Australian Smart Water Utilities
22nd – 23rd March 2023
Information and Insights from smart metering data

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Taggle Smart Water Customer Outcomes Achieved in 2022

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Taggle monitors and digitises the end-to-end water cycle
delivering data & insights to enable councils and water utilities to:
Typical Water Utility Ecosystem
Example: SA Water
Reduce Leaks
Achieve timely accurate
billing
Increase consumer
engagement
Manage demand
Optimise water network
investment

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Taggle provides the end-to-end solution for the
water industry in Australia…
Network(s)
Data as a Service
Taggle
Installation &
Managed
Services
Taggle IoT
Devices “Tags”
fitted to
existing meters
& infrastructure
Taggle Aqualus Suite
Software as a Service
Integrated
Smart Meters
“Taggle
Inside”
Taggle
Professional
Services
…to achieve and demonstrate those outcomes

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Aqualus Digital Water IoT Ecosystem -An open, interoperable platform
that enables digital transformation of the end-to-end water cycle.

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Example: SA Water

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Usage on a Sunday
Large Regional City
Regional Area
Rural Area
Remote Area

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Usage on a Tuesday
Large Regional City
Regional Area
Rural Area
Remote Area

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60 day usage
Large Regional City
Regional Area
Rural Area

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60 day usage – Rainfall impacts

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Data that helps manage emergency situations
Boggabri is one of the towns
affected by floods
Tags coming online as flood recedes
All Tags work under water but can’t
be heard until they are not under
water (Same for all technology)
r

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Information that is relevant
Bruce Highway
North Queensland
View of Data

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Future
Integration to Asset Management and
ERP Solutions
Using various sensors
Vibration
Heat
Temperature
Noise
Generate work orders for reactive work
Feeds into Asset management solutions
Data
Asset
System
Condition
scores
Condition
Score
Asset Renewal
Profiles
CRM/ Work
order system

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Heat Information
Buffalo – Left, Providence – Rhode Island - Right
By choosing cities that are similar in size, and situated in similar environments, researchers can better compare city develo pment
patterns and their corresponding urban heat islands.
The researchers found that Providence has a denser development pattern than Buffalo, and a greater heat island effect.
About 83 percent of Providence is densely developed, whereas just 46 percent of Buffalo is densely developed.
Providence has surface temperatures roughly 12.2 degrees Celsius warmer than its surroundings, whereas Buffalo has surface
temperatures just 7.2 degrees Celsius warmer than its surroundings.
Heat has an impact on health
Meter store temperature hourly

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Smart City - Parks
Ground Humidity
Data
Soil moisture
Sensor
Level sensors
Dashboards
Water Allocated based on
recommendations
Air Temperature
Data
Weather
Forecasts

Q&A

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Taggle Systems
14 Junction Street
Marrickville NSW 2204
02 8999 1919
enquiries@taggle.com.au
WATCHING EVERY DROP...