Category Archives: interoperability

IBM cover 4 key technologies in a session at Smart Grids & Cleanpower 2017 Cambridge

IBM’s Executive IT architect will consider: What is the Uber or AirBnB threat for the Energy Industry? on 19 June 2017 on Day 1 of the 8th international annual Smart Grids & Cleanpower 2017 Cambridge Conference & B2B Expo run by C4IR and sponsored by ARM.

Session 2 Day 1 Topics: What is the Uber or AirBnB threat for the Energy Industry? Is there there one or will the regulator and the high entry barrier of physical assets prevent this? 

Book fast (with event hotel) | Book medium pace with info | All events ticket shop | SGCP17 Event Brochure | Or call C4IR on 07720 047 402 to book or discuss event.

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Event Sponsors: ARM | Gold Sponsors: UtilityWise | Silver Sponsors: Cambridge Consultants; NERA

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Masterclass Session Synopsis: IBM

What is the Uber or AirBnB threat for the Energy Industry? Is there there one or will the regulator and the high entry barrier of physical assets prevent this? 

This session will explore the impact of four technology areas (Energy, Consumer, Operation, Information) on the future energy market at a high level.

It will then take a deeper look at how Distributed Ledger Technology (DLT – of which blockchain in an example) could democratise the energy market and completely change the role of market actors; facility the energy Uber-moment.

Book fast (with event hotel) | Book medium pace with info | All events ticket shop | SGCP17 Event Brochure | Or call C4IR on 07720 047 402 to book or discuss event.

To read more information, click here.

Graphene Technology and Business is Here

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Introduction

The event set was billed as the Cambridge Graphene Technology Days 2015 (with a hashtag of #CGD15), with no fewer than six events taking place. The first day saw second CIR Graphene & GRMs masterclass, which was attended by 30 senior corporate executives at the West Cambridge Site, while in parallel a graphene technology showcase day ran, with internal CGC partner meetings held by the Cambridge Graphene Centre.
Within this showcase the CGC partners’ technologies and CIR exhibitors were arrayed together for a very exciting press event with the director of CGC on stage with the University of Cambridge Vice Chancellor Professor Leszek Borysiewicz FRS and the head of Engineering.
In the evening there was a dinner at Madingley Hall led by CGC for invited partners and for those who had attended the 2nd CIR Graphene Masterclass and were arriving to attend 3rd CIR Business Conference the following day. 80 delegates attended the dinner, around half each from CGC and CIR.
The third CIR Graphene Business Conference for 100 businesspeople was held on the second day. This followed an inaugural series of events, including the CIR Graphene business conference (which was also held in Cambridge, in November 2013), and other CIR Graphene events in May 2014 and February 2015. An excellent audience of delegates enjoyed entertaining presentations on stage, as well as four panel question-and-answer sessions, and networking opportunities at the exhibition space, where around 40 companies were on show.
There were 20 talks throughout the day, from academics, dignitaries, large MNC business leaders in space, defence, oil and gas and steel, and scale-up materials solutions providers like Haydale and FlexEnable, and later interesting talks from venture capitalists, economists and intellectual property firms. Speakers were highly praised in feedback surveys of attending delegates by CIR.
2nd CIR Graphene Masterclass
During the masterclass, the application projects of large firms and scale-ups were discussed among 30 graphene senior corporate executives with CIR Leader Nick Coutts and colleagues in the context of value network analysis and ‘Routes to Value’. This latter is a rigorous strategic method being used by large companies to ensure that projects are within a process that connects them explicitly with the objective and values of the business (including culture) as constraints. This pioneering method that could help with scale-up gaps, enable large companies to bring in graphene material enhancements and services to add enormous value to the development of application markets.
Dr Justin Hayward, Director of CIR, said: “I am delighted that Cambridge Investment Research was able to organise complementary events within the Cambridge Graphene Tech Days 2015 event-set alongside the Cambridge Graphene Centre at this special time for the centre and for graphene, in particular, providing a highly business-focused aspect.
Sessions at 3rd CIR Graphene Business Conference
In the first session on 6 November, the director of the Cambridge Graphene Centre argued that graphene is the future of communication and will become better than silicon by 2024. The vision here is to integrate modulators and photo-detector with graphene. A transceiver prototype with graphene will solve the problem of heat that is insoluble to Moore’s Law for data storage and transmissions with current materials.
Following this, the Rt Hon the Lord Alec Broers asked whether graphene is the biggest achievement of the 21st century – comparing it with other areas on the USA’s ‘Grand Challenges’ list, including: solar technology; fusion energy; carbon sequestration; solve nitrogen cycle (whereby the pollution issue here is seen by many as more tangible and urgent than global warming issues); clean water; restoring urban infrastructure; engineering better medicine; enhancing virtual reality (flexible and wearable electronics); preventing nuclear catastrophes; secure cyber space; personalised learning; and revere engineering the human brain.
The next presentation, by IfM’s Professor William O’Neill focused on ‘manufacturing landscape and drive for impact’, in which he argued that there is a manufacturing economy in the UK, and, moreover, that UK manufacturing is high value manufacturing.
O’Neill also revealed that 85% of R&D finance in the UK comes from manufacturing companies, but that there is a missing connection between lab R&D and alpha level production technologies with large scale manufacturing. Furthermore, he added, while the UK government invests a lot in R&D, thereby creating great research, “this is just an expense, and we need to add value by delivering technologies through companies.
The Keynote speech by Haydale’s CEO, Ray Gibbs, argued that the current market analysis on graphene is wrong and is very hard to predict. He also discussed the significant market for composites, as well as the large markets for Graphene materials, but these, he said, are mostly conservative and highly regulated. He therefore underlined the need to instead to look (at least initially) to the currently unregulated markets: boats, wind energy, pipes, and rails.
Industrial challenges.

