Program Overview

Rapid Developments including the growth in demand for the usage of renewable energy sources and increasing demand for electricity in modern society is forcing transmission (system) operators to invest in connections with greater capacity and/or length. Using only AC pose significant problems, related to transmission losses and principle length limitations. As such, the development of HVDC transmission systems has become increasingly important in recent years, as these systems can transmit large amounts of power over long distances with lower losses.

HVDC transmission offers several advantages for the power system, such as minimizing transmission losses and increasing transmission capacity, especially over long distances and under water. It also enables the integration of renewable energy sources, like wind and solar, located far from the load centres or with variable output. Additionally, HVDC improves grid stability and security, by allowing independent control of active and reactive power, as well as fast and flexible response to disturbances and faults. Finally, it reduces the environmental and social impact of transmission infrastructure due to its need for less land, materials, and maintenance than AC transmission. Also, HVDC cables are critical for submarine applications, for example enabling large interconnectors and connections to more distant wind farms.

Despite its advantages, HVDC transmission also faces certain challenges that impede its widespread adoption. These include high capital and operational costs, particularly for converter stations and protection systems, which require advanced technology and skilled personnel. Additionally, the lack of standardization and interoperability can complicate coordination and integration of different HVDC systems and vendors, as well as increase the complexity and risk of projects. Regulatory and institutional barriers can create uncertainty and delay the planning, permitting, and financing of HVDC projects, thus affecting the allocation of costs and benefits among stakeholders. Finally, technical and operational issues such as harmonics, switching transients, insulation coordination, fault detection and isolation, and control and communication can also be a hindrance.

This masterclass will address and highlight the entire HVDC cable life cycle, providing participants with the confidence to tackle HVDC related issues in their work. As a practical masterclass on HVDC transmission, it is designed to provide in-depth knowledge and hands-on experience in HVDC, covering everything from HVDC transmission fundamentals to advanced HVDC converter station design and HVDC system protection and control. Participants will explore key components such as thyristor valves, converter transformers, harmonic filters, and DC transmission circuits, and how they contribute to the efficiency and reliability of HVDC systems. Additionally, the course delves into topics such as AC vs. DC harmonic filters, earth electrode design, and the advantages of HVDC transmission for offshore wind farms.

Through expert-led sessions, case studies, and digital models, participants at this HVDC Transmission Masterclass taking place 24-27 February 2025 in London UK will be equipped to manage HVDC projects, implement design specifications, and ensure reliable HVDC power transmission efficiency.

10 Key Benefits of Attending

• Learn to Design and manage HVDC transmission line components.
• Understand HVDC system protection and control strategies.
• Gain insights on HVDC Transmission Circuit Design, Planning, Operations, Maintenance & Protection
• Gain insights on HVDC cable joints, terminations, installation best practices, quality assurance & control
• Optimize the use of smoothing reactors and harmonic filters in HVDC systems.
• Implement HVDC converter theory in practical projects.
• Analyse the efficiency of HVDC vs AC transmission systems.
• Utilize digital models for HVDC system studies
• Tackle challenges in HVDC cable ageing and failures
• Analyse real-world case studies to understand the practical applications and implications of HVDC system

WHO SHOULD ATTEND

From across organizations in electrical power generation, renewable energy including offshore wind and solar, energy transmission, industrial manufacturing, grid infrastructure:

Directors, Heads, Engineers, Managers, Technicians and Specialist from

• Electrical Engineering
• Power Transmission
• Renewable Energy Project  
• HVDC System  
• Grid Integration  
• Subsea Power Cables
• Operations & Maintenance
• Grid Infrastructure
• Grid Planning & Design

Like More information?

Email us at enquiry@equip-global.com!