Smart Energy Catalyst Connecting the Smart City Home to the Grid

Champions: BC Hydro, Birmingham City UniversityParticipants: BaseN, Esri, Infonova

What is showcased?• Building on previous award-winning catalysts, Live! 2015 continues to show how TM Forum members

can leverage telecom-centric investments and products into the utility domain

• How utilities can benefit from incorporating these digital products and services in the energy grid to make it vastly more intelligent: a “Smart Grid”

• Demonstrates a series of end-to-end use case flows as key drivers to the build out of Smart Energy projects and Smart Grids

• Adds two new use cases and demonstrations for Live! 2015• Ties the Smart Energy catalyst closer with Smart Home, Smart City, and Connected Car concepts

• Identifies the integration points and digital handshakes that are necessary to on a large scale connect energy, utilities, grid operations, service providers, and vendors with customers and consumers in a digital services-enabled Smart Grid, and how these are mapped to TMF’s Frameworx assets

• Shows 2015 input to creation of new relevant Frameworx assets

Summary

Champions:

• Smart Home Energy Automation System, providing “away” energy savings for homeowners, and also incorporating a

“Smart Groceries” service (G)

• Smart Energy/Telco Reliability, with preemptive mgmt of grid-to-network dependencies, and critical customers (C2)

• Setup and or change of utility service, such as roll-out of Smart Meters, or adding or replacing solar panels (A)

• Variable energy usage, for example energy-consuming appliances and EVs, and impact on billing (B)

• Large, widespread fault and grid outage, such as during extreme weather (C)

• Coping with variable energy sources, including using solar, wind, hydro energy, and EVs (D)

• Demand Response, for example remote control of residential energy usage (E)

• Energy theft, for example at a residential location (F)Blue = Demo + StoryboardGreen = Storyboard

What is showcased?Use Case Flows Explored and Demonstrated

Participants:

New for Live! 2015

Smart Energy Catalyst “Library”

Background: Why Smart Energy?

Ever-increasing energy consumption, population growth, energy prices skyrocketing

Climate change.. dramatic increase in renewables, management of fluctuations, consumers expect “smarter” energy

Coping with disasters.. shorten time to recovery, efficient fault detection and repair

Energy theft.. comparing predicted usage versus actual usage to find discrepancies

Digitized energy management and a new integrated energy grid and IP/ICT-based communications fabric is needed: “Smart Grid” - in turn comes with its own challenges: eg consumer acceptance, security, micro-grid management, etc

Opportunity for TMF members to leverage proven competences and technologies to enable Digital Service Providers to grow in the electric utility domain…but few established standards exist yet

Several major utilities have announced their keen interest in working with TMF to define and produce a utility centric catalog version of Frameworx standards artifacts that will be specifically applicable to digital energy services and Smart Energy Operations

…and the Opportunity for TMF Members

What is showcased?Multi-Cloud Functions Covered in Use Cases

• IP/ICT network/energy monitoring

• Route cause and impact analysis

• Device control

• Billing/revenue management

• Customer/account identification

• Mapping/location identification

• Dashboard

• Workforce/dispatch management

• Orchestration• Provisioning/

configuration

• Grid control

• Inventory management

Integrated solution dashboard:

Team X

Summary:

• New Smart Home Energy System providing solution for automated “away” energy savings for homeowners, and for example also incorporating a “Smart Groceries” service

• “Digital handshakes” and handover of core data between functions in a complete use case flow• Includes and integrates the following functions from the following participants:

• User account, energy price, and billing management – Infonova• Device, sensor, and appliance monitoring and control- BaseN• Graphic status view, geofencing and tracking of home owner – Esri• Home, appliance and energy consumption monitoring – BaseN • Geo spatial view of home owner and appliance/alarm status – Esri

Core value proposition:

• Integrate separate systems (security, energy management, etc) into a comprehensive automated home energy management system. Primarily based on benefits derived from integrating these separate systems in to a single package offering. The Smart Home market is estimated to reach over $58B by 2020.

G) Smart Home Energy Automation SystemExecutive Description

1a) Home owner departs house and drives to work. BaseN detects car motion and notifies Esri

8b) Esri geofence detects car approaching house and notifies BaseN

2a) Esri monitors geofence, detects car departing neighborhood, and forwards information to BaseN

4a) Infonova provides devices mapping for “Away” status to BaseN

3b) BaseN perform refrigerator audit. BaseN sends list of needed groceries to mobile phone app

6b) Esri geofence detects departure from grocery parking lot and passes information to BaseN polls home devices for status

7b) BaseN provides home device status and adjusts settings as appropriate

5b) Home owner exits grocery store. BaseN detects car motion and notifies Esri

= Digital Services/APIs & Frameworx Mapping

9b2) BaseN switches devices to “Home” status(deactivate alarm, turn on lights, etc)

Use Case FlowchartG) Smart Home Energy Automation System

1b) Home owner departs work. BaseN detects car motion and notifies Esri

2b) Esri monitors geofence, detects car departing office and forwards information to BaseN to perform refrigerator audit

5a) BaseN resets devices to “Away” settings

3a) BaseN polls home motion detectors to determine if home is vacant and status of alarm, thermostat, etc. and notifies Infonova

4b) Mobile phone app alerts driver and provides route to nearest grocery store. Note: *Separate App & Service*

9b1) Infonova updates account and history log

Frameworx Mapping – Initial Sequencing (a)

G) Smart Home Energy Automation System

Frameworx Mapping – Initial Sequencing (b)

G) Smart Home Energy Automation System

Frameworx Mapping – APIs and SID ABEs

G) Smart Home Energy Automation System

From To Description SID ABE ODE API

BaseN ESRI Motion detection notification Location

ESRI BaseN Location departure or arrival notification Location

BaseN Infonova Occupancy and device status notification

Location, Resource Configuration

Infonova BaseN Device mappings Resource Configuration

BaseN App Grocery list

Frameworx Mapping – Business Process Framework (eTOM)

G) Smart Home Energy Automation System

Smart EnergySmart Energy & Open Digital Program

2015: Input to Creation of New Relevant Frameworx Assets

Use Cases

Business ScenariosB2B2X

Business Model Canvases

Digital Services Toolkit

Digital Services Reference Architecture

As a…I want to…So that…

Process Flows, Process Elements, Sequence Diagrams, Touch Points, APIs

Smart Energy -> Digital Services Toolkit

• Problem Statements and Business Model Canvases define stakeholder (Actor) Viewpoints

• Business Scenarios aggregate Use Cases to achieve a specific business goal

• Use Cases can be linked to Sequence Diagrams and/or to Process Flows

• Process Flows aggregate Process Elements• Both Sequence Diagrams and Process Flows can be

linked to Touchpoints• Touchpoints can be linked to APIs• There are many more inter-Component links not shown

here, many of which are already relatively well developed, eg:

• Process Element to SID ABE• API to SID ABE and Process Element

• Further work will identify the most appropriate linkages for Metrics

Structure Overview

Business Model Canvas Smart Energy Overall

Smart Energy Catalyst

Come See Us!