Solar Energy Industrial Systems Course — Design Integration Applications

Solar Energy Industrial Systems Course — Design Integration Applications

Location

Duration

Online /In-Class

1 week

Contact with our Team

Sector:

Power & Electricity – Renewables & Markets

Technical Focus Area:

Renewables & Smart Grids (REN)

About the Course

This 5-day intensive course provides participants with an in-depth understanding of the design, integration, and optimization of solar energy systems for industrial applications. As industries increasingly transition toward sustainability, solar energy has emerged as a key enabler of cleaner, more efficient operations. The course covers photovoltaic and solar thermal technologies, energy storage integration, system design, performance evaluation, and compliance frameworks. Participants will gain hands-on insights into developing cost-effective and sustainable industrial solar energy solutions.

Objectives

By the end of this program, participants will be able to:

- Understand the fundamentals of solar energy and its role in industrial systems
- Design and analyze solar energy systems for industrial processes
- Evaluate the efficiency and performance of solar PV and thermal systems
- Integrate energy storage solutions to ensure reliability and stability
- Develop industrial energy management and optimization strategies
- Conduct financial and feasibility assessments of solar projects
- Ensure compliance with regulatory standards and sustainability policies
- Apply best practices in implementing solar energy for industrial operations

Who Should Attend

- Industrial Engineers
- Energy Managers
- Renewable Energy Consultants
- Facility and Operations Managers
- Environmental Engineers
- Project Managers in the Energy Sector
- Sustainability Officers
- Industrial Process Engineers
- Government Energy Regulators

Course Program

Introduction to Solar Energy Systems in Industry

'- Overview of solar energy as a renewable industrial resource

- Types of solar systems: photovoltaic (PV) and solar thermal technologies

- Key components and system architecture of industrial solar setups

- Historical development and global trends in industrial solar adoption

- Advantages of solar integration for industrial operations

- Industrial case studies and success stories from global markets

- Future outlook of solar energy in manufacturing and heavy industries

Design and Integration of Solar Photovoltaic (PV) Systems

'- Principles of photovoltaic conversion and its industrial significance

- PV system design criteria and configuration for large-scale operations

- Site assessment, solar potential evaluation, and resource mapping

- Grid interconnection, inverters, and power distribution architecture

- Integration of PV systems with existing industrial infrastructures

- Operational maintenance and troubleshooting of industrial PV systems

- Safety standards and performance optimization techniques

Solar Thermal Systems and Industrial Applications

'- Fundamentals of solar thermal energy and its process applications

- Design and sizing of solar thermal systems for industrial processes

- Components and operation of collectors, exchangers, and thermal storage

- Applications in heating, cooling, and steam generation for manufacturing

- Efficiency enhancement and loss minimization in solar thermal systems

- Hybrid systems combining solar thermal and conventional energy sources

- Case studies from food, chemical, and manufacturing industries

Energy Storage and Management in Industrial Solar Systems

'- Overview of energy storage options: batteries, thermal, and hybrid systems

- Role of energy storage in stabilizing solar energy supply

- Integration of storage systems with solar PV and thermal applications

- Energy management strategies and load balancing in industrial setups

- Economic and technical considerations for selecting storage solutions

- Best practices in monitoring and maintaining energy storage systems

- Digital tools and smart technologies for energy optimization

Economic Feasibility, Sustainability, and Regulatory Compliance

'- Conducting cost-benefit and financial analyses for solar energy projects

- Economic modeling for industrial-scale solar investments

- Government incentives, subsidies, and funding opportunities

- Assessing environmental impact and sustainability outcomes

- Regulatory standards for industrial solar energy systems

- Ensuring compliance with local and international policies

- Developing comprehensive business and implementation plans

- Capstone exercise: Designing an industrial solar energy project proposal

Course Dates & Prices

Location	Starting Date	Price
Online	19/10/2025	1799 $
Dubai (UAE)	20/10/2025	2549 $
Dubai (UAE)	20/10/2025	2799$
Cairo (Egypt)	27/10/2025	2549 $
Online	27/10/2025	1799 $
Online	03/11/2025	1799 $
Dubai (UAE)	10/11/2025	2799 $
Muscat (Oman)	10/11/2025	2799 $
Dubai (UAE)	17/11/2025	2799 $
Online	17/11/2025	1799 $
Muscat (Oman)	24/11/2025	2799 $
Online	24/11/2025	1799 $
Online	24/11/2025	1799 $
Dubai (UAE)	01/12/2025	2799 $
Online	01/12/2025	1799 $
Online	01/12/2025	1799 $
London (UK)	01/12/2025	3299 $
Dubai (UAE)	08/12/2025	2799$
Online	08/12/2025	1699 $
Istanbul (Turkey)	15/12/2025	2799 $
Dubai (UAE)	15/12/2025	2799 $
Online	15/12/2025	1799 $
Kuala Lumpur (Malaysia)	22/12/2025	3899$
Doha (Qatar)	22/12/2025	2799 $
Kuala Lumpur (Malaysia)	22/12/2025	3899$
Online	29/12/2025	1799 $
Dubai (UAE)	29/12/2025	2799$
Istanbul	29/12/2025	2549 $
Online	29/12/2025	1799 $