Smarter Energy, Infrastruture service, consumtion analytics and applications

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Presentation on aspects of Smart eEnergy research within the Energy and Environmental Analytics research group of the OeRC, 18/10/16

Science

1
Smarter Energy -
Infrastructure services, consumption analytics and
applications
Prof David Wallom
Oxford e-Research Centre, Oxford University

HPC Engine and Storage
Next Generation Infrastructure
The Smart Grid
High Speed Communications System
Service
Restoration
Voltage
Control
Condition
Monitoring/
Data
Mining
Distribution
System
State
Estimation
Distribution Management System
Smarter Distribution
Computation and Data
as a Service
 Distribution System
State Estimation
 Service Restoration
Algorithms
 Condition Monitoring
 Voltage Control

Advanced Dynamic Energy Pricing and Tariffs (ADEPT)
Normalised daily
power demand
profiles for all
businesses by
sector
An illustration of the
differences between the tariffs
used and the typical variation
of the RT
How complex can and should a dynamic energy tariff be?

W I
CK
ED
http://www.energy.ox.ac.uk/wicked/
Analysing commercial energy consumption

W I
CK
ED
http://www.energy.ox.ac.uk/wicked/
What effects do large energy efficiency projects have?

W I
CK
ED
http://www.energy.ox.ac.uk/wicked/
What contributions to my overall energy consumption
do different store types make?

W I
CK
ED
http://www.energy.ox.ac.uk/wicked/
Which of my property portfolio should I
concentrate investment on?

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CK
ED
http://www.energy.ox.ac.uk/wicked/
Where should I be looking examples of best
practice?

DIET – Data Insights against Energy Theft
• ~£400M in theft per year
• £8 - £20 per property per year
• Smart Metering only commercially
viable by reducing human
interaction.
• Data Insights against Energy Theft
(DIET)
• 2 year Innovate UK
• British Gas(Lead), G4S & EDMI
• 300k meters per day, commercial
customers
• 48 half-hour kWh readings per day
• Details of 200 confirmed theft events
provided by partners ‘on demand’
• How to scale to near real-time for
50M meters?
• ~50k potential theft triggers per day

What can analytics say about energy usage?
• Turning Data into Actionable Information;
– Supporting network functions
– Predicting and classifying costs when there is a shift in the type of tariff, e.g. shifting to a
real-time tariff from a fixed price tariff.
– Clustering of load profiles, determining behaviour type and/or consumer response
– Determining fundamental drivers of energy consumption

The document discusses the importance of smart grids in making Europe's energy supply more sustainable, competitive, and secure. It notes that smart grids can help integrate intermittent renewable energy sources by enabling two-way communication between electricity producers and consumers to better balance supply and demand. The document calls on the European Commission to establish standardization and regulatory frameworks to help overcome barriers and kickstart the development of smart grids in Europe. This includes providing data on grid performance to support renewable energy and establishing a common grid code to facilitate cross-border electricity trading and balancing of intermittent sources.

Competitive metering in the National Electricity Market

NSW Environment and Planning

The document discusses recent changes to the competitive metering framework in Australia's National Electricity Market. It provides an overview of the market governance arrangements and the rationale for introducing a retailer-led competitive metering model. Key issues that will need to be considered in implementing the new framework include roles and responsibilities of retailers, distributors and other parties; consumer protection measures; transition issues; and specification of advanced metering functionality. The document also notes how the competitive metering reforms relate to the broader Power of Choice agenda and changes to distribution network pricing. Implementation of the new competitive metering framework will follow a timeline of submissions, draft and final determinations by the Australian Energy Market Commission over 2015.

SCE smart grid development, Paul De Martini, SCE

University of Southern California

SCE is investing $1.5 billion to develop a smart grid by 2020 to help meet renewable energy and emissions reduction goals. The smart grid will integrate renewable energy, storage, electric vehicles and demand response programs. It will empower customers through smart meters and use automation, sensors and monitoring to optimize grid operations and integrate new technologies like renewable energy and storage. SCE's strategy focuses on collaborating with partners to develop and adopt emerging technologies to deliver environmental and customer benefits.

Future Grid Forum

NSW Environment and Planning

This document discusses scenarios for Australia's electricity grid in 2050 and the transition underway. It outlines four scenarios: 1) modest renewable adoption with "set and forget" demand management; 2) widespread distributed energy with consumers selling excess power; 3) many consumers disconnecting from the grid with distributed generation and storage; and 4) large-scale renewable generation and storage with modest distributed resources. It argues the transition from centralized fossil fuels to decentralized renewables will profoundly change the electricity system and requires new regulatory, business and technology solutions to enable this transition over the next decade and achieve net-zero emissions by 2050.

