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BP Buys UK’s Leading EV Charging Company

BP has announced it is to buy the UK’s largest EV charging company, Chargemaster, which operates over 6,500 charging points across the country

On completion of the deal, the company will be renamed BP Chargemaster, combining Chargemaster’s extensive EV charging network with BP’s 1,200 service stations, in a move that will widen access to electric vehicle charging in the UK.

Under its new name, BP Chargemaster will rollout ultra-fast charging infrastructure, including 150 kW chargers capable of delivering 100 miles of range in just 10 minutes.

BP’s UK customers can expect to see BP Chargemaster chargers appearing on forecourts over the next 12 months.

Ultra-fast charging

Downstream chief executive Tufan Erginbilgic said: “At BP we believe that fast and convenient charging is critical to support the successful adoption of electric vehicles.

“Combining BP’s and Chargemaster’s complementary expertise, experience and assets is an important step towards offering fast and ultra-fast charging at BP sites across the UK and to BP becoming the leading provider of energy to low carbon vehicles, on the road or at home,” he said.

Founded in 2008, Chargemaster is involved in the development of EV charging points from design and build to sales and operation and runs POLAR, the largest public charging network in the UK used by 40,000 customers.

Chief executive of Chargemaster David Martell, said “The acquisition of Chargemaster by BP marks a true milestone in the move towards low carbon motoring in the UK.

“I am truly excited to lead the Chargemaster team into a new era backed by the strength and scale of BP, which will help us maintain our market-leading position and grow the national POLAR charging network to support the large range of exciting new electric vehicles that are coming to market in the next couple of years.”

The biggest challenge for the team is….

Wayth says: The biggest challenge my team and I face is determining where to focus our efforts. We are basing our choices on seeking the right business models, which create value, are scalable and play to our capabilities and overlaps with the rest of BP.

The biggest challenge for the team is….

Wayth says: The biggest challenge my team and I face is determining where to focus our efforts. We are basing our choices on seeking the right business models, which create value, are scalable and play to our capabilities and overlaps with the rest of BP.




Energy transition

The acquisition adds to the growing number of investments by BP in electric vehicle technology and infrastructure and builds on plans to extend the range of fuels on offer for its customers changing needs.“A key part of BP’s strategy to advance the energy transition is to develop new offers to meet changing customer demand and grow new businesses that support customers to reduce their emissions,” said Erginbilgic.

The biggest challenge for the team is….

Wayth says: The biggest challenge my team and I face is determining where to focus our efforts. We are basing our choices on seeking the right business models, which create value, are scalable and play to our capabilities and overlaps with the rest of BP.

The biggest challenge for the team is….

Wayth says: The biggest challenge my team and I face is determining where to focus our efforts. We are basing our choices on seeking the right business models, which create value, are scalable and play to our capabilities and overlaps with the rest of BP.

The number of electric vehicles on the road is anticipated to increase rapidly in coming decades. Figures from BP’s Energy Outlook 2018 estimates there will be twelve million electric vehicles on the UK roads by 2040.

UK consumers have shown a strong appetite for electric vehicles which for BP represents a strong test-bed for possible replication in markets in Europe and worldwide.

Upon completion of the transaction Chargemaster employees will continue to be employed by BP Chargemaster, a wholly owned BP entity.

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Order Now – Eighteenth Edition – BS 7671:2018 (Electrical Regulations)

You can now order your copy of the Requirements for Electrical Installations, IET Wiring Regulations, Eighteenth Edition, BS 7671:2018 (Electrical Regulations) and the On-Site Guide (BS 7671:2018) (Electrical Regulations) 

Requirements for Electrical Installations, IET Wiring Regulations, Eighteenth Edition, BS 7671:2018 (Electrical Regulations)

The IET Wiring Regulations are of interest to all those concerned with the design, installation and maintenance of electric wiring in buildings. The market includes electricians, electrical contractors, consultants, local authorities, surveyors and architects. This book will also be of interest to professional engineers, as well as students at university and further education colleges. All users of the IET Wiring Regulations need to be aware of the coming changes in the 18th Edition (BS 7671:2018). This is intended to come into effect on 1st January 2019, although industry needs to start preparing for this from its point of publication (2nd July 2018).