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For Ray Gibbs, the industrial challenge lies in proving production is repeatable, consistent and cost effective, and he called for immediate and better standardisation so as to create “consistent quality and value; and a price good for stakeholders.”

The next Keynote speech, delivered by focused on issues in the aerospace and defence sectors, with the lifecycle costs being highlighted as a particular area for consideration, as well as areas such as fuel consumption, graphene’s anisotropy, (channelling heat, heat dissipation & spreading), graphene’s use in a fusion power cell which could be a solution for completely silent electric airplanes, as well as an underlining of the importance of reliability and safety and certification.

This presentation posited the following as the main issues and R&D directions for aeroplanes: propellers in rotors, energy storage, structures, shielding (objects, RPG, radars, lighting, etc.), optics (lasers, receivers, lenses, and mirrors), displays (wearable electronics, flexible electronics), and ice prevention and de-icing.

Concerning satellites, the main issues and R&D directions were revealed to be: solar arrays (there is a lot of solar radiations to harness; PV cover glass could be made thinner and lighter using graphene), multilayer insulation (thermal shield), structures, antenna and mechanisms (higher conductivity needs), shielding, and optics (laser communications).

During the second session, speakers from a large global industrialist firm delivered a further keynote on graphene applications on steel for energy storage, an important area due to the fact that corrosion is a significant problem for steel, a material which can enable a large-scale implementation of energy storage tech.

The speakers outlined the applications of steel in energy storage thus: building integrated PVs (functioning coatings on steel for buildings, which are active, capture and then store thermal energy in phase material); batteries (electroplated steel cans, electrodes and casing); fuel cells (usually gold plated stainless steel bipolar plates but should be made cheaper, possibly with graphene); and supercapacitors (mostly aluminium and copper but steel for casing).

They then turned their attention to the performance improvement required for steel: good, electrical conductivity; electrochemical stability (corrosion prevention); thermal conductivity (high power devices); and formability and strength – tribology.

Regarding the replacement of gold for coating in LC steel, it was argued that the industrial challenges include scaling up – e.g. pilot line roll to roll to large scale, scale graphene coatings to cover that in which the steel industry operates, which is enormous; and the ability to coat millions of square metres with tonnes of the material with speeds of up to 100m/min – this, they said, would save billions by fighting corrosion

The presentation by Nanocarbon asked why it is better to do Graphene transfer in the lab instead of involving third parties, and posited the following reasons: it is safer (there is no need to share details of applications), it is faster (full control), it is cleaner (full control, no carriers issues), it is cheaper, and you learn and optimise.

Cambridge Nanosystem’s presentation explored the transformation of methane into graphene powder, as well as atmospheric plasma to break difficult and stable molecules like methane, CO2 and other carbon-based molecules. Hydrogen is produced as a byproduct of this process undertaken to create graphene powder, explained Dr Krysztof Koziol, which also has uses.