Electricity In NSW Forum

NSW Environment and Planning

This document discusses challenges and opportunities in electricity distribution models in NSW. It summarizes that the carbon tax, mandatory feed-in tariffs, and other policies have cost customers over $2655 per customer over 5 years. It outlines Ergon Energy's strategic objectives to provide customer choice and control while keeping price increases below inflation. The document also notes excess generation capacity could be leveraged given falling demand, and that distribution networks are not being effectively utilized due to these changes. It proposes possible hybrid future models and reforming distribution to an open access platform that enables customer choice and drives energy productivity.

Future-proofing policy for electricity expansion from datacentres.

SustainableEnergyAut

Big Data in Smart Grid

Bilal Amjad

The Australian New Energy Consumer

NSW Environment and Planning

This document summarizes Accenture's research on energy consumers in Australia. It identifies several key characteristics of Australian energy consumers based on surveying over 50,000 consumers globally. It finds that consumers are divided in their preferences, with over half having no interactions with their provider in a year but over 40% preferring digital self-service. Consumers are also price-sensitive but willing to pay more for tailored products and automated energy management. The research shows digital channel users are more satisfied than non-digital users and consumers prefer low-touch interactions. It recommends that providers offer a seamless experience across channels and simplify their operations to better serve changing consumer priorities.

One of the key challenges in building mobile networks in emerging markets is access to reliable and affordable energy. Approximately 1.6 billion people live without electricity and another billion have unreliable access, yet mobile networks are still being built in these areas. Energy costs make up a significant portion - between 15-30% - of operational expenditures for mobile networks in developing countries. This course will provide an in-depth understanding of renewable energy technologies, economics, and policies relevant for powering telecommunications networks in emerging markets. Topics will include the operating principles and cost analyses of solar, wind, geothermal, and other renewable sources.

Leap Emerging Tech Speed Pitch

Jill Kirkpatrick

Smart Grid, Smart City

NSW Environment and Planning

The document summarizes the findings of a national cost-benefit assessment of deploying an integrated smart grid in Australia. It finds that some smart grid technologies, like substation and feeder monitoring (SFM) and fault detection, isolation and restoration (FDIR), have the potential to deliver significant economic benefits. However, full deployment of smart meter infrastructure (SMI) on a stand-alone basis is currently not economic due to capital costs outweighing operational savings. The assessment also examines the impacts of smart grid deployment on distributed generation and storage capacity, peak demand, electricity consumption, and strategic policy context.

Modelling DC smart nanogrids for local power distribution

Funseam - Fundación para la Sostenibilidad Energética y Ambiental

This document discusses the vision and challenges of implementing smart grids with hierarchical DC-based microgrids. It describes a potential architecture with nanogrids and picogrids powered by a 380V DC main distribution bus. Key challenges discussed include the need for standardized DC voltage levels, reliable DC circuit breakers and buses, and distributed control schemes like droop control. Modeling and control of the complex nonlinear converter systems is also highlighted as an important area of further research.

200TWh of Annual Energy Savings in Europe by 2020, part 1

MatsBerglind

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Justin Hayward

The document discusses the tension between policy makers and investors in energy markets. Policy makers aim to secure energy supplies and meet decarbonization goals affordably, while investors aim to earn returns by building the right plants. The mindset of policy makers has shifted from letting markets decide to more interventions. This has led to unintended consequences as policies interact in complex ways. The capacity mechanism intended to deliver capacity at lowest cost, but the market delivered more small-scale gas plants instead of larger CCGTs as policymakers expected. There is still expected to be a need for CCGTs through the 2030s, but policies risk suppressing their economics through over-reliance on other technologies, creating security issues if not addressed.

Power Electronics Market to Reach $25 Billion, Globally by 2022

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Perspective on New Zealand Smart Meter rollout

NSW Environment and Planning

1) New Zealand has rolled out smart meters across the country, called advanced metering infrastructure (AMI), which provides more accurate and timely electricity usage data. 2) AMI has enabled new time-of-use pricing plans for customers, improved two-way communication networks, and opportunities to mine useful information from usage data. 3) The rollout of AMI is part of wider electricity market reforms in New Zealand including improved customer switching, integration of distributed generation, and regulated guidelines for metering providers.