On-Site Guide (BS 7671:2018) (Electrical Regulations) Spiral-bound – 2 Jul 2018

The On-Site Guide is an essential guide to BS 7671. It incorporates the extensive changes in BS 7671:2018, making this a vital guide for keeping up to date. It enables the competent electrician to deal with installations (up to 100 A, 3-phase) providing essential information in a convenient, easy-to-use format. The 18th Edition IET Wiring Regulations publishes in July 2018 and comes into effect on 1st January 2019. All new installations from this point must comply with BS 7671:2018.

     

All above links on this page offer you the ability to order the above publications via Amazon directly.

The Main Changes In The 18th Edition IET Wiring Regulations

The following list provides an overview of the main changes within the 18th Edition IET Wiring Regulations (publishing 2nd July 2018). This list is not exhaustive as there are many smaller changes throughout the book not included here.BS 7671:2018 Requirements for Electrical Installations will be issued on 2nd July 2018 and is intended to come into effect on 1st January 2019.

Installations designed after 31st December 2018 will have to comply with BS 7671:2018.

The Regulations apply to the design, erection and verification of electrical installations, also additions and alterations to existing installations. Existing installations that have been installed in accordance with earlier editions of the Regulations may not comply with this edition in every respect. This does not necessarily mean that they are unsafe for continued use or require upgrading.

A summary of the main changes is given below. (This is not an exhaustive list).

Part 1 Scope, object and fundamental principles

Regulation 133.1.3 (Selection of equipment) has been modified and now requires a statement on the Electrical Installation Certificate.

Part 2 Definitions

Definitions have been expanded and modified.

Chapter 41 Protection against electric shock

Section 411 contains a number of significant changes. Some of the main ones are mentioned below:

Metallic pipes entering the building having an insulating section at their point of entry need not be connected to the protective equipotential bonding (Regulation 411.3.1.2).

The maximum disconnection times stated in Table 41.1 now apply for final circuits up to 63 A with one or more socket-outlets and 32 A for final circuits supplying only fixed connected current-using equipment (Regulation 411.3.2.2).

Regulation 411.3.3 has been revised and now applies to socket-outlets with a rated current not exceeding 32A. There is an exception to omit RCD protection where, other than a dwelling, a documented risk assessment determines that RCD protection is not necessary.

A new Regulation 411.3.4 requires that, within domestic (household) premises, additional protection by an RCD with a rated residual operating current not exceeding 30 mA shall be provided for AC final circuits supplying luminaires.

Regulation 411.4.3 has been modified to include that no switching or isolating device shall be inserted in a PEN conductor.

Regulations 411.4.4 and 411.4.5 have been redrafted.

The regulations concerning IT systems (411.6) have been reorganized. Regulations 411.6.3.1 and 411.6.3.2 have been deleted and 411.6.4 redrafted and a new Regulation 411.6.5 inserted.

A new Regulation group (419) has been inserted where automatic disconnection according to Regulation 411.3.2 is not feasible, such as electronic equipment with limited short-circuit current.

Chapter 42 Protection against thermal effects

A new Regulation 421.1.7 has been introduced recommending the installation of arc fault detection devices (AFDDs) to mitigate the risk of fire in AC final circuits of a fixed installation due to the effects of arc fault currents.

Regulation 422.2.1 has been redrafted. Reference to conditions BD2, BD3 and BD4 has been deleted. A note has been added stating that cables need to satisfy the requirements of the CPR in respect of their reaction to fire and making reference to Appendix 2, item 17. Requirements have also been included for cables that are supplying safety circuits.