Revolution

The third session included a speech by Novalia’s Dr Kate Stone, who discussed adding interactivity to print and how paper with interactive surfaces could revolutionise the digital world, while OCSiAl’s Will Riches discussed an industrial scale facility for single wall carbon nanotubes (SWCNTs), focusing in on touch screens, paint and coatings, lithium battery, and polymer composites.

Dr Gun-Soo Kim from Standard Graphene (which emerged from Samsung), then spoke about how graphene flakes stand to lead the market, before a keynote speech by FlexEnable’s Dr Paul Cain discussed ‘bringing any surface to life’ – from those which are wearable to those found in the automotive sector.

The fourth session included a focus on the intellectual property landscape with regard to graphene by Marks & Clerk’s Mash-Hud Iqbal, who described patent families globally by geography and sector and over time to 2014. Later, BP’s Sheetal Handa delivered a keynote address on the challenges in the oil and gas industry, focusing on sub-sea extraction and the various materials needed, as well as oil pipe transportation and problems with the various materials (sand, oil, water, condensation, and welding) that are in the pipes (i.e. surface interactions), and the idea that applications for 2D materials will mostly be in corrosion resistance, surface treatments, deposits and fouling, self-repairing systems, and separations.

Indeed, according to Handa, nanomaterials in (titanium based) lubricant oil result in 40% less friction, and because the pipelines used are extremely long (thousands of kilometres), are located in remote, hot/cold conditions, have several phases of material pass in great volumes, and produce large amounts of unwanted material and erosion etc., less friction is a necessity.

Handa revealed that, for BP, 2D materials have numerous positive uses, including: corrosion resistance, surface treatment, deposits & fouling, self-indicate damage, and against bio films formations in pipes, low wear friction, and offshore pipe work.

Handa concluded that BP is now working to develop sensing technologies to help solve the mystery of why composites fail in order to facilitate a wider roll-out of these materials.

The event was thus a success, with a wide variety of stakeholders coming together to share their views on both the uses and limitations (and only by highlighting these can we hope to overcome them) with regard to graphene and other 2D materials.

For more information about the next conference and executive briefing with master class in this programme please see: www.hvm-uk.com. Delegates who have attended earlier graphene festival events are offered discounts.

 

The Value of the Smart Systems Summit 2014 1-2 October London IoD

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This is a special summit culminating 7 years of smart systems conferences within various segments

We form media partnerships with those who can extend our reach further

We are a strategy consultancy rather than an event organiser following instructions

We specialise in market research, using contact referrals and social media to obtain top speakers year after year

The value is in the bringing together of industry leaders beyond your own lists, with government and other academic groups

Our databases are large, from 12 years of conferences with 3,200 delegates

Network with industry innovators to create and develop critical new business collaborations and to exchange knowledge

Minimize risk by keeping up with technology developments – where is the industry going

Bring in cross-over engineering situations that might lend valuable ideas to work already being done

The spice of high level events in the capital, a greater chance of serendipity in networking

We’re bringing together top people from no fewer than 21 conferences in Cambridge and Oxford on these topics – so it’ll be a unique group, not the same people

If communications are important to you, this will be a well-covered conference in social media and in print

It will quickly generate a legacy website and slides for the site Slideshare, which are looked at by delegates and referred to others over time, something which builds over a long period

Gain industry recognition for yourself and your company through speaking, roundtable participation

For buyers – what new systems, products and services are there to buy?

It’s a prestigious venue – one of the best in the UK

It’s in a central location easy to reach from all directions –  In the capital, in exciting West London, near parliament.

Book now via this link

Top 12 Reasons to attend Smart Grids & Cleanpower 2014 Cambridge

Links:  Conference Home | Brochure | Book now | Info |Speakers & Synopses

Top 12 Reasons to Attend SGCP14

1. See and mingle with 40 top speakers
2. Influence the debate – audience reverses & open panels
3. Build your network – new and old partners & clients
4. Pleasant dinner roundtable in Cambridge with decision makers and influencers
5. Help innovators at smaller and large companies
6. Debate fracking rationally
7. Debate energy pricing & market structure
8. Debate the energy vs internet cultural challenges
9. Help increase grid resilience
10. Learn all about smart grids and energy
11. Get latest updates in markets
12. Challenge your assumptions
SGCP14 Logo

