10 December 2012

Dr. Shani Keysar Founder; CEO

MAGEEP Mumbai, INDIA

Mission statement Sol-Chip target to become a leading company for

alternative & sustainable energy provider of solar battery for low power applications Sol-Chip will promote the importance of alternative

energy products for the economic, social and environmental well-being of all market sectors

Looking for Alternative Energy Sources

How can we replace toxic batteries and deliver green power? • Major environmental hazard

• Limited life

• Expensive

Replacement costs ~$1 billion in 2013*

*OnWorld Research

3

The Need: Continuous Power SolChip™ Solar Battery

SolChip™ Solar Battery provides power forever 4

SolChip™ Solar Battery

Charger

Voltage Regulator

Power Converter

+

+

5

The Sol Chip Green Solution

Solar Cells (PV)

Electronic Device (VLSI)

+

Smart, small, integrated solution

Competitive Advantages

• Eliminates the need to replace batteries

• Improves overall power efficiency

• Saves the environment

• Small/simple/robust solution

A powerful, cost-saving solution 6

Application’s Power Consumption

Energy Harvested by SolChip™ Solar Battery

7

• Agriculture

• Smart Power Grid • Smart Buildings / Cities • Transportation • Security & Safety • Electronic Shelf Labels

• Asset & Personnel Tracking

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Low Power PV Applications (Examples)

Automatic Parking

Smart Meters Transportation

Sensors

Smart House

Source: Libelium

Source: Banner

SolChip™ for Better Agriculture

Sol Chip is not a dream – it’s ready to launch.

•Drip irrigation system: sensors used for humidity levels (in

several depths) and the percentage

of fertile substances in the soil

•Milking cows’ biological sensor: transmits indications of the

cow health and heat a few times per day

•Herd’s positioning: Global Positioning System receiver (GPS)

and a long distance transmitter

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• Monitoring of sea and beaches

• Forest fire prevention and detection

• Chemical/biological detection

• Detection of Insects

• Climates Changes

• Parks & Rivers monitoring

• Disaster relief: volcanoes, landslide

• Biological, Earth, and environmental monitoring

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SolChip™ for Better Environment

Climate Sensor

Ztrap

Source: Crossbow

Source: MicroStrain

Source: Spensa

Environmental Monitoring Sensor

Future Market Segments

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Internet of things (M 2 M, Smart Society) – wireless connectivity

Smart Dust – wireless monitoring

• Smart Power Farming • Smart Buildings • Transportation (Smart Parking) • Security & Safety • Electronic Shelf Labels

• Asset & Personnel Tracking

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Smart Cities

Automatic Parking

Smart Meters Transportation

Sensors

Smart House

Source: Libelium

Source: Banner

Smart Power Grid - Less OPC (Overall Power Consumption) “Smart Grid’’ interconnected, and interactive electrical network , combined with alternative energy sources . Network intelligent will require - Wireless Sensors Networks (WSN)

Sol-ChipTM enhance WSN with simplicity and autonomy Outcome: optimal grid Operation with less energy waste and less Greenhouse Gases

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Source: Schneider Electric

Adv. Parking Sensors (APS)- Less Greenhouse Gases Smart parking offers a complete ecosystem to congested cities from the sensors in the ground to the mobile apps.

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Optimize parking availability, reduces CO2 emissions by saving fuel and minimizing traffic jams. Sol-ChipTM enhance WSN and Improve quality of life, environmental impact, and revenue.

Source: Steerline

Business Model Sol Chip

Integrators (Netafim, Herd Management, Magal)

Environmental

Foundries

Smart Buildings

Security

Agriculture Farming

“The clean energy jobs at this plant are the jobs of the future” [B. Obama, may 2011]

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Sol Chip at a Glance

Sol Chip is not a dream – it’s ready to launch

• 7 experts in: management, business, semiconductors

• Transfer to Pilot Production has started

• Conditional PO of $1.3M & 4 LOIs with potential customers

• 4 patents +1 paper : process, design, implementation

• Total funding to date: $2M Chief Scientist of Israel, Trendlines, Israel Electric Comp, Angels, Investment bank

• