an electronic device with an Internet connection to enter the Virtual Campus and access the most complete teaching materials on the educational market. Undoubtedly, an immersive experience that will considerably raise the professional scope of engineers.

The Modeling and Assessment of Photovoltaic Installations has a growing future. This program will prepare you to face the challenges that come your way and will open the way to new opportunities"

This Postgraduate diploma in Modeling and Assessment of Photovoltaic Installations contains the most complete and up-to-date scientific program on the market. The most important features include:

• The development of case studies presented by experts in Photovoltaic Energy
• The graphic, schematic, and practical contents with which they are created, provide practical information on the disciplines that are essential for professional practice
• Practical exercises where the self-assessment process can be carried out to improve learning 
• Its special emphasis on innovative methodologies
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable device with an Internet connection

You will delve into the Calculation of Radiation on Tilted Surfaces, which will allow you to increase the accuracy of Photovoltaic Installations"

The program’s teaching staff includes professionals from the sector who contribute their work experience to this program, as well as renowned specialists from leading societies and prestigious universities.

The multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide immersive education programmed to prepare for real situations.

This program’s design focuses on Problem-Based Learning, through which the professional must try to solve the different professional practice situations that arise during the academic program. For this purpose, the students will be assisted by an innovative interactive video system created by renowned and experienced experts.

Do you want to incorporate the most innovative strategies for shading analysis into your practice? Achieve it with this program in only 540 hours"

You will benefit from a learning method based on repetition, with a natural and progressive teaching throughout the program"

Through this university program, engineers will have a solid understanding of the fundamentals of solar photovoltaic energy and its application in power generation systems. The syllabus will delve into the use of simulation tools, which will allow graduates to optimize the design of the systems to maximize their efficiency.
Likewise, the syllabus will delve into the location of Photovoltaic Installations taking into account factors such as solar radiation, satellite data bases or the influence of temperature. Also, the program will provide the most innovative strategies to avoid losses due to soiling.

You will effectively manage the most sophisticated modeling tools to predict the behavior and energy production of Photovoltaic Installations under different conditions"

Module 1. Design, Simulation and Sizing Software

1.1. Photovoltaic Installation Design and Simulation Software on the Market

1.1.1. Design and Simulation Software
1.1.2. Required, Relevant Data
1.1.3. Advantages and Disadvantages

1.2. Practical Application of the PVGIS Software

1.2.1. Objectives. Data Screens
1.2.2. Product and Climate Database
1.2.3. Practical Applications

1.3. Software PVSYST

1.3.1. Alternatives
1.3.2. Product Database
1.3.3. Climate Database

1.4. PVSYST Program Data

1.4.1. Inclusion of New Products
1.4.2. Inclusion of Climate Databases
1.4.3. Project Simulation

1.5. PVSYST Program Management

1.5.1. Alternative Selection
1.5.2. Shading Analysis
1.5.3. Result Screens

1.6. Practical Application of the PVSYST : Photovoltaic Plant

1.6.1. Application for Photovoltaic Plant
1.6.2. Solar Generator Optimization
1.6.3. Optimization of Other Components

1.7. Example of Application with PVSYST

1.7.1. Example of Application for a Photovoltaic Plant
1.7.2. Example of Application for Self-Consumption Photovoltaic Installation
1.7.3. Example of Application for a Stand-Alone Photovoltaic Installation

1.8. SAM (System Advisor Model) Program

1.8.1.  Objective Data Screens
1.8.2.  Product and Climate Database
1.8.3.  Result Screens

1.9. Practical Application of the SAM

1.9.1. Application for Photovoltaic Plant
1.9.2. Application for Self-Consumption Photovoltaic Installation
1.9.3. Application for Stand-Alone Photovoltaic Installation

1.10. Example of Application with SAM

1.10.1. Example of Application for a Photovoltaic Plant
1.10.2. Example of Application for Self-Consumption Photovoltaic Installation
1.10.3. Example of Application for a Stand-Alone Photovoltaic Installation

