Impact of Renewable Energy Sources Training Program

Impact of Renewable Energy Sources Training Program

Location

Duration

Online /In-Class

5 Days

Contact with our Team

Sector:

Power & Electricity – Renewables & Markets

Technical Focus Area:

Renewables & Smart Grids (REN)

About the Course

This course explores how renewable energy sources—such as wind, solar, hydro, and biomass—affect the performance and reliability of modern power systems. It introduces probabilistic modeling, computational methods, and operational assessment techniques to prepare participants for challenges related to variability, integration, and performance optimization. By blending theoretical frameworks with case studies and practical applications, the program helps participants build the expertise needed to ensure secure and sustainable energy delivery.

Objectives

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

- Identify critical aspects of renewable energy plants requiring probabilistic modeling
- Apply computational methods for reliability and operational performance evaluation
- Use indices to quantify operational performance of renewable-based systems
- Conduct assessment studies for renewable integration scenarios
- Propose enhancements to improve resilience and sustainability in power systems

Who Should Attend

- Power utility professionals (ISOs, RTOs, TSOs)
- Regulation authority professionals
- Renewable project developers and company professionals
- Power system consultants and analysts
- Engineers and managers involved in renewable integration projects

Course Program

Fundamentals of Reliability & Probabilistic Modeling

- Introduction to probabilistic modeling in power systems

- Fundamentals of reliability evaluation methods

- Characteristics of conventional vs. renewable energy installations

- Planning challenges for low-emission power systems

- The role of ancillary services in renewable integration

- Importance of energy storage in balancing renewables

- Simulation methods for modeling renewable energy performance

- Case studies: reliability issues in renewable-based grids

Conventional Power Plants & Integration Baseline

- Modeling generation characteristics of thermal power plants

- Modeling cogeneration plants: large- and small-scale systems

- Hydroelectric plants with and without pumping facilities

- Reserve requirements in mixed-generation systems

- Demand response integration with conventional generation

- Reliability criteria for conventional systems

- Comparative performance indices for fossil vs. renewable systems

- Transitioning from conventional baselines to renewable-dominant systems

Wind Power Integration & Variability

- Stochastic modeling of wind generation variability

- Equivalent daily curves for wind output forecasting

- Correlation of wind generation with system load demand

- Reduction and intermittency events in wind power

- Indices for wind capacity credit and reliability impact

- Operational integration costs for wind power systems

- Future scenarios with high penetration wind parks

- Practical simulation: wind integration into an ISO grid model

Solar, Biomass & Other Renewable Integrations

- Stochastic modeling for solar PV systems

- Daily curves for solar power prediction

- Correlation of solar generation with demand cycles

- Integration costs and operational challenges of solar PV

- Reliability assessment of PV plants and interconnections

- Biomass and geothermal system modeling

- Role of battery storage in enhancing renewable reliability
- Case study: solar and storage integration in a regional grid

Operational Assessment & System-Wide Impacts

- Simulation of system operations with mixed generation

- Reliability indices and system generation performance

- Calculation of spinning reserve and adequacy criteria

- Demand response strategies in renewable-dominant systems

- Interconnected vs. isolated system performance evaluation

- Risk assessment for renewable-heavy systems

- Practical workshop: modeling renewable penetration scenarios

- Future outlook: renewables in sustainable energy development

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 $