The SmartGrid concept: a way to increase energy efficiency

Funseam - Fundación para la Sostenibilidad Energética y Ambiental

This document discusses challenges and opportunities for smart grids. It describes smart grids as energy networks that can automatically monitor and adjust energy flows based on supply and demand changes. Key challenges discussed include control and protection, seamlessly integrating renewables, and advanced forecasting of generation, load, and prices. The document also outlines some benefits of smart grids like local reliability and reduced emissions. It provides examples of how technologies like wide area monitoring systems, real-time simulators, and forecasting models can help address challenges in developing smart grid systems.

Navetas Energy Management: Time for smarter thinking

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Green Bank Academy - TAM Analysis

CGC CGC

Calculating the Total Addressable Market (TAM) and the Serviceable Addressable Market (SAM) is key to understanding how market size changes in relation to subsidy level, technology cost, and financing costs. This presentation provides an introduction to these measurements and uses evidence from Connecticut's Green Bank (CEFIA) to show how these calculations can impact product design and green bank planning.

Decentralised Energy

EMEX

The document discusses digitalization of energy management and decentralized energy systems. It summarizes that increasing data volume is key to optimized energy management. Two major trends aiding this are electrification and digitalization to meet societal demands around issues like climate change and affordability. Examples provided include the Triangulum project transforming Manchester into a smart quarter using latest energy technologies and microgrids like one created at the University of Genoa campus.

The role of the regulator in the transformation of the electricity sector

SustainableEnergyAut

Smart Grid Aspects of the Winter Package: Facilitating a Flexible Retail Market

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Kostas STAMATIS Directorate-General for Energy European Commission WORKSHOP: “DEFINING SMART GRIDS: CONDITIONS FOR SUCCESSFUL IMPLEMENTATION” Session 1: Technical and regulatory aspects and recommendations for effective smart grids deployment under the provisions of the winter package Barcelona, 9th February 2017 Organised by TR@NSENER Consortium. TR@NSENER - European cooperation Network on Energy Transition in Electricity

Security and Privacy Challenges in SMART GRID.

SaiSampath16

The document summarizes a technical seminar presentation on security and privacy challenges in smart grids. The presentation introduces smart grids as networks that monitor and manage energy usage. It describes how smart meters are used to collect usage data from customers and transmit it to utility companies. However, smart meters pose security and privacy risks as they can be hacked to manipulate energy costs or fabricate readings. Additionally, the detailed usage data collected from smart meters could expose customer habits and behaviors, violating privacy. The presentation calls for regulatory protections and more security testing to address these challenges in smart grids.

CIR Conferences - UK Power Networks

Justin Hayward

UK Power Networks operates three distribution networks in the UK and is adapting to changes in the energy landscape. The summary is: 1. The energy system is changing significantly with increases in distributed generation, storage, electric vehicles, and smart technologies. 2. UK Power Networks is using innovation to support these changes and connect more distributed energy resources through projects like flexible connections and the UK's largest multipurpose storage unit. 3. They are transitioning their role from a distribution network operator to a distribution system operator to help manage a more dynamic grid and facilitate markets and flexibility as a alternative to network upgrades.

JAMESTEDD

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This document discusses energy storage and its importance for managing intermittent renewable energy sources on power grids. It notes that innovation in the EU power sector could be worth €70 billion annually by 2030. Energy storage technologies like batteries, pumped hydro, and power-to-gas can provide flexibility services to balance supply and demand and maximize the use of renewable resources like wind and solar that vary over time. The document examines opportunities for energy storage in Ireland and the EU to support increasing levels of wind and other renewable energy on the grid.

Josef Weber (Siemens): Scenarios for Future Internet Business@Energy

FIA2010

The document discusses future scenarios for the energy sector driven by factors like population growth, climate change, and scarce resources. It describes a paradigm shift towards generation of energy from distributed and renewable sources, requiring modernization of transmission, distribution and consumption. This includes smart metering, demand response, energy storage and management of intermittent renewable sources. New business models are seen providing energy services and analytics using ICT to cope with the growing complexity of energy systems.

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The document discusses smart grids and their advantages over traditional electric utilities. It defines smart grids as using information technologies to improve how electricity travels from power plants to consumers and allow consumers to interact with the grid. Some key benefits of smart grids mentioned are that they are information-based, communicating, secure, reliable, flexible, cost-effective, and dynamically controllable. The document also discusses energy storage options, major European companies involved in smart grids, in-home communication technologies used, and smart energy consumption concepts. It concludes that smart grids will significantly improve existing electrical infrastructure and enable new technologies and energy markets around household and power management.

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Editor's Notes