| Date | Venue | Fees | |
|---|---|---|---|
| 23 - 27 Nov 2026 | London - UK | $ 5,950 | |
| 21 - 25 Dec 2026 | Dubai - UAE | $ 5,950 | |
| 28 Dec - 01 Jan 2027 | Dubai - UAE | $ 5,950 | |
| 12 - 16 Apr 2027 | Dubai - UAE | $ 5,950 | |
| 26 - 30 Jul 2027 | Dubai - UAE | $ 5,950 | |
| 26 - 30 Jul 2027 | Online | $ 4,950 | |
| 27 Sep - 01 Oct 2027 | Muscat - Oman | $ 5,950 | |
| 27 Sep - 01 Oct 2027 | Online | $ 4,950 | |
| 22 - 26 Nov 2027 | London - UK | $ 5,950 | |
| 27 - 31 Dec 2027 | Dubai - UAE | $ 5,950 |
Introduction
This Renewable Energy Integration training course develops the technical understanding required to integrate increasing levels of renewable generation into modern power systems while maintaining reliability, flexibility and power quality. Wind and solar generation introduce variability and different operating characteristics from conventional generation. Power systems therefore require appropriate generation flexibility, transmission capacity, energy storage, forecasting and grid-management strategies.
The training course examines renewable generation technologies and the technical challenges associated with large-scale integration. Participants will explore grid-friendly generation, conventional power-plant flexibility, energy storage, demand response and renewable-energy forecasting. The course also addresses renewable integration across transmission and distribution networks, including power quality, optimisation and sensitivity analysis. The final day considers smart grids and microgrids as important elements of increasingly decentralised and flexible power systems.
This Renewable Energy Integration training course will highlight:
- Understanding renewable generation and grid-integration challenges
- Evaluating technical solutions for large-scale renewable integration
- Improving grid flexibility for variable wind and solar generation
- Applying energy storage to support renewable power systems
- Assessing renewable integration across transmission and distribution networks
- Understanding smart grids and microgrids for future power systems
Objectives
By the end of this GLOMACS training course, participants will be able to:
- Understand the grid flexibility to renewable energy integration
- Determine the various types of renewable energy
- Explain the different types of solar panels
- Analyse the common types of wind farms
- Understand the various type of energy storage systems
Training Methodology
This course will utilise a variety of proven adult training techniques to ensure maximum understanding, comprehension and retention of the information presented. This includes presentation and discussion of latest videos and technologies on smart grids and renewable energy.
Questions are encouraged throughout, particularly at the daily wrap up sessions. This provides opportunities for participants to discuss with the Presenter specific issues and, if possible, find appropriate solutions. Specific goals of each participant will be discussed to ensure that their needs are fulfilled whenever practicable
Organisational Impact
Organisations will benefit from:
- Stronger understanding of renewable integration requirements
- Improved evaluation of grid flexibility and system constraints
- Better assessment of energy-storage applications
- Greater awareness of renewable impacts on power quality
- Improved planning for transmission and distribution integration
- Better-informed decisions on smart-grid and microgrid development
Personal Impact
Participants attending this Renewable Energy Integration training course will develop:
- Greater understanding of renewable power technologies
- Improved knowledge of grid-integration challenges
- Stronger understanding of power-system flexibility
- Practical knowledge of energy-storage applications
- Improved ability to assess transmission and distribution impacts
- Greater understanding of smart-grid and microgrid technologies
Who should Attend?
This Renewable Energy Integration training course is designed for professionals involved in power generation, renewable energy, transmission, distribution and electrical power-system planning.
It will be particularly valuable for:
- Electrical Engineers
- Electrical Supervisors
- Power Engineers
- Renewable Energy Engineers
- Transmission and Distribution Engineers
- Power Generation Engineers
- Grid Planning Engineers
- Energy Storage Professionals
- Utility Engineers and Technical Managers
- Smart Grid and Microgrid Professionals
- Energy and Infrastructure Project Professionals
Renewable Energy Generation: The Present, The Future and The Integration Challenges
- Drivers of renewable energy development
- State of the art integrating large capacities renewable energy
- Transmission and operation technologies and practices
- Wind power generation
- Photo voltaic power generation
- Concentrated solar power generation
Technical Solutions for Integrating Large Capacity Renewable Energy
- Wind turbines
- Grid friendly renewable energy generation
- Improved flexibility in conventional generation
- Transmission expansion developments
- Promising large capacity electrical energy storage technologies
- Roles of electrical energy storage in renewable energy integration
- Standards for large capacity electrical energy storage renewable energy integration
Grid Flexibility: The Key to Renewable Energy Integration
- Effects of wind and solar power on energy demand
- Power plant flexibility
- Forecasting and demand response
- Wind and solar power variabilities
- Challenges variable renewable energy poses to the grid
- Impact of fossil fueled generators
Integrating Renewable Energy Into the Transmission and Distribution Systems
- Approach to analysis of integrating renewable energy
- Integration of distributed and renewal energy generation
- Power quality impacts
- Electrical transmission and distribution systems
- Photo voltaic optimization and sensitivity analysis
- Wind optimization and sensitivity analysis
Renewable Energy Integration in Smart Grids and Micro Grids
- Smart grid attributes
- Merits of smart grids
- Operation of micro grids
- Merits of micro grids
- Future of smart micro grids
- Wrap up session and Q&A session
- Upon successful completion of the classroom-based training course, GLOMACS Certificate will be awarded to the delegates. Continuing Professional Education credits (CPE): In accordance with the standards of the National Registry of CPE Sponsors, one CPE credit is granted per 50 minutes of attendance
- Upon successful completion of the online training course, a GLOMACS Certificate will be awarded to all delegates. Guided Learning Hours – In accordance with ISO 9001:2015–certified quality management standards, one Guided Learning Hour is awarded for every 60 minutes of attendance.
