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Powering Ahead! Making Sense of Business Models in Electric Vehicle Charging
Powering ahead! Making sense of business models in electric vehicle charging October 2018 In association with Contents Acknowledgements 1 Foreword from Energy UK 2 Setting the scene 4 Our approach 5 Key findings 6 How the charging market stacks up 11 Where does charging take place and 14 how does it work? Bringing your business model to life 26 Deep dive on business models 28 What should you do next? 33 Strategy& is PwC’s global strategy consulting team. We help you transform your business by creating strategy that starts with your greatest strengths and builds in execution at every step. We call this strategy that works, and it delivers immediate impact and lasting value for you. As part of the PwC network, we combine 100 years of strategy consulting experience with PwC’s deep industry and functional capabilities. PwC has more than 250,000 people in 158 countries committed to delivering quality in assurance, tax, and advisory services. Acknowledgements To research and fully understand the constantly evolving landscape that is the electric vehicle charging market, we had the good fortune to speak to a number of companies and individuals who are at the very heart of this transformation. We would like to thank everyone who contributed to the report for their insights and time. Addison Lee – Andrew Wescott and Justin Patterson Chargemaster – Tom Callow Ecotricity – Mark Meyrick EDF Energy – Roy Collins ELEXON – Kevin Spencer Elsden Consultants – Miles Elsden Energy UK – Sam Hollister InstaVolt – Tim Payne National Grid – Graeme Cooper and Thomas Maidonis Ovo Energy – Tom Packenham Pivot Power – Matt Allen Pod Point – James McKemey ScottishPower – Malcom Paterson Tesla Western Power Distribution – Ben Godfrey Powering ahead! Making sense of business models in electric vehicle charging 1 Foreword from Energy UK Lawrence Slade Chief Executive I am delighted to work with PwC to bring their insight to investigating the market dynamics of The EV revolution is already upon us. -
Your Guide to Going Green
YOUR GUIDE TO GOING GREEN An Energy Toolkit for Hospitality In partnership with Ecotricity Sustainable Restaurant Association What’s Purpose 3 Understanding the energy market 4 inside Tariffs 4 Other terms 5 Process 7 this Price 10 People 11 Five actions you can take 12 guide References 13 Carbon Emissions = Climate Change 2 Your Guide to Going Green Linking energy more closely to the food, service and Electricity and gas: all foodservice businesses use one, if not both, to store and cook food, ventilate and light their space. Energy use accounts for 4-6% of daily operating costs for the average food service business, space while constituting a significant environmental impact too. A 20% reduction in energy use can represent the same benefit as a 5% increase in sales. This toolkit aims to help you build an energy policy that drives down the carbon footprint of your business and give you the lowdown on green energy to support you in making the switch. Energy is everywhere in your business, On an annual basis the from the embedded energy required to produce food to the running of fridges, British hospitality in- stoves and gas rings, lighting, ventilation, dustry produces more and even the fuel from the truck that carbon emissions than comes to empty the bins. This energy the entire country of leaves a carbon footprint, contributing to Costa Rica. global emissions, bit by bit. On an annual basis, the British hospitality industry produces more carbon emissions than Costa Rica. Burning fossil fuels such as coal and natural gas has provided much of humanity’s energy needs since the Industrial Revolution, but that’s changing in a big way. -
Smart Consumers in the Internet of Energy: Flexibility Markets & Services from Distributed Energy Resources 1/82
Monica Giulietti Chloé Le Coq Bert Willems Karim Anaya CERRE 2019 | Smart Consumers in the Internet of Energy: Flexibility Markets & Services from Distributed Energy Resources 1/82 The project, within the framework of which this report has been prepared, has received the support and/or input of the following organisations: Enel and Microsoft. As provided for in CERRE's by-laws and in the procedural rules from its “Transparency & Independence Policy”, this report has been prepared in strict academic independence. At all times during the development process, the research’s authors, the Joint Academic Directors and the Director General remain the sole decision-makers concerning all content in the report. The views expressed in this CERRE report are attributable only to the authors in a personal capacity and not to any institution with which they are associated. In addition, they do not necessarily correspond either to those of CERRE, or to any sponsor or to members of CERRE. © Copyright 2019, Centre on Regulation in Europe (CERRE) [email protected] www.cerre.eu CERRE 2019 | Smart Consumers in the Internet of Energy: Flexibility Markets & Services from Distributed Energy Resources 2/84 Table of contents Table of contents .............................................................................................................. 3 Table of Figures ................................................................................................................ 4 Acknowledgements ......................................................................................................... -
