Your Expert Trainer
He is an IET Chartered Engineer and Lecturer with long experience in the design, analysis and implementation of power/electrical systems, including renewable generators. As a member of Aberdeen HVD..
Program Overview:
There are multiple considerations and technical challenges that must be overcome to integrate a high percentage of renewables into the grid. This includes developing infrastructure and technology to connect renewables with the grid, coordinating power generation from multiple sources, managing the effects of regional and market demands on local power, and advancing grid storage options.
However, the benefits are clear. Grid integration maximizes cost-effectiveness by optimizing the utilization of variable renewable energy sources and minimizing the need for backup power generation. Grid integration also plays a vital role in balancing electricity supply and demand whilst providing carbon-free energy and system stability & reliability. Grid integration effectively manages the variability of green sources due to which more renewable energy capacity is added to the grid. Furthermore, the progress in renewable energy transition and EV charging infrastructure is intrinsically linked to successful grid integration infrastructure.
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How can electricity grids accommodate increasing amounts of RE, and will the injection of variable RE generation to a grid make it become unstable?
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How much renewable energy can a grid incorporate?
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What are strategies and specific technical options for managing grid stability and “flexibility”, in order to facilitate integration of variable RE?
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What are the characteristics of solar and wind energy generation, and what are the strategies for managing the intermittency of their generation?
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What is the role of demand management and demand response in managing variations in electricity supply—whether traditional power or renewable power?
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How to deal with the complexities of renewable energy integration?
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How to deal with intermittency and variability of renewable energy sources?
- How to balance supply and demand in a dynamic grid?
All these questions and more will be discussed and answered in this case study driven, practical masterclass on Renewable Energy Grid Integration this January 2025!
10 Key Benefits of Attending:
- Learn how you can tackle the technical challenges and complexities of renewable energy integration due to intermittency and variability of renewable energy sources and issues such as grid instability, blackouts and imbalances in electricity supply and demand.
- Find out how you can tackle challenges linked to grid stability, energy storage & efficiency, grid management, optimization and control
- Find out how can perform accurate forecasting of renewable energy generation that impacts renewable grid integration for grid operators and market participants
- Understand how you can perform upgrades and modifications to existing grid infrastructure, to accelerate renewable energy grid integration
- Review grid codes, regulatory frameworks and standards that are crucial for renewable energy grid integration and how you can comply whilst taking advantage of these initiatives
- Evaluate operational strategies to accommodate renewable energy sources, implement grid management techniques and ensure effective coordination among stakeholders to maintain grid stability
- Understand transmission constraints and how you can implement transmission and distribution systems, strategies to facilitate renewable energy grid integration
- Hear practical insights on how to develop an effective roadmap and phase-development to grid planning under uncertainty
- Project & Economical Feasibility Analysis of your Renewable Energy Grid Integration Infrastructure & Systems Development
- Through case studies and practical lessons learned, find out how you can effectively & systematically achieve renewable energy grid integration
Who Should Attend:
This practical Renewable Energy Grid Integration Masterclass is ideal for all energy professionals and engineers involved in renewable energy, grid operations & electrical installation projects from across the following:
- Power system planners and operators
- Electricity Utilities Companies
- Policymakers and regulatory organizations
- Renewable energy project developers
- Grid Operators
- Research Organizations in the field of energy
Like More Information?
Email us at enquiry@equip-global.com for more details.