
About the Course
This is a comprehensive two-day programme designed to provide professionals with the knowledge and skills needed to seamlessly integrate renewable energy sources into electrical grids. This course offers a deep dive into the latest innovations, challenges, and solutions in renewable energy integration, with a focus on wind and solar power. Participants will engage with a mix of theoretical insights and practical case studies, gaining a robust understanding of grid systems, regulatory frameworks, and market mechanisms.
The first day begins with an introduction to grid systems and renewable energy integration, exploring the fundamentals of electrical grid structure and functionality. Participants will learn about the role of transmission and distribution in grid operations and how these have evolved to accommodate renewable energy sources. The course will cover integration techniques for wind and solar energy, including technological advancements and successful case studies from around the world.
The second day addresses the technical challenges of integrating intermittent renewable energy sources like wind and solar. Participants will explore solutions for managing variability, such as energy storage and demand response strategies, and learn about the latest innovations in grid technologies that enhance integration. The course will also delve into regulatory and compliance issues, providing insights into global regulatory frameworks and their impact on renewable energy projects.
Throughout the programme, participants will engage in interactive workshops and group projects to apply their knowledge to real-world scenarios. By the end of the course, attendees will be well-equipped to navigate the complexities of renewable energy integration, ensuring grid stability, optimising power quality, and contributing to the development of sustainable energy systems.
Who's it for
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Investors: Identify and capitalise on promising opportunities within the renewable energy sector.
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Energy professionals: Gain comprehensive insights into renewable energy technologies to enhance strategic planning and implementation.
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Sustainability officers: Develop expertise in renewable energy integration to drive sustainability initiatives within organisations.
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Policy makers: Understand the economic and regulatory impacts of renewable energy integration to create effective policies.
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Grid operators and utility managers: Learn practical solutions for integrating renewable energy sources into electrical grids and maintaining grid stability.
Learning Objectives
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Understand the fundamental principles of electrical grid systems and renewable energy integration.
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Gain in-depth knowledge of the latest technologies and techniques for integrating wind and solar power into electrical grids.
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Analyse global regulatory frameworks and compliance issues impacting renewable energy projects.
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Develop strategies for managing the variability of renewable energy sources, including energy storage and demand response.
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Apply practical solutions to real-world challenges in renewable energy integration through interactive workshops and group projects.
Course Content
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Day One
Fundamentals of pipeline stability
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Causes of instability
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Wave and current forces
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Soil resistance
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Soil liquefaction
Stability assessment
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Analysis methods
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Data requirements
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Force balance approach
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DNVGL-RP-F109 approach
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Finite element analysis
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Day Two
Stabilisation options
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Trenching
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Weight coatings
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Anchors
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Burial
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Mattresses
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Rock dump
Case study
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Background facts
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Route cause failure analysis
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Remediation
On-bottom stability in practice
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Worked examples
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Force balance approach
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DNVGL-RP-F109 absolute method
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DNVGL-RP-F109 generalised method
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Learning Outcomes
Upon completion of this course, participants will be able to:
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Explain the physics behind instability
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Identify unstable sections of a pipeline and the problems arising from it
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Assess stability of pipelines according to DNVGL-RP-F109
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Explain how instability occurs and the methods available for stability analysis
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Identify the remedial methods available to deal with instability of pipelines
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Class Materials
- Case studies that explore real-world grid integration challenges and their solutions.
- A comprehensive course package detailing all essential topics and technical data.
- Detailed notes from the tutor, Dem, offering additional insights and expertise.
- A collection of references and practical worked examples to deepen understanding and application of the material.
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Jeenius
Participants in the course gain access to Jeenius, a cutting-edge learning platform that offers comprehensive support tools. This platform includes all course notes, recordings of the sessions for later review, and the opportunity for one-on-one support with the tutor. Additionally, Jeenius provides access to the latest insights in renewable energy enhancing the learning experience with up-to-date industry knowledge.
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In-Company Delivery
For in-company delivery options and content customisation to meet your specific needs, please don't hesitate to reach out to us.
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Fee
£1,295 per person.
A discount is available if registering 3+ people.
Your Tutor

Dem Demetriou
BEng (Hons), MSc, DIC, CEng, FIMarEst, MBA FCMI
LEAD TUTOR
Dem's over 20 years of experience in project management, facilities engineering, and materials engineering, combined with his expertise in FEED, detailed and conceptual design, procurement, topsides, and construction, make him an invaluable asset. His teaching in the design and delivery of subsea pipelines and value engineering for design optimisation is critical for Jee’s training programmes.
Testimonials
"An excellent programme that enhanced my knowledge of renewable technologies and their impact on grid systems"
"The blend of theory and practical insights on new technologies was exactly what I needed. Excellent course!"