SGCP14 Logo

AGENDA – DAY 1 – EXECUTIVE BRIEFING MASTERCLASS DAY JUNE 3
10:15 – 11:00 Session 1: Introduction Smart Grids & Energy – led by Gavin Jones, Business Development Director, ElectraLink
10:15 Introduction to Day 1
10:20 Definitions
10:30 Basics
10:40 Trends and Drivers
10:50 Review & discussion

Coffee break

11:15 – 13:00 Session 2: Technology led by Dr Andy Stanford Clark, CTO Smart Energy, IBM
11:15 Demand Side Management (DSM) – the key to the smart grid
11:30 Case studies
11:40 Smart Meters & AMI | Interoperability
12:00 Distributed generation – Alan South, Commercial Director, Solar Century
12:30 Renewables and storage, markets and intermittency – Graham Ford, Mansion Partners
Review

13:00 – 14:00 Lunch networking & meetings

14:00 – 16:00 Session 3 Markets – led by Mike Wilks, Director Smart Energy, Poyry
14:00 Social & Innovation Cartography in grids and energy
Key players – visions, strategies and what they are doing
Porter’s Market Characteristics & Forecasts
14:45 Demand Response Economics – Anneesha Patten, Poyry
15:00 Big Data, Data sharing & privacy – Gavin Jones, Business Development Director ElectraLink
15:20 Monetisation of energy management systems – Pilgrim Beart, Founder AlertMe & 1248.io
15:40 The Industrial Internet – Dr Amyas Philips
Review

16:05 Tea break

16:30 – 17:30 Session 4 Innovation – led by Rob McNamara, Founder, Smart Grids GB
The status quo & change challenges
The value & funding of innovation – Steve Dawson, VP Consulting, Sentec
17:10 Discussion
Summary of Day

19:00 – 21:15 Roundtable dinner at King’s College, Cambridge

AGENDA – DAY 2 – SMART GRIDS 4 JUNE
Session 1 Smart Grids & Collected Intelligence
10:00 Dr Justin Hayward, Director, Cambridge Investment Research, Introduction
10:05 Gavin Jones, Business Development Director, ElectraLink, Chairman’s Opener
10:10 Rob McNamara, Founder, Smart Grids GB, The Value of a Smart Grid to Great Britain
10:20 Audience Collected intelligence, Comments & questions for day speakers and panellists from audience – one minute each
10:50 Stephen Cunningham, CEO, UK, Ireland & Nordic, Landis & Gyr, Keynote: Managing Energy Better – The landscape for smart grid
11:10 Panel with speakers and chair

Morning coffee & showcase of products and services

Session 2 Connected Intelligence: servers, networks, meters, fast data analytics & grids
Dr Sean Cochrane, Director Cyan Technology A connected energy network through metering and lighting
Dr Paul Wright, CCM National Physical Laboratory Smart grid measurement
John Di Stasio, CEO Sacramento Municipal Utility Department (SMUD) Jt Keynote: Smart grid intelligence and risk, Smart grid intelligence and risk
Martin Dunlea, Global Industries Lead, Utilities, Oracle, Jt Keynote: Fast Data, Actionable Data
Panel with Peter Drake, Managing Director, Intelligent Networks

Lunch networking & exhibition of products & services

Session 3 Smart Cities & Infrastructure: real systems solutions at scale | the industrial internet
Michael Clark, Programme Director – Low Carbon London UK Power Networks, A Smart Grid for London
Rich Hampshire, Principal Consultant CGI, End-to-end smart grid & consumer engagement
Philip Burr, Director of Product Marketing Arkessa, Case study: an M2M platforms for IoT Solutions
Chris Wright, CTO, Moixa Technology, Smart Direct Current
Dr Andy Stanford Clark, CTO Smart Energy, IBM, Keynote: Smarter planet works
Panel with Tony Rooke, Sustainable Strategy Director; Smart Cities & Innovation, Infosys

Coffee networking & expo of products & services

Session 4 Plenary Policy debate grids and energy: innovators | funding | regulation & reforms
Dora Guzeleva, Head of Network Policy Ofgem, How regulation can be a win-win for stakeholders
Ian Ellerington, Head of Innovation, DECC, The key role of innovators in changing the energy industry
Steve Dawson, VP / Dr Mark England, EVP Smart Grid, Sentec, Routes to market for energy innovators
Pilgrim Beart, Founder, AlertMe, Keynote: UK energy management innovation in global markets
Panel with Chairman – followed by Chairmen’s summaries

