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energy, pow er & intelligentcontrol Smart energy monitoring - from research to commercialization 1 Dr Jing Deng Energy, Power and Intelligent Control School of Electronics, Electrical Engineering and Computer Science Queen's University Belfast 23/11/2015 [email protected]
23

Ucd 2015

Jan 14, 2017

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Jing Deng
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Page 1: Ucd 2015

energy, power & intelligent control

Smart energy monitoring - from research to commercialization

1

Dr Jing DengEnergy, Power and Intelligent Control

School of Electronics, Electrical Engineering and Computer ScienceQueen's University Belfast

23/11/[email protected]

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energy, power & intelligent control

Content2

1. Background.

2. Proof of concept

3. Commercialization

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1. Background

“Thermal Management in Polymer Processing”

£424,868Mar 2010 - Mar 2013

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1. Background

Melt pressure

Melt temperature

Feed rate

Barrel temperature

Screw speed

Viscosity

4

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Killion KTS-100 laboratory single-screw extruder

Geometrical screw parameters

DC motor power (kW) 2.24Screw diameter (mm) 25No. of barrel temperature zones 3Additional temperature zones connected

3

Operating speed range (rpm) 0-115

Extruder Specifications

2. Thermal energy monitoring - the extruder1. Background

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2. Thermal energy monitoring - the heating and cooling

Zone 1, Heating band1.296kw

Zone 2, Heating band1.267kw

Zone 3, Heating band1.238kw

Clamp ring heating band0.4964kw

Adapter heating band0.106kw

Controller circuit0.0016kw

Other circuits0.06kw

Cooling fan0.04637kw

Heating and cooling elements of the single screw extruder

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1. Background

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2. Thermal e1. Background

Unbelievable!

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“Integrating energy efficiency monitoring, control and optimization for plastics industry”

2. Proof of concept - the heating and cooling

£106,000Mar 2013 - Jan 2015

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2. Proof of concept - the heating and cooling

Version 2 Version 3 Version 4

Centralized monitoring Centralized monitoring Distributed monitoring

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2. Proof of concept - the heating and cooling

Analog input module Communication module Voltage and current module Relay signal module

Digital input/output module Temperature module BMS module Protocol converter module

Interface card for main controller

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2. Proof of concept - the heating and cooling

Web-based energy management system

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2. Proof of concept - the heating and cooling

Project website http://pointenergy.org/

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2. Proof of concept - the heating and cooling

Install signal acquiring board at Reduction plastics Ltd.

Isolated signal acquiring board

Main controller unit

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2. Proof of concept - the heating and cooling

Install signal acquiring board at Greiner packaging Ltd.

Install main controller unit logging data at Greiner Packaging Ltd.

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2. Proof of concept - the heating and cooling

Can we make money from it?

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3. Commercialisation - the heating and cooling

Business Model Canvas

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Value Propositions

• Component level data delivering factory level understanding

• Machine health information and monitoring

• Optimal machine interaction settings delivered after benchmarking process

• Cost saving potential in efficiency and energy

• End to end process data collection, storage and analysis

3. Commercialisation - the heating and cooling Customer segment

• Polymer processing companies• Food/drug processing companies• Chemical/metal processing• Machine manufacturers• Other industrial manufacturer

Revenue Streams• Hardware sale• Site specific consultancy service• Data service (Recurring)• Analytic platform software

license/subscription (recurring)

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3. Commercialisation - the heating and cooling

Get Out of the building!!!

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3. Commercialisation - the heating and cooling

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3. Commercialisation - the heating and cooling

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3. Commercialisation - the heating and cooling

Timing Idea Team Planning Funding

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2 videos

Lessons learned

Technical

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Questions ?

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Jing DENGEPIC Research Cluster

[email protected]