Environment, Sustainability & ESG

Renewable Energy Systems: Solar PV, Wind and Grid Integration – Dubai, 31 May – 11 Jun 2027

Renewable Energy Systems: Solar PV, Wind and Grid Integration runs in Dubai from Monday 31 May to Friday 11 June 2027 (2 Weeks). The fee is 35,100 SAR per participant. The same programme is also scheduled in 7 other cities.

Dates: Monday 31 May – Friday 11 Jun 2027
Length: 2 Weeks
Fee per participant: 35,100 SAR
Format: In person, Dubai
Venue: Five-star CBD venue
Status: Open for registration
Week: 22 of 2027
Reference: 158_10256

This session

31 May – 11 Jun 2027

This Renewable Energy Systems: Solar PV, Wind and Grid Integration session in Dubai runs from Monday 31 May to Friday 11 June 2027 (week 22, Q2 2027). It is the 2nd of 2 dates in Dubai in 2027, at a fee of 35,100 SAR, the same for each of them. Registration is open for this date. It is held in person at Five-star CBD venue.

When else does it run in Dubai?

11 – 22 January 2027 35,100 SAR
31 May – 11 June 2027 This date 35,100 SAR

How do I book this date?

Reference for this date: 158_10256. Quote it when you contact us.

Before you book, read our cancellation policy.

Let’s talk about your next step.

Questions about this date

When does Renewable Energy Systems: Solar PV, Wind and Grid Integration in Dubai start and finish?

It starts on Monday 31 May and finishes on Friday 11 June 2027: 2 Weeks.

How much does Renewable Energy Systems: Solar PV, Wind and Grid Integration in Dubai cost?

The fee for this date is 35,100 SAR per participant. Please read our cancellation policy before you book.

Is this date held in person or online?

It is held in person in Dubai, at Five-star CBD venue.

Where else does Renewable Energy Systems: Solar PV, Wind and Grid Integration run?

It is also scheduled in 7 other cities: Amsterdam, Barcelona, Dammam, Jeddah, London, Paris and Riyadh.

What does this programme cover?

Utility-scale renewable energy systems lose value when solar and wind yields are overestimated, storage is sized by rule of thumb and grid connection requirements surface late in development. This Core Concept course takes engineers and developers from solar and wind resource data through PV plant design, turbine selection and wind farm layout in week one, then adds battery storage, grid integration, project development, construction and O&M, with a green hydrogen overview, in week two. Participants build a Renewable Energy Project Feasibility Study for a site of their own.

The programme outline covers:

Introduction
Course Objectives
Target Audience
Course Outline
Day 1: Energy Transition Context and Renewable Technology Landscape
Day 2: Solar Resource Assessment and Photovoltaic Technology
Day 3: PV Plant Design and Energy Yield Estimation
Day 4: Wind Resource Measurement and Turbine Technology
Day 5: Week-One Integration: Wind Farm Layout and Yield Case
Day 6: Battery Energy Storage Systems and Green Hydrogen Overview
Day 7: Grid Integration: Variability, Forecasting, Grid Codes and Ancillary Services
Day 8: Project Development: Site Selection, Permitting, PPAs and LCOE
Day 9: Construction, Commissioning, O&M and Performance Monitoring
Day 10: Capstone: Renewable Energy Project Feasibility Study
Skills You Will Gain
Why Attend This Course
Conclusion