Energy White Paper: Powering Our Net Zero Future
Introduction ENERGY WHITE PAPER Powering our Net Zero Future December 2020 | CP 337 1 Energy White Paper The Energy White Paper Powering our Net Zero Future Presented to Parliament by the Secretary of State for Business, Energy and Industrial Strategy by Command of Her Majesty December 2020 CP 337 © Queen’s Printer and Controller of HMSO 2020 This publication is licensed under the terms of the Open government Licence v3.0 except where otherwise stated. To view this licence, visit: nationalarchives.gov.uk/doc/open-government-licence/ version/3 Where we have identified any third party copyright information you will need to obtain permission from the copyright holders concerned. This publication is available on our website at: www.gov.uk/beis Any enquiries regarding this publication should be sent to us at: [email protected] ISBN 978-1-5286-2219-6 CCS0220144090 12/20 Printed on paper containing 75% recycled fibre content minimum Printed in the UK by the APS Group on behalf of the Controller of Her Majesty’s Stationery Office Introduction Contents Foreword 02 Introduction to the Energy White Paper 04 CHAPTER 1 | Consumers 18 CHAPTER 2 | Power 38 BEIS modelling 60 CHAPTER 3 | Energy system 64 Transport 88 CHAPTER 4 | Buildings 96 CHAPTER 5 | Industrial energy 118 CHAPTER 6 | Oil and gas 132 Glossary 148 References 156 Energy White Paper ENERGY WHITE PAPER Ministerial foreword The government presents this white paper at a time of unprecedented Tackling climate change will require peacetime challenge to our country. decisive global action and significant investment and innovation by the public Coronavirus has taken a heavy toll and private sectors, creating whole new on our society and on our economy. -
View Members of the Access and Forward Looking Task Forces Here
Organisation Name Email address Task Force Stakeholder Group Forward-Looking Citizens Advice Andy Pace [email protected] Consumer representatives charges Energy Intensive Users Forward-Looking Jeremy Nicholson [email protected] Consumer representatives Group charges Forward-Looking Energy Local Mary Gillie [email protected] Local energy groups charges Forward-Looking Centrica Tim Collins [email protected] Large generators and suppliers charges Forward-Looking Npower (supplier) Daniel Hickman [email protected] Large generators and suppliers charges Scottish Power Energy Forward-Looking Joe Dunn [email protected] Large generators and suppliers Management charges Forward-Looking SSE plc John Tindal [email protected] Large generators and suppliers charges Forward-Looking Good Energy Tom Steward [email protected] Small suppliers charges Forward-Looking BUUK (IDNO) Michael Harding [email protected] Network companies charges Electricity North West Forward-Looking Chris Barker [email protected] Network companies Limited charges Forward-Looking National Grid Louise Schmitz [email protected] Network companies charges Forward-Looking Northern Powergrid Andrew Enzor [email protected] Network companies charges Scottish and Southern Forward-Looking Nigel Bessant [email protected] Network companies Electricity Networks charges Forward-Looking UK Power Networks Chris Ong [email protected] Network companies charges Association for -
A Brief History of the GB Energy B2C Retail Market – 'The Disruption Of
22nd Edition November 2020 World Energy Markets Observatory A brief history of the GB energy B2C retail market – ‘the disruption of incumbents’ Over the last 15 years, the GB energy retail market has changed significantly. A look back to 2005 shows 12 suppliers, with the ‘Big 6’ incumbent energy retailers – EDF Energy, British Gas, SSE, Scottish Power, npower (RWE) and E.ON having a market share of effectively 100% of the 30 million customers in the UK.1 Only 15 years later, the market in 2020 looks dramatically million in gas.3 Of these, 22% were customers switching away different - with over 50 suppliers, and the market share of the from the six largest suppliers.4 legacy incumbents’ being reduced to circa 70%. Moreover, suppliers previously thought of as “challengers” or “small Not every new entrant or challenger that has entered the suppliers” have made large acquisitions and/or grown market has been successful. In particular, in 2018 we witnessed significantly. The market is now dominated by Ovo Energy, 14 exits from the market, with Ofgem, the energy regulator, EDF, British Gas, Scottish Power and E.ON. needing to use supply of last resort arrangements for over one million customers.5 Further, a series of acquisitions from Figure 1 provides a chronicle (2005 to 2020) of how the market Octopus Energy (including ENGIE, Co-Operative Energy, structure has changed and how the UK energy retail market Affect Energy and Iresa Energy) have seen their customer base has become one of the most competitive in Europe. The increase to over one million in less than five years. -