Chapter 44 Protection against voltage disturbances and electromagnetic disturbances

Section 443, which deals with protection against overvoltages of atmospheric origin or due to switching, has been redrafted.

The AQ criteria (conditions of external influence for lightning) for determining if protection against transient overvoltages is needed are no longer included in BS 7671. Instead, protection against transient overvoltages has to be provided where the consequence caused by overvoltage (see Regulation 443.4)

(a) results in serious injury to, or loss of, human life, or
(b) results in interruption of public services/or damage to and cultural heritage, or
(c) results in interruption of commercial or industrial activity, or
(d) affects a large number of co-located individuals.

For all other cases, a risk assessment has to be performed in order to determine if protection against transient overvoltage is required.

There is an exception not to provide protection for single dwelling units in certain situations.

Chapter 46 Devices for isolation and switching – A new Chapter 46 has been introduced.

This deals with non-automatic local and remote isolation and switching measures for the prevention or removal of dangers associated with electrical installations or electrically powered equipment. Also, switching for the control of circuits or equipment. Where electrically powered equipment is within the scope of BS EN 60204, only the requirements of that standard apply.

Chapter 52 Selection and erection of wiring systems

Regulation 521.11.201 which give requirements for the methods of support of wiring systems in escape routes, has been replaced by a new Regulation 521.10.202. This is a significant change.

Regulation 521.10.202 requires cables to be adequately supported against their premature collapse in the event of a fire. This applies throughout the installation and not just in escape routes.

Regulation 522.8.10 concerning buried cables has been modified to include an exception for SELV cables.

Regulation 527.1.3 has also been modified, and a note added stating that cables also need to satisfy the requirements of the CPR in respect of their reaction to fire.

Chapter 53 Protection, isolation, switching, control and monitoring

This chapter has been completely revised and deals with general requirements for protection, isolation, switching, control and monitoring and with the requirements for selection and erection of the devices provided to fulfil such functions.

Section 534 Devices for protection against overvoltage

This section focuses mainly on the requirements for the selection and erection of SPDs for protection against transient overvoltages where required by Section 443, the BS EN 62305 series, or as otherwise stated.

Section 534 has been completely revised and the most significant technical change refers to the selection requirements for the voltage protection level.

Chapter 54 Earthing arrangements and protective conductors

Two new regulations (542.2.3 and 542.2.8) have been introduced concerning earth electrodes.

Two further new regulations (543.3.3.101 and 543.3.3.102) have been introduced. These give requirements for the insertion of a switching device in a protective conductor, the latter regulation relating to situations where an installation is supplied from more than one source of energy.

Chapter 55 Other equipment

Regulation 550.1 introduces a new scope.

New Regulation 559.10 refers to ground-recessed luminaires, the selection and erection of which shall take account of the guidance given in Table A.1 of BS EN 60598-2-13.

Part 6 Inspection and testing

Part 6 has been completely restructured, including the regulation numbering to align with the CENELEC standard.

Chapters 61, 62 and 63 have been deleted and the content of these chapters now form two new Chapters 64 and 65.

Section 704 Construction and demolition site installations

This section contains a number of small changes, including requirements for external influences (Regulation 704.512.2), and a modification to Regulation 704.410.3.6 concerning the protective measure of electrical separation.

Section 708 Electrical installations in caravan/camping parks and similar locations

This section contains a number of changes including requirements for socket-outlets, RCD protection, and operational conditions and external influences.

Section 710 Medical locations

This section contains a number of small changes including the removal of Table 710.

Changes to Regulations 710.415.2.1 and 710.415.2.3 concerning equipotential bonding.

A new Regulation 710.421.1.201 which states for all final circuits supplied by medical IT system in medical locations of group 2, AFDD shall not be used.

Section 715 Extra-low voltage lighting installations

This section contains only minor changes including modifications to Regulation 715.524.201.