Module 2. Location of Photovoltaic Installations

2.1. Solar Radiation

2.1.1. Quantities and Units
2.1.2. Interaction with the Atmosphere
2.1.3. Radiation Components

2.2. Sun’s Trajectories

2.2.1. Sun’s Movement. Solar Time
2.2.2. Parameters that Determine the Sun's Position
2.2.3. Incidence of Sun's Movement on the Shade

2.3. Terrestrial and Satellite Databases

2.3.1. Terrestrial Databases
2.3.2. Satellite Databases
2.3.3. Advantages and Disadvantages

2.4. Radiation Calculation on Tilted Surfaces

2.4.1. Methodology
2.4.2. Global Radiation Calculation Exercise I. Effect of Latitude and Tilt on Photovoltaic Systems
2.4.3. Global Radiation Calculation Exercise II. Self-Calibration Systems

2.5. Other Environmental Factors

2.5.1. Influence of Temperature
2.5.2. Influence of Wind
2.5.3. Influence of Other Factors: Humidity, Condensation, Dust, Altitude.

2.6. Influence of Soiling on the Photovoltaic Solar Field

2.6.1. Types of Soiling
2.6.2. Losses due to Soiling
2.6.3. Strategies and Methods to Avoid Losses due to Soiling

2.7. Influence of Shading on the Photovoltaic Solar Field

2.7.1. Shading Types
2.7.2. Losses due to Shading
2.7.3. Strategies and Methods to Avoid Losses Due to Shade

2.8. Influence of Other Factors: Theft, Lightning

2.8.1. Lightning Risk: Overvoltages
2.8.2. Total or Partial Risk of Theft: Module, Wiring
2.8.3. Prevention Measures

2.9. Site Location Selection Criteria for Photovoltaic Plants

2.9.1. Technical Criteria
2.9.2. Environmental Criteria
2.9.3. Other Criteria: Administrative and Financial

2.10. Site Location Selection Criteria for Self-Consumption and Off-Grid Systems

2.10.1. Technical and Architectural Integration Criteria
2.10.2. Photovoltaic Generator Tilt(s) and Orientation(s)
2.10.3. Other Criteria: Accessibility, Safety, Shading, Soiling

Module 3. Economic, Administrative and Environmental Aspects of Photovoltaic Plants

3.1. Economic Analysis of Photovoltaic Plants

3.1.1. Economic Analysis of Investments
3.1.2. Economic Analysis of Operation and Maintenance
3.1.3. Economic Analysis of Financing

3.2.  Project Cost Structures

3.2.1. Investment Costs
3.2.2. Replacement Costs
3.2.3. Operation and Maintenance Costs

3.3. Economic Feasibility Indicators

3.3.1. Technical Indicators. Performance Ratio
3.3.2. Economic Indicators
3.3.3. Estimation of Indicators

3.4. Project Income

3.4.1. Project Income
3.4.2. Financial Savings
3.4.3. Residual Value

3.5. Tax Aspects of the Project

3.5.1. Taxation of Electricity Generation
3.5.2. Taxation of Profits
3.5.3. Tax Deductions for Renewable Investments

3.6. Project Risks and Insurance

3.6.1. General Insurance: Investment, Equipment, Production
3.6.2. Guarantees and Security Deposits
3.6.3. Equipment and Production Guarantees in Contracts

3.7. Administrative Procedures (I): Public Administration

3.7.1. Guarantees and Land Contracts
3.7.2. Technical Report and/or Project
3.7.3. Prior Technical and Environmental Authorizations

3.8. Administrative Procedures (II). Electricity Companies

3.8.1. Prior Access and Connection Authorizations
3.8.2. Start-up Authorizations
3.8.3. Reviews and Inspections

3.9. Access and Connection to Electrical Grids

3.9.1. Photovoltaic Plants
3.9.2. Self-Consumption Installations
3.9.3. Processing

3.10. Environmental Procedures

3.10.1. International Environmental Law
3.10.2. Protection of Birdlife in Electrical Power Grids
3.10.3. Environmental Assessment and Corrective Measures

A university program designed to bring you up to date on the latest trends in Modeling and Assessment of Photovoltaic Installations. Enroll now!"