Utility 2050 Regulation, Investment and Innovation in a Rapid Energy Transition
UTILITY 2050 REGULATION, INVESTMENT AND INNOVATION IN A RAPID ENERGY TRANSITION MARCH 2021 UTILITY 2050 - REGULATION, INVESTMENT AND INNOVATION IN A RAPID ENERGY TRANSITION THE UK’S NET-ZERO EMISSIONS BY 2050 TARGET BECAME LAW IN 2019 • WE KNOW THAT ACHIEVING IT WILL REQUIRE FAR-REACHING AND DISRUPTIVE CHANGE ACROSS MANY DIFFERENT SECTORS. • A KEY ELEMENT OF SUCCESS IS A VIRTUALLY CARBON FREE POWER SECTOR. • HOW WILL THIS AFFECT ENERGY UTILITIES? • WHAT NEEDS TO CHANGE FOR A DECARBONISED POWER SECTOR TO THRIVE? 2 UTILITY 2050 - REGULATION, INVESTMENT AND INNOVATION IN A RAPID ENERGY TRANSITION THE UTILITY 2050 PROJECT WAS A PARTNERSHIP OF ENERGY INDUSTRY PROFESSIONALS, FINANCIERS AND ACADEMICS WITH A SHARED OBJECTIVE TO EXPLORE WHAT NET ZERO COULD MEAN FOR THE ENERGY SECTOR. We found that there are growing The energy sector has an ‘innovation dilemma’: pressures in the retail and wholesale It is challenging to plan for and regulate the DECISIONS WITHIN THIS DILEMMA FALL INTO THREE BROAD markets caused by the net-zero energy market even 2-5 years ahead. Equally, CATEGORIES: energy transition. there is a pressing need to make decisions, in the face of deep uncertainties, which are (1) Enabling innovation whilst protecting These need a deeper rethink of the business commensurate with hitting the 2050 consumers in the retail market; models that make up the energy market and net-zero target. the regulation which supports them. (2) Evolving the business model for large generators; and (3) Balancing the contributions of retail Please cite this report as: Author affliations, titles and links and wholesale innovation. Hall, S., Cole, D., Workman, M., Hardy, J., Mazur, C., Anable, J., (2021) Utility 2050 – Regulation, investment and innovation in a rapid energy transition, Atkins, London Available at: . -
Greenwashing Vs. Renewable Energy Generation
Greenwashing Vs. Renewable energy generation: which energy companies are making a real difference? Tackling the climate crisis requires that we reduce the UK’s carbon footprint. As individuals an important way we can do this is to reduce our energy use. This reduces our carbon footprints. We can also make sure: • All the electricity we use is generated renewably in the UK. • The energy company we give our money to only deals in renewable electricity. • That the company we are with actively supports the development of new additional renewable generation in the UK. 37% of UK electricity now comes from renewable energy, with onshore and offshore wind generation rising by 7% and 20% respectively since 2018. However, we don’t just need to decarbonise 100% of our electricity. If we use electricity for heating and transport, we will need to generate much more electricity – and the less we use, the less we will need to generate. REGOs/GoOs – used to greenwash. This is how it works: • If an energy generator (say a wind or solar farm) generates one megawatt hour of electricity they get a REGO (Renewable Energy Guarantee of Origin). • REGOs are mostly sold separately to the actual energy generated and are extremely cheap – about £1.50 for a typical household’s annual energy use. • This means an energy company can buy a megawatt of non-renewable energy, buy a REGO for one megawatt of renewable energy (which was actually bought by some other company), and then claim their supply is renewable even though they have not supported renewable generation in any way. -
The Energy Tariff Greenwash They're Growing in Popularity
THE ENERGY TARIFF GREENWASH They’re growing in popularity, but are renewable electricity tariffs offering what customers expect? Sarah Ingrams exposes unclear claims and busts myths to help you choose a supplier with green credentials you’re happy with 20 WHICH? MAGAZINE OCTOBER 2019 GREEN ENERGY f you’re attracted to it through the lines to your the idea of a renewable property’ – at best an example THE ELECTRICITY I energy tariff to do your of staff ignorance. bit for the environment, YOU USE TO POWER a quick comparison suggests Unclear claims YOUR APPLIANCES you’ve got plenty of choice. When Myths aside, there are big we analysed the 355 tariffs on the differences in what companies do IS THE SAME AS market, more than half claimed to support renewable generation renewable electricity credentials. but it’s not always clear from their YOUR NEIGHBOUR’S, Three years ago it was just 9%. The websites. When Good Energy cheapest will cost you around £500 states ‘we match the power you use REGARDLESS OF THE less than the priciest, per year. But in a year with electricity generated you may be shocked to find out the from sun, wind and water’, it TARIFF YOU’RE ON differences between them. means it buys electricity directly In a survey of almost 4,000 from renewable generators to people in late 2018, a third told match customer use for 90% of us that if an energy tariff is marked half-hour units throughout the year. ‘green’ or ‘renewable’, they expect But similar-sounding claims from that 100% renewable electricity is others don’t mean the same thing. -
Terms of Reference for the Implementation Steering Group
