How do you Know

you’re Getting what

you’re Getting?

MACRUC 22nd Annual Education Conference

Measurement and Verification 2.0.

Software to Measure Savings

Measurement and Verification 2.0.

Software to Measure Savings

4

Data EM&VGoals, Compliance,Lost Revenue

Why M&V Matters for Regulators?

Measuring energy savings is important

across nearly all jurisdictions

5

Costly

Slow

Sampling

EM&V Today

Deemed= 200kwh x 10 =2000kwh

EM&V on Year 1

Year 2Year 1

2-6% of an $8 billion annual industry

6

Added Value

Continuous

Census

M&V 2.0

Metered

Continuous program improvement

Year 2Year 1

Automating costly manual tasks

7

What is M&V 2.0?

A defining criterion for automated M&V software is that it

continuously analyzes data as it becomes available.

New York Dept. of Public Service, EM&V Guidance, Nov 2016

“Floating Names

EM&V 2.0

Advanced

M&V

(NY REV)

Automated

M&V

(NEEP)

M&V 2.0

ICT-Enabled

EM&V

(ACEEE)

M&V 2.0 Overview

8

How Does M&V 2.0 Work?

Build weather-

normalized

models for each

customer

Compare changes in

usage for treated

customers vs. overall

population

Repeat analysis

for all customers

with each new

addition of data

Generate

dashboard of

findings, analytics

and actionable

insights

M&V 2.0 Overview

9

-1000

-500

0

500

1000

1500

2000

2500

3000

3500

Feb-15 Apr-15 Jun-15 Aug-15 Oct-15 Dec-15 Feb-16 Apr-16 Jun-16 Aug-16 Oct-16 Dec-16

kWh

per

Pre

mis

e

Calculation Date

“Measure-as-you-Go” ExampleOngoing savings estimates with no bias correction are unreliable

Annualized

savings as

calculated in

Dec 2016

Annualized

savings

without big

data

Annualized

savings as

calculated in

July 2015

PY 2015

10

EE as a DER: Mapping Savings on the Grid

M&V 2.0 Overview

11

Contractor Performance MattersPhoto from investigation by Boston based TV news team on State EE Program

Insulation

spilling from

walls after

residential

retrofit. Mold found in attic after

insulation installation

12

Case Study: Arizona Public Service

60+

independent

contractors

Continuous monitoring of

programs and contractor

performance

Challenge

Managing a large

network of contractors

Solution

Monitor performance of

individual contractors

13

Case Study: Contractor Scorecard

Challenge

Contractors are unaware

of their project

performance

Solution

Issue scorecards to

contractors to

communicate

performance of projects

Jake OsterSr. Director; Regulatory Affairsjake@energysavvy.com802-598-1175

How do you Know

you’re Getting what

you’re Getting?

MACRUC 22nd Annual Education Conference

How do you know you're getting what you're getting?:

How Technology, Software and Data are Modernizing Utilities

Presented to: MACRUC 22nd Annual Education Conference

Presented by:Elizabeth Watson Keddy, PE, LEED AP

June 2017

AQUADVANCED®

- Integration with Operations Information Systems

- Data Acquisition and Data Conditioning

- Consistent Platform for multiple Modules

- GIS Map-Based User Interface

- Intelligent Event Detection

- Contextual Dashboard

Water Networks

• Monitoring

• Hydraulic Performance

• Quality View

• Anomalies/Events

• Key Indicators

• Options

• Pressure

• Acoustic

• Smart Metering

• Thematic Maps

Energy

• Monitoring

• Anomalies/Events

• Forward Prediction

• Energy Usage

• Tank Cycling

• Real-time Optimization

• Options

• Automated Controls

• Dashboard

Wells

• Monitoring

• Well Performance

• Resource Management

• Key Indicators

• Local Optimization

Urban Drainage

• Monitoring Module

• System-wide View

• Hydraulic & Quality

• Real-time Weather

• Early Warning Module

• Modeling & Risk Prediction

• Advanced Control Module

• Real-time Optimization

• Automated Controls

The SUEZ Smart Water Solutions Suite

Drinking Water Sewer and Storm Water

AQUADVANCED™ Energy - How does it work?A system-wide solutions for advanced decision support

18 I

Confirm safe operation

with a real-time

hydraulic model

Demand prediction

Send commands

and set-points via

SCADA to pumps

and valves

Calculation of

optimised control

strategies

DATA ACQUISITION,

ANALYSIS AND FUTURE

PREDICTION

1 2 3REAL-TIME MODELLING AND

OPTIMISATION

ADVISORY AND/OR

AUTOMATED PUMP

AND VALVE CONTROL

Real-time

measurement

Seek better solution if

required

AQUADVANCED™ Energy - OverviewConnects to the Water Utility’s existing SCADA System

19 I

Demand zones

TanksWater

sources

Pump stations

Demand zones

Treatment

plants

Water Utility Central

Control System (SCADA)

AQUADVANCED™

Energy

AQUADVANCED® Energy - Operator Interface Summary

PNWS AWWA - Distribution System Monitoring20 I

AQUADVANCED® Energy – Pump Schedules & Tank Levels

21 I

AQUADVANCED® Energy – Energy Use per Facility

PNWS AWWA - Distribution System Monitoring22 I

23 I

Key figures

Serving 222,000 people

Producing 20-95 MGD

Over 80 sources of supply

$2 million annual energy spend

Case Study: Suez Water Idaho

Benefits from Aquadvanced Energy

5% energy savings

Operational consistency

Knowledge retention

Tank cycling for water quality

Tracking of water and power usage and cost

24 I

Benefits from Aquadvanced Energy

5% energy savings

Pressure management

NRW reduction

Simulated contingency planning

Coordinated maintenance scheduling

Case Study: Suez Water New Jersey

Key Figures

Serving 850,000 people

Producing up to 200 MGD

One major source of supply

$8 million annual energy spend

How do you Know

you’re Getting what

you’re Getting?

MACRUC 22nd Annual Education Conference