Solar Energy and Electrical System Design

This Solar Energy and Electrical System Design training course provide the delegates with the information necessary for adequately planning, and therefore successfully installing, a photovoltaic (PV) system per international design specifications. It navigates the delegates through the important steps of primary site inspection and evaluation of suitable locations for PV systems.

It illustrates unique elements of residential, industrial and utility-scale solar applications with and without Batteries Energy Storage Systems (BESS). It includes vital design aspects – including load calculations, efficiency estimation, mechanical and electrical power conversion, and protection equipment design where the delegates are acquainted with formulas used to design a PV system, trying gained knowledge about site review, code compliance, layout, system components, and cable sizing.

Moreover, detailed training on using PV System, a worldwide bankable software, to simulate different types of PV power plants correctly, considering all design aspects and interpreting the outcome of the software report. It is furnished for engineers interested in entering the solar power sectors and has a basic knowledge of electrical and mechanical engineering and mathematical and physics concepts. Those unfamiliar with how PV works, the elements of a PV system, and/or solar power ROI should take a Solar Energy Systems overview.

Day One: Photovoltaic (PV) Site Assessment

• Initial Site Inspection

• Shade Calculations

• Structure Assessment (Rooftop)

• Modules Location and Spacing (Rooftop) – Constraints

• Flood Risk (Minimum)

• Grid Offer

• Batteries Location

• Metering Point

• Pros and Cons Of Rooftop

• Ground Mount and Building Integrated

• Large Commercial, Community, and Utility-Scale Solar

Day Two: Photovoltaic (pv) System Design – Part I

• PV System Sizing

• System Efficiency Calculation

• Structure Loadings

• Ballasted Systems

• Electrical Loads and Size

• Grid Code

• Steady-state and Dynamic System Studies

Day Three: Photovoltaic (PV) System Design – Part Ii

• PV Modules and Inverters Selection

• String Sizing

• Inverter Selection and Sizing

• Overall System Design

• DC Cables Sizing

• AC Cables Sizing

• Trenching and Conduits Design

Day Four: Photovoltaic (PV) System Design – Part Iii

• Electrical Interconnection and Protection

• Weather Monitoring Station

• Batteries Energy Storage System (BESS)

• Data Acquisition and Plant Control

• Operation & Maintenance Considerations in System Design

• Planning Design Considerations

Day Five: Simulation Software  (PVsyst)

• Overview

• Site Location Meteorological Data

• Simulation General Parameters

• System Parameters

• Detailed Losses Parameters

• Shading Scene

• Energy Management Parameters

• Results Reporting and Interpretation

• Advanced Simulation Options

• Other Simulation Software

• Project