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Solar Energy: Integration of Photovoltaic (PV) Systems and Microgrids

Dates Venues Register
17/01/2027 - 21/01/2027 LONDON

Introduction

Solar Energy: Integration of Photovoltaic (PV) Systems and Microgrids

 

 

Course Objectives

  • Produce detailed designs of Solar PV and EESS (Battery Storage) systems
  • Describe and produce in detail performance estimates of Solar PV and EESS
  • Analyze system performance and potential system issues
  • Discuss in detail the installation and maintenance requirements of Solar PV systems
  • Be able to apply Best practice techniques and regulatory requirements to Solar PV systems

 

Who Should Attend

  • Electrical engineers
  • Electrical Technicians
  • Business unit managers with an electrical or renewables focus
  • Engineers of a discipline wishing to improve Solar PV knowledge
  • Renewable technology engineers

 

Course Outline:

Day 1 Overview of Solar PV Systems, Components and Architectures 
  • Solar PV modules
  • The IC curves
  • Pitch and orientation
  • DC system electrical design
  • Overcurrent protection
  • System integration 
Day 2 Inverters, AC Systems, Network Connections and DNO approval 
  • Protection against lightning and over voltage
  • Inverters
  • AC system requirements
  • Earthing and bonding
  • RCD protection
  • Network connection and DNO approval 
Day 3 High Voltage, Civil Design, Installation and Health & Safety 
  • High voltage systems
  • Mechanical and civil design
  • System monitoring and performance
  • Installation process
  • Health & safety for solar PV systems
  • Solar PV system commissioning
Day 4 Commissioning, Labelling, Handover, Maintenance and Battery Systems 
  • System labelling and identification
  • Handover and documentation
  • Operation and maintenance
  • Regulations, standards and Best practice
  • Introduction to battery systems
  • EESS components and architecture
  • Types of storage device
Day 5 Battery Systems, Safety, Specifications, Design and Documentation 
  • Battery storage components
  • EESS operating states
  • Optimization and self-consumption
  • Design of EESS
  • Installation and handover

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