BS7671 Amendment 4

Review some of the main changes in the regulations, understand the technology of Residual Current Devices (RCDs), Arc Fault Detection Devices (AFDDs) and Surge Protection Devices (SPDs) where to use them and their main benefits.

Consulting engineers, Get guidance on the standards and technology to help you design and specify future-proof electrical systems. In this Innovation Talk webinar, we will discuss how you can deliver hyper-efficiency throughout a building's lifecycle by, Improving energy management systems , Refining energy consumption , Understanding relevant IEC standards for efficiency and monitoring.

Review some of the main changes in the 18th edition amendment 2 regulations, understand the technology of Residual Current Devices (RCDs), Arc Fault Detection Devices (AFDDs) and Surge Protection Devices (SPDs) where to use them and their main benefits.

This CPD seminar is focused on the IET Wiring Regulations 18th Edition BS 7671,2018 and the specific impacts of Surge Protection Devices.

This presentation aims to make the audience aware of the importance of metering and how to select the right meters for your application.

Seminar provides an overview of MV distribution networks, and which type of switchgearm and appropriate protection that could be used.

Seminar provides an overview of MV switchgear, and the types of components into the switchgear cubicle. The presentation also includes internal arc and how that affects the design and safety of operators.

Seminar provides an overview of primary distribution switchgear and its construction.

Seminar provides an overview of secondary distribution switchgear, its construction, and typical protection used.

The seminar Analytics for Buildings offers an overview of what drives current facility management needs, the subsequent solutions presently on offer, and how Analytics can take it a step further as a managed service. An operative account of the technology is covered, followed by tangible examples on the benefits of implementing this technology. Case studies are discussed.

This CPD session delves into the history and evolution of Building Management System (BMS) communications, focusing on its significance in electrical and mechanical design. Participants will explore various network and BMS topologies, understanding how they operate and their implications for system efficiency. The session will cover different types of networks utilised in BMS, providing insights into their functionalities. Additionally, we will introduce open protocols, emphasizing their role in enhancing interoperability and flexibility within building management systems. Join us to deepen your knowledge of BMS communications and their impact on modern building design.

This CPD provides a foundational understanding of Building Management Systems (BMS): covering essential components: network integration: and user interfaces: while highlighting the importance of BMS in achieving comfort: well-being: legislative compliance: and energy efficiency. Participants will gain practical insights into the application of BMS technology: from basic inputs and outputs to advanced remote diagnostics.

Seminar address the co-ordination techniques specified by BSEN 60947-2 and gives a better understanding of cascading, discrimination and limitation effects of circuit breakers.

This seminar addresses the coordination techniques specified by BSEN 60947-2 and gives a better understanding of cascading, selectivity and limitation effects of circuit breakers.

In a world where projects are wanted faster more competitively with excellent operational performance. This course will investigate customer architectures in a data centre context and how MV/LV powertrain, IT, Cooling, back up generation and software applications can be brought together and optimised to bring project benefits capital expenditure and operational performance.

This CPD looks at the subject of Cyber Security in Building Management Systems. It’s a subject which has taken on ever greater significance since the advent of the “Internet of Things” (or IoT), as the increased connectivity of devices and systems inevitably leads to increased risk of Cyber-attacks. We will look at the types and effects of attacks, some real-world examples, and some analysis of the associated costs. We will navigate through the concepts and mechanisms of cyber security, some of the features to watch out for when choosing system components, and then get into specifics of how Building Management Systems can still bring the benefits of open systems, whilst being hardened to the threat of Cyber Attacks as much as possible.

Cyber risks are heightened as industries and enterprises transform operations through digital channels automation technologies and data sharing Today’s cyberattacks are numerous frequent, and existentially more threatening than ever before Attackers aim to infiltrate and manipulate not just an individual company but the entire ecosystem to which it belongs To this end decision-makers need to feel confident that their integrated cyber strategy defences and recovery capabilities will protect their business and support their growth strategies Drawing on practical use cases this session introduces best practices and introduces a practical framework to implement a digital risk strategy.

The seminar examines the transformer evolution and design, and answers questions raised by EU Eco regulations. It addresses the Eco issues affecting the whole supply chain from manufacturer to end user.

Electric Vehicle Charging- With new government proposals changing the way we will consider transportation needs and infrastructure in the future, there are growing questions around type of charging point to install and whether power will be sufficient as the demand grows.

