This Solar Photovoltaic System Design training course focuses on the power production from solar energy that utilises photovoltaic technologies.
The vast majority of worldwide new power generation facilities are based on green resources. These resources include various types of renewable resources, especially solar and wind energies.
This Solar Photovoltaic System Design training course focuses on the power production from solar energy that utilises photovoltaic technologies. It presents the basics and advances of solar PV technologies and systems. It starts from the basics of energy and fabrication and then covers the primary theoretical and practical methods for successfully implementing solar PV systems for electric energy production.
Various modes of operation (off-grid and grid-connected), load types (non-deferrable and deferrable), and system configurations are well covered. Likewise, it provides several case studies and the use of computer software for modelling, performance analysis, and sizing of various solar PV configurations.
It will be coupled with relevant numerical examples to demonstrate the use of international online software modules, the given mathematical models, and the System Advisor Model (SAM). Applicable standards are considered in the sizing process. The overall outcome is facilitating the delegates with the required knowledge, skills, and tools for successfully designing and implementing various solar PV systems and project management and consultation.
Day One: Energy Sources And Energy Technologies
Overview
Energy Resources
Energy Technologies
Major Challenges in Energy
Matching technologies to various resources
Day Two: Fundamentals Of Photovoltaic Technologies
Solar Photovoltaic (PV) Technological Generations
PV Module (Panel) and Array
Fabrication of Solar Cells
Quantitative Characterisation of Solar Photovoltaic (PV) Technologies
Selection criteria of Solar Photovoltaic (PV) Technologies for various applications
Day Three: Power Generation
Basic Scheme of Solar Photovoltaic (PV) Generators and Loads
Generating Plants Connected to the Medium-Voltage Network
Sun Tracking Mechanisms
MPPT and DC-DC converters
PCU and Inverters
Energy Storage Options
Day Four: Energy Production And Sizing
Simplified Photovoltaic (PV) Energy Production Models
Validation of the Simplified Models
Off-grid Systems Supplying Non-deferrable Loads
Grid-connected Solar Photovoltaic (PV) Systems and Battery Backup
Solar Photovoltaic (PV) UPS
Day Five: Project Management And Consultancy
Definitions
Stages of Project Management
Planning and Building a Solar PV Farm
Project Managers and Consultants
Functions of Energy Consultants
XCalibre Training Centre offers unique development and skill-based training courses internationally that aim to nurture practical result-driven abilities in individuals to keep up with the constantly changing business requirements.
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Our organisation hires globally-acclaimed subject matter experts that has extraordinary references. Having this together with their academic knowledge and real-life experiences can bring out courses and seminars with best practices that ensure substantial output and benefits to the attendees.
XCalibre Training Centre assists our delegates from varied backgrounds, qualifications, designations, and industries willing to improve their career path for self-sustenance and self-realization. The end goal is to create a mutually beneficial relationship between organizations and their employees to reach their desired levels of success.
This comprehensive five-day course provides hands-on training to ensure that your lead auditor thoroughly understands the role and acquires the expertise needed to perform it effectively. Delegates completing the course will be presented wit
This course has been developed to provide participants with the knowledge to implement the procedures and forms based on the ISO 50001:2018 management system standard.
This course has been developed to provide participants with the knowledge to begin performing internal audits on energy management systems. Case studies and participatory activities are based on the 45001:2018 management system standard.
Comprehensive understanding and awareness of Energy management Systems and the benefits of EMS based on ISO 50001:2018.
Mapping International Codes for Photovoltaic (PV) Systems
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