The document discusses Britain's Smart Metering Implementation Programme. It aims to install 53 million smart meters across Great Britain for gas and electricity by 2020 to help meet EU carbon reduction targets. The Data Communications Company will play a role in connecting smart meters using various communication methods. The programme is a complex undertaking that will provide overall net benefits of £6.2 billion over 20 years through increased energy security, demand management, better billing and switching services, and other benefits. Challenges to overcome include security, resilience, accessibility and standards.
APM Conference Manchester: Creating a new energy platform for the UK - Anthony Lewis
1. Creating a new energy platform for the UK
8th December 2016
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2. Britain’s Smart Metering Implementation Programme
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properties
30m
2m28m
domestic small non-
domestic
53m
smart meters
to be installed
across GB
2fuels
gas and electricity
in line with EU carbon
reduction targets
end 2020by
3-4m
1st generation smart meters
installed
4. Smart Metering connection methods
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400MHz
LRR
LRR
C+M
LRR
LRR
LRR
900/2100 MHz
2G/3G, GSM
C
C
C+M
C+M
C
RF Mesh
RF Mesh
Buddy Mode
9m homes
(75/ km2)
19m homes (150-
200/ km2)
5. Maximising coverage in the north
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Communications Hub
probability of coverage
is 95% across entire
cell
99.5% coverage
of North Region
premises
Add coverage overlap
for 78%
Communications Hubs
and probability of
coverage is 98.7%
+
Add buddy mode for
Communications Hubs
within 100m of each other
and probability of coverage
is 99.95%
+
6. A complex undertaking
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SMIP
Regulation
Administration& Governance
Core IT and telecoms
delivery
Device Manufacturers
Network Operators
Energy Suppliers
Consumer
Engagement
Policy & base
technical
standard (GBCS)
7. The Benefits Case
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• Energy security
• Demand management ability
• Contributes to the transition to a low-
carbon economy
• An end to estimated billing
• Better support for microgeneration /
exported energy billing
• Savings from better access to energy
tariff price information
• Facilitates the introduction of
reliable next-day switching
• Enables new smart consumer
products and services
• Outage detection and
management
• Granular consumption
information
• Network capacity savings
for consumers
for networksfor GreatBritain
• Less site visits required
• Accurate billing, resulting
in less enquiries
• Better service for customers
with pre-payment
• Supplier switching savings
• Reduced energy theft
for suppliers
£6.2bn
overall net benefits
over the next
20 years
14. Blending of Digital and Physical
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Gartner estimate:
6.4 billion connected devices in use worldwide in 2016
30.8 billion connected devices by 2020
Manchester is the UK’s Internet of Things demonstrator city:
Air quality monitoring
Connected bus stops
Bike sharing
Community wellness
Smart Grid:
Customer Led Network Revolution (Northern Powergrid / British Gas / Siemens)
Short feedback cycles to be able to test demand flexibility hypotheses at scale, using smart
meters and other connected devices
Distribution Management System ( Electricity North West / Schneider Electric)
• Three year project to help the distribution network identify problems, heal outages, and
smooth demand
15. Challenges to be overcome
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We like the shiny things, but it’s the unglamorous
enablers that make systems and services work:
• Security & Privacy
• Resilience
• Accessibility
• Standards and interoperability
16. Direction of travel in the energy market
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Increasing
flexibility &
liquidity
Increased consumer
engagement
De-regulation, and
government policy
Third Party Intermediaries and
switching services
Energy de-centralisation
17. Towards a smarter energy market
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Emerging Smart Energy Platforms
• UK Smart Meter platform
• Amazon Web Services IoT platform
Infrastructure as an enabler of new services
• Broadband infrastructure enabled streaming and personal cloud services and
brought about the demise of incumbents
Open and extensible wins
• Closed networks atrophy
• APIs and tools fuel growth
The market is developing rapidly – we
need to skate to where the puck is
going to be, not where it has been
DCC estimates between 3-4 million smart meters are now installed at a rate of 150-200k per month
Last installs 12 months after R1.3 (April 2017)
Long-Range Radio communications (LRR), which will be used by Arqiva in Scotland and the North of England. The LRR system uses infrastructure and technology similar to that already used for other important national communications networks, such as those for emergency services and keeping lifeboat stations connected. Communication towers communicate directly with Comms Hubs
Remote areas reached using ‘Buddy Mode’ which enables messages to be transmitted via another communications hub
There is provision within CSP’s ‘link budget’ to get radio signal from external to internal (to account for thick walls / foil backed insulation)
The Arrival of Smart Meters at the White Cloth Gallery in Leeds, by Sir Peter Blake (who co-designed the sleeve of the Beatles ‘Sgt Pepper’s Lonely Hearts Club Band’)
Innovations diffuse in the same way, over differing periods – rollout is scheduled to have occurred by 2020, but the Industry is already gearing up for what’s next
30 years for electricity and 25 years for telephones to reach 10% adoption but less than five years for tablet devices to achieve the 10% rate
It took an additional 39 years for telephones to reach 40% penetration and another 15 before they became ubiquitous. Smart phones, on the other hand, accomplished a 40% penetration rate in just 10 years,
Smart air-quality monitoring – Lamp posts and street cabinets will monitor air quality at different heights and locations, with data made available to the public.
With IoT-enabled bikes and e-cargo bikes to make “last-mile” deliveries along the bus and bike only Manchester corridor.
CityVerve will convert ‘flag and pole’ bus stops into safe places with location-based services, sensors/beacons, mobile apps and intelligent digital signage.
a network of sensors positioned in parks, along commuter and school routes will track the progress of individuals and teams competing against each other for physical activity and fun.
Smart Grid: (Northern Powergrid, British Gas, and Siemens – testing the impact of Solar PV, EV, & Smart Appliances on network - We also studied smart meter data from thousands of domestic customers, collecting valuable data on current and emerging customer load and generation profiles and used this to make recommendations to update industry network planning standards
Accessibility (usability and availability)
Standards and interoperability are the next fundamental challenge for the wider energy market if we’re to see widespread adoption
- The cost of PV is decreasing fast, as is the rate of adoption, outpacing policies based on facilities with decades-long lifespan
– value is now more important than contracts as it becomes ever easier to switch
Flipper doesn’t take commission – it charges a subscription of £25 but only if you achieve savings of more than £50
The energy industry since de-regulation in 1998 – a gradual loss of control
De-centralisation of energy production and supply
An increasing role in for Third Party Intermediaries (Uswitch / Moneysupermarket etc) and providers of automated switching services (Flipper / Voltz)
Energy companies are being forced to focus on value as government policy emphasises the need for increased liquidity in the marketplace
Smart energy platforms – adoption is easier if it can be easily absorbed, and if there is a clear job to be done
Infrastructure as an enabler of new services (Netflix, personal cloud applications, streaming services), and a threat to incumbents (Blockbuster, Nokia)