Drinks networking

AGENDA – DAY 2 – CLEANPOWER CONFERENCE 4 JUNESession 1 The Energy Trilemma: Resilience | Affordability | Targets & transition technologies
10:00 Mike McCreary, Director, Cambridge Investment Research, Introduction
10:05 Jeremy Nicholson, Senior Advisor, EEF, Energy Intensive Users Group, Chairman’s Opener
10:10 Peter Sharratt, Director – Sustainability Services, SBP (spin out Deloitte), Guiding future investments for property, infrastructure & sustainability needs
10:20 Audience Collected intelligence, Comments & questions for day speakers and panellists from audience – one minute each
10:50 Dr Bernard J Bulkin, NED, Ludgate Investments (former Chief Scientist BP) & Cambridge Univ., Keynote: The Energy Trilemma
11:10 Panel with speakers and chair

Morning coffee & showcase of products and services

Session 2 Fracking in Focus
Professor Andy Woods, Lead Scientist, CU BPI, Science & the Risks and rewards of fracturing for shale gas
Marieke Beckmann, Research Lead National Physical Laboratory, CCM, Emissions measurement in fracking
Dr Tony Smith, Technical Director SLR Consulting Separating Myth from reality – Fracking and the social licence
Joel Price, COO San Leon Energy, Experiences of shale development in the EU
Michael Bradshaw – Professor of Global Energy Warwick University Keynote: The impact of the US shale gas revolution on UK gas security
Panel with moderator Professor Woods CU BP Institute

Lunch networking & exhibition of products & services

Session 3 Energy markets: competition & pricing
Mike Wilks, Director Smart Energy Poyry, Energy market structure: could do better?
Hen Cooke & Emilia Melville Buro Happold, TSB-funded case study: domestic demand response & smart grids
Doug Stewart, CEO Green Energy UK, The role of alternative suppliers of energy
Ashleye Gunn, Programme Director Which? , Consumer policy and market solutions
Neil Pennington, Programme Director: Smart, rwe nPower, Keynote: Vertical integration, other structures and the real effects on energy supply prices
Panel with chairman

Coffee networking & expo of products & services

Session 4 Plenary Policy debate grids and energy: innovators | funding | regulation & reforms
Dora Guzeleva, Head of Network Policy Ofgem, How regulation can be a win-win for stakeholders
Ian Ellerington, Head of Innovation, DECC, The key role of innovators in changing the energy industry
Steve Dawson, VP / Dr Mark England, EVP Smart Grid, Sentec, Routes to market for energy innovators
Pilgrim Beart, Founder, AlertMe, Keynote: UK energy management innovation in global markets
Panel with Chairman – followed by Chairmen’s summaries

Drinks networking

VENUES
Murray Edwards College, Buckingham House Conference Centre, Cambridge, England, CB3 0DR – state-of-art tiered auditorium, excellent, light networking & exhibition spaces, meeting areas, great food, plentiful coffee. CIR invites you to become one of the best business delegates in the world, nurturing your business development and personal and corporate success by leaning into the value network & having fun at the same time. And the Roundtable Dinner is at King’s College, Cambridge. It doesn’t get better than that!

Once upon a time, there was an old power grid…

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Once upon a time, there was an old power grid.
Every day, the grid creaked under more strain and got older, less reliable and more stretched.
One day, people said – we want more renewable power on a grid that enables demand response so it doesn’t fall over, and wherein energy is affordable for consumers. This set of requirements caused even more problems. They then said: but we can fix this. We can make it better, more robust, affordable, smarter and cleaner.
Because of that, people who understand how they might improve things for this complex problem got together in conferences, briefings and workshops.
Because of that – they talked through issues and solutions and prioritised the plans for getting there safely.
Until finally, the Smart Grid became a reality!!!
6th Smart Grids & Cleanpower 2014
An excellent 2-day conference in Cambridge 3-4 June. The first day is an executive briefing day with experts giving in-depth talks, with private meetings, drinks, and culminating in a dinner roundtable at King’s College Cambridge.
The second day is a two-stream business conference with short talks and long panels, amid great speakers and businesspeople and entrepreneurs. One stream on smart grids and the other on smart energy, including fracking and energy trilemma sessions.
Don’t miss out!