Understanding the future of smart indoor environments, and how to power them. Rory Timlin General Manager

Understanding the future of smart indoor environments, and how to power them Rory Timlin General Manager [email protected] +353 86 604 7748 Over...
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Understanding the future of smart indoor environments, and how to power them Rory Timlin General Manager [email protected] +353 86 604 7748

Overview The world’s best technology for harvesting

energy from

indoor light. Our customers have great wireless

applications to improve how indoor environments are managed. These applications are constrained Only SolarPrint can enable

by Access to Power.

the self-powered, intelligent, wireless devices they need.

Indoor Environments Commercial

Residential

Retail

Healthcare

Made “Smart” by Wireless Devices Sensors…

Controls…

….Manage Energy

Displays…

…Manage Comfort …Manage Information

That all need power Mains Wired

Disposable Battery

Energy Harvesting

Power Access – A Problem Current Wireless Device Power Access

Mains Wired

+

=

Wireless Sensors Smart Homes

Wireless Controls

Disposable Battery Dirty & Limited Life

Limited power & design

Market Penetration Constrained Smart Buildings

Constraints Inflexible & Costly

Amorphous Silicon

SolarPrint Partners & Customers

Wireless Displays Future Applications

Limited Access

Smart Retail

Smart Healthcare

Solution - SolarPrint Platform Size

58 x 48 x 2.5mm

Beats Wired

Power

210 μW @ 200 lux

Release

Q1 2013

• •

Installation Cost Flexibility

Optimised & Tuned DSSC

Beats Disposable Batteries

Highest power indoor light harvesting • •

50% more power than the best alternative (aSi) Energy of 3 coin cell batteries per year

Roadmap for indoor power & design • •

100% more power than aSi by 2014 Printable process for custom designs & shape

Highest Indoor Power

Custom Form Factors

Fully Scalable

• • •

Maintenance Cost Functionality Clean

Beats Amorphous Silicon • • •

Rapid Design-in

More Functionality Lower Light Operation Data Fidelity

Many Applications

Market Size – Light Energy Harvesting Wireless Sensors

• • •

C0₂ Multi-Sensor PIR Sensors Multi-Sensors

€400m Market Size for Light Energy Harvesting (2016)

Wireless Displays

Wireless Controls

• • •

Door Locking Thermostats Switches

€450m Market Size for Light Energy Harvesting (2016)

Sources : BCC Research, SolarPrint Bottom-Up



Electronic Shelf Labels

€350m Market Size for Light Energy Harvesting (2016)

Future Applications

• • • •

Medical Sensors Industrial Sensors Smart Displays Hand-held devices

Billion € Opportunities

Customer Traction SolarPrint DSSC product purchased by 30 commercial partners

Tier 1 OEM Customers

Tier 2 OEM Customers Sensor Prototyping and Device Integration Projects

Development Partners

SolarPrint Technology Platform Wireless Sensors

Wireless Controls

Wireless Displays

Applications

Reference Designs with Industry Partners IP & Know-how in unique DSSC process techniques

Power Management Fabrication Process

Design Flexibility

Unique Form Factors for custom projects Patent in DSSC Design for indoor light JDA for indoor light specific electrolyte

Optimised Indoor Energy Harvesting

IP & Know-how in DSSC for indoor performance - Materials formulation - Materials combination - Layer Structures

Competition – Other Indoor PV SolarPrint DSSC – leading indoor Energy Harvesting Maximum Power Cell Comparisons under Fluorescent Conditions Maximum Power Density mW/cm2

0.070 0.060

0.050 0.040

Organic

0.030

a-Si

0.020

DSSC

0.010

SP Latest

0.000 100

350

750

1750

Illuminance range (lux)

Texas Instruments Indoor Energy Harvesting PV analysis, Presented at PVSEC, Hamburg 2011

Team Rory Timlin

Dr. Mazhar Bari CTO (20 years in Nanotechnology and Commercialisation)

General Manager (15+ years in Tech Programme Management)

Manage

Donal Murphy

Maja Sourdaine

Finance Director (Chartered Accountant)

Senior Materials Eng. (10+ years in materials)

Mike Dolan Senior Process Eng. (30+ years process eng & manufacturing)

Develop Process

Dr. Marin Gheorghe Senior Chemist (30+ years in materials dev)

SolarPrint

Core R&D

Develop Markets

Roy Horgan Business Dev. Director (ex-Financial Services)

Dr. David Jeng Technical Director (30+ years in solar industry & device engineering)

Business Model ….Develop IP

Product Innovation IP & Know-How in DSSC Chemistry, Design & Process Develop higher indoor power devices that are fully scalable

….Develop Markets

Commercial Target Markets where higher indoor power & device design command a defendable premium

….Develop Scale

Manufacturing Outsource Production to Manufacturing Partner

Funding & Value Creation Product Release

Market Seeding

Outsourced Manufacturing

Process Dev

Product Enhancement

Company Value

5

€5m raised to date • Private Investors • Enterprise Ireland • Kernel Capital (VC)

4

Break-even

Outsourced Manufacturing Volume capacity ready

3

2 1

Last Round

Commercial Validation

Product Launch

Product Design-In Complete Process Fully Automated Manufacturer in place

Product Market-ready Customer Pipeline in place

2012

Funding Requirement

2013

2014

€3 million

2015

€5 million

Thank You & Questions

Rory Timlin General Manager [email protected] +353 86 604 7748

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