Section 721 Electrical installations in caravans and motor caravans

This section contains a number of changes including requirements electrical separation, RCDs, proximity to non-electrical services and protective bonding conductors.




Section 722 Electric vehicle charging installations

This section contains significant changes to Regulation 722.411.4.1 concerning the use of a PME supply.

The exception concerning reasonably practicable has been deleted.

Changes have also been made to requirements for external influences, RCDs, socket-outlets and connectors.

Section 730 Onshore units of electrical shore connections for inland navigation vessels

This is an entirely new section and applies to onshore installations dedicated to the supply of inland navigation vessels for commercial and administrative purposes, berthed in ports and berths.

Most, if not all, of the measures used to reduce the risks in marinas apply equally to electrical shore connections for inland navigation vessels. One of the major differences between supplies to vessels in a typical marina and electrical shore connections for inland navigation vessels is the size of the supply needed.

Section 753 Floor and ceiling heating systems

This section has been completely revised.

The scope of Section 753 has been extended to apply to embedded electric heating systems for surface heating.

The requirements also apply to electric heating systems for de-icing or frost prevention or similar applications, and cover both indoor and outdoor systems.

Heating systems for industrial and commercial applications complying with IEC 60519, IEC 62395 and IEC 60079 are not covered.

Appendices

The following main changes have been made within the appendices

Appendix 1 British Standards to which reference is made in the Regulations includes minor changes, and additions.

Appendix 3 Time/current characteristics of overcurrent protective devices and RCDs

The previous contents of Appendix 14 concerning earth fault loop impedance have been moved into
Appendix 3.

Appendix 6 Model forms for certification and reporting

This appendix includes minor changes to the certificates, changes to the inspections (for new installation work only) for domestic and similar premises with up to 100 A supply, and examples of items requiring inspection for an electrical installation condition report.

Appendix 7 (informative) Harmonized cable core colours

This appendix includes only minor changes.

Appendix 8 Current-carrying capacity and voltage drop

This appendix includes changes regarding rating factors for current-carrying capacity.

Appendix 14 Determination of prospective fault current

The contents of Appendix 14 concerning earth fault loop impedance have been moved into
Appendix 3. Appendix 14 now contains information on determination of prospective fault current.

Appendix 17 Energy efficiency

This is a new appendix that provides recommendations for the design and erection of electrical installations including installations having local production and storage of energy for optimizing the overall efficient use of electricity.

The recommendations within the scope of this appendix apply for new electrical installations and modification of existing electrical installations. Much of this appendix will not apply to domestic and similar installations.

It is intended that this appendix is read in conjunction with BS IEC 60364-8-1, when published in 2018

Information via – theiet.org

BS 7671 – Draft 18th Edition of the Wiring Regulations [ECA Video]

ECA Technical team is introducing some of the major changes proposed to the Wiring Regulations and how these may affect our industry. #Project18 is an exciting new campaign from the ECA which aims to raise awareness of the 18th edition of the Wiring Regulations.

Full details of the #Project18 Roadshow, including dates, locations, and how to book, can be found at www.project18.co.uk.

 

IET Wiring Matters Issue 70 May 2018 Out Now

The May 2018 edition of the IET Wiring Matters magazine is out now ! Lets take a look at what’s in this issue.

Myth Busters May 2018

Electrical installation work is no stranger to the ‘we’ve always done it this way…..’ attitude which is often applied with little thought. This occasional column, by James Eade, intends to expose electrical myths and folklore that still abound in the industry and, where possible, to examine their origin.

An interview with: Leon Markwell

An interview Leon Markwell about his role within the IET, the committees he sits on and his career in the industry.

A brief overview of setting Standards at the IET

We all understand how integral BS 7671 is to the electrical engineering industry, but have you ever wondered how other Standards within the sector come to fruition? In this article, Emma Chafer, takes a look at how you can get involved in setting standards that will enhance engineering.

To read the magazine in full online click here

WM cover May 2018