Certificate in Solar PV System Design & Engineering

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  • Course Duration4 months
  • Learning FormatOnline Learning

Course Overview

Solar PV System Design & Engineering provides learners with comprehensive knowledge of the technical principles and engineering considerations involved in designing solar photovoltaic (PV) systems. The programme covers solar resource assessment, electrical loads, PV module selection, array configuration, system sizing, inverters, battery storage, mounting structures, cable selection, protection systems, energy yield, system performance and design documentation. Learners will develop an understanding of grid-connected, off-grid and hybrid PV system design, together with key considerations relating to site conditions, energy efficiency, safety, reliability and applicable technical requirements.

Skills Covered

  • Solar PV design principles
  • Solar resource assessment
  • Site assessment and feasibility
  • Electrical load assessment
  • Energy consumption analysis
  • PV module selection
  • PV array configuration
  • PV system sizing
  • Inverter selection and sizing
  • Battery storage system design
  • Charge controller selection
  • Mounting structure considerations
  • Cable sizing principles
  • Electrical protection and isolation
  • DC and AC system configuration
  • Grid-connected PV systems
  • Off-grid PV systems
  • Hybrid PV systems
  • Energy yield and performance estimation
  • PV design documentation

Why Join This Programme?

  • Develop a strong technical foundation in solar PV system design and engineering.
  • Learn how electrical loads and energy requirements influence PV system sizing.
  • Understand the selection and configuration of modules, inverters, batteries and other components.
  • Develop awareness of site, solar resource and installation considerations.
  • Explore the design principles of grid-connected, off-grid and hybrid PV systems.
  • Learn fundamental approaches to cable sizing, protection and system configuration.
  • Develop skills in preparing basic PV system layouts and technical documentation.
  • Build relevant knowledge for renewable energy, electrical engineering and solar PV project roles.

Course Objectives

The objectives of this programme are to:

  1. Introduce the fundamental engineering principles of solar PV system design.
  2. Develop knowledge of solar resource assessment and site evaluation.
  3. Explain methods for assessing electrical loads and energy consumption.
  4. Develop understanding of PV module selection, array configuration and system sizing.
  5. Introduce inverter, battery and charge controller selection principles.
  6. Explain basic DC and AC electrical system configuration and protection requirements.
  7. Develop knowledge of grid-connected, off-grid and hybrid PV system design.
  8. Introduce energy yield, system performance and efficiency considerations.
  9. Develop awareness of PV design documentation, drawings and technical specifications.
  10. Promote safe, reliable, efficient and technically appropriate solar PV system design practices.

Learning Outcomes

Upon successful completion of the programme, learners should be able to:

  • Explain the fundamental principles of solar PV system design and engineering.
  • Assess basic solar resource and site conditions relevant to PV system design.
  • Identify key factors affecting solar PV system performance.
  • Analyse basic electrical loads and energy consumption requirements.
  • Select suitable PV modules based on basic project requirements.
  • Configure PV modules into appropriate series and parallel arrangements.
  • Apply basic principles of PV system sizing.
  • Select and size inverters based on fundamental system requirements.
  • Explain the role and basic sizing considerations of battery energy storage systems.
  • Identify appropriate charge controller requirements for applicable systems.
  • Apply basic principles of cable selection and voltage-drop considerations.
  • Identify appropriate electrical protection, isolation and switching requirements.
  • Explain the design characteristics of grid-connected PV systems.
  • Explain the design characteristics of off-grid and hybrid PV systems.
  • Estimate basic energy generation and system performance indicators.
  • Recognise the effects of shading, orientation, tilt and environmental conditions on PV performance.
  • Develop basic system layouts, single-line diagrams and design documentation.
  • Identify design considerations relating to safety, reliability and energy efficiency.
  • Recognise situations requiring review or approval by a qualified electrical or renewable-energy professional.
  • Support the development of technically sound and appropriately documented solar PV system designs.

Why Choose London Technology College?

  • • Open to All – Whether you're brand new or brushing up your skills, our courses are designed to meet you where you are.
  • • Practical Approach – Learn by doing, with hands-on exercises that reflect real-world office tasks.
  • • Experienced Tutors – Our instructors bring real industry know-how and a passion for teaching.
  • • Certificate of Completion – Add an accredited certificate to your CV or LinkedIn profile to boost your job prospects.
  • • Flexible Learning Options – Study at your own pace, from anywhere in the world. Ideal for working professionals and international students seeking flexibility without compromising quality.
  • • Job-Ready Skills – Get trained in tools and techniques that employers actually look for.
  • • Support That Stays With You – Need help? Our team is here from start to finish—no question is too small.
  • • Learn at Your Own Pace – Take your time or move quickly—the course is designed to adapt to your needs.
  • • Hands-On Projects – Put your skills into action with tasks like reports, spreadsheets, resumes, and more.

Certificate of Completion

Earn a professional Certificate of Completion from London Technology College, demonstrating your newly acquired skills. This certificate is ideal for academic CVs, research proposals, and job applications in professional roles.

Earn Your Certificate in Certificate in Solar PV System Design & Engineering:

  • • Industry-recognised certificate issued by London Technology College.
  • • Demonstrate competence through real-world, practical projects.
  • • Validate your skillset for research, analytics, and professional careers.