Electricity 4.0, as defined by Schneider Electric, represents the next generation of electricity management and distribution. It involves the convergence of digital technologies, decentralized energy systems, and intelligent automation to create a more resilient, efficient, and sustainable electrical ecosystem. Through advanced digital solutions like the Internet of Things (IoT), artificial intelligence (AI), and data analytics, Electricity 4.0 enables real-time monitoring, predictive maintenance, and optimized energy usage. This transformative approach empowers businesses and consumers to make informed decisions, reduce energy consumption, and integrate renewable energy sources, fostering a smarter, greener, and more adaptable electrical future.

This seminar explores the advantages of electronic protection over the more traditional thermal/magnetic in association with MCCBs & ACBs.

This course will help attendees to learn about the different types of EV's and how they work, focusing specifically on EV chargers and how they work in tandem with energy management, power distribution and the buildings where they are charged as 1 connected solution. Most recent UK & Ireland EV related regulations are explained.

This seminar describes the ways in which we define barriers in Electrical switchboards.

This CPD will introduce the fundamentals of automatic transfer switches (ATS) in electrical distribution: highlighting their role in maintaining continuous power. Participants will explore different switching technologies: relevant industry standards: and key features including recent technological advancements. The session will also cover bypass arrangements and the principles of connectivity and remote monitoring for ATS.

This CPD course provides a comprehensive introduction to busbar systems in electrical distribution. Participants will explore what busbars are, compare them to traditional cables, and understand key distribution concepts. The course emphasizes safety standards crucial for installation and operation, alongside practical insights into building busbar systems. Participants will also learn essential design principles and connectivity methods. By the end, attendees will gain a solid foundation in busbar technology, enabling them to make informed decisions in electrical distribution projects. Enhance your expertise in this critical area of electrical engineering!

This course provides an overview of harmonics and their generators, current and voltage distortion, harmonic mitigation, applicable standards and summarises the course content.

Learn how connected technologies are changing the electrical industry and explore the new opportunities this presents for you as electricians and contractors.

This discusses the principle standards and regulations surrounding machinery safety with particular regard to functional safety requirements. We look at these standards in the context of current EU legislation as it applies now, pre-Brexit. Then we take a deeper look at Brexit itself in relation to machinery safety and discuss some of the general implications of operating outside the EU and what this means for manufacturers, suppliers and end users. Finally, we take a look at the way ahead, post-Brexit, and discuss the future implications and potential actions that we can take to mitigate the effects of operating in a different market and legislative environment.

This CPD aims to provide a comprehensive understanding of AC charging infrastructure, installation considerations, user experience, and the broader landscape of EV charging services, emphasizing end-to-end solutions, sustainability, and cost-efficiency.

The "Introduction to DC Charging and Smart Solutions" CPD offers an insightful overview of direct current (DC) charging technologies and their role in the evolving electric vehicle (EV) landscape. Participants will learn about the organizations involved in DC charging and key partnerships within the industry. The course addresses current trends, market requirements, and challenges faced in implementing DC charging infrastructure. Additionally, attendees will gain an understanding of the latest advancements in DC charging technology, enabling them to stay informed and effectively contribute to future developments in smart charging solutions. This CPD is essential for professionals engaged in the energy and transportation sectors.

An Introduction to Supervisory Control and Data Acquisition (SCADA)" CPD provides a comprehensive overview of SCADA systems within Mechanical and Electrical (M&E) specifications and projects. Participants will learn the fundamental concepts of SCADA, its purpose, and its advantages over Building Management Systems (BMS). The course covers essential topics such as acquiring data from the field, basic SCADA architecture, and crucial cybersecurity requirements. Additionally, it guides participants on how to effectively specify SCADA systems for their projects. By the end of the course, attendees will have a solid foundation to implement and manage SCADA solutions in various applications.

The one-hour CPD course on Variable Speed Drives (VSDs) delves into the essential principles of VSDs, encompassing AC motor characteristics, load analytics, and diverse applications. Participants will gain a comprehensive understanding of VSD fundamentals, including their role in motor control and energy efficiency. The course explores the intricacies of AC motor behavior, load analytics for optimal VSD performance, and real-world applications across various industries. It equips attendees with practical insights into harnessing VSDs for enhanced operational efficiency and performance.