EMR Collaborative Development Process: Terms of Reference for the Implementation Steering Group Introduction The objective of the collaborative development process is to: Develop refined EMR process maps1 and associated design features, where these processes will involve industry and delivery agent participation; Develop an implementation plan for establishing and testing those processes; and Secure joint responsibility to ensure the delivery of the EMR programme to time. The outcome will be to develop an understanding of how EMR proposals can be implemented in practice and work at an operational level, in particular how relevant participants within the EMR regime will be required to act within that process. We intend to make material relating to this process publicly available on the DECC website. Purpose of Implementation Steering Group: To support the collaborative development process to move EMR from policy development to successful implementation To agree the TORs, membership and provide the necessary resources required for the implementation working groups To ensure there is a balance of views present at the working groups Activities: The above objectives will be achieved by carrying out the following activities: Advising DECC on the scope of the collaborative development process Advising DECC on membership of working groups Raising issues with the operation of the working groups or the solutions developed as they relate to a company’s implementation Supporting and sharing responsibility for the emerging EMR Implementation Plan Feeding relevant issues into the parallel process of drafting the Regulations Meetings: The collaborative development process is expected to take place from summer 2013 to the end of 2013. The Implementation Steering Group (ISG) will commence meetings in July 2013 in advance of the first phase of working groups to agree the scope and overall approach to collaborative development. -
Energy in the UK 2018
13/09/2018 09:45 13/09/2018 1 v2.indd 2018 UK the in 36355_EUK_Energy 2018 Energy in the UK the in Energy The voice of the energy industry energy the of voice The 36355_EUK_Energy in the UK 2018_LR2.job 09/13/2018 09:58:42 1-A $[color] $[color] B - 1 09:58:42 09/13/2018 2018_LR2.job UK the in 36355_EUK_Energy Contents Foreword 4 From the Climate Change Act to 16 The Energy Overview 6 EMR, Transforming UK Generation Employment within Energy 7 - The Climate Change Act Sets the Scene 16 The Heart of the UK Economy 8 - Investment in Renewables 17 People of UK Energy 10 - Renewable Generation across 19 - Skills 12 the UK -Young Energy Professionals (YEP) 13 - Delivering Security of Supply 22 - Equality and Diversity in Energy 14 - Further Steps Away From Coal 23 - Pride in Energy 15 - Air Quality and Environmental 25 Protection 2 3 36355_EUK_Energy in the UK 2018 v2.indd 2 13/09/2018 09:45 $[color] A - 2 09:58:42 09/13/2018 2018_LR2.job UK the in 36355_EUK_Energy Now and Tomorrow, Building the Future 27 A Changing Retail Market 36 for Customers - Engaging with Customers 36 - Integrating Renewable Generation in the 27 - The Smart Meter Revolution 38 System and the Need for Flexibility - Supporting Customers in 39 - Decarbonisation at Customers’ Level 30 Vulnerable Circumstances - Improving Efficiency in Energy 30 - The Challenge of Heat 31 Energy UK Members 42 - Decarbonising UK Transport 32 2 3 36355_EUK_Energy in the UK 2018 v2.indd 3 13/09/2018 09:45 $[color] B - 2 09:58:42 09/13/2018 2018_LR2.job UK the in 36355_EUK_Energy Foreword Last year I wrote about how the energy We will also be feeding into the Five Year system was changing. -
The RSPB's 2050 Energy Vision
Section heading The RSPB’s 2050 energy vision Meeting the UK’s climate targets in harmony with nature Technical report The RSPB’s vision for the UK’s energy future 3 Contents Executive Summary ................................................................................................................................. 3 Authors .................................................................................................................................................. 11 Acknowledgements ............................................................................................................................... 11 List of abbreviations .............................................................................................................................. 12 List of figures and tables ....................................................................................................................... 15 1. Introduction ...................................................................................................................................... 17 1.1 Background ....................................................................................................................................... 17 1.2 Aims and scope ................................................................................................................................. 18 1.3 Limitations to the analysis ................................................................................................................ 19 1.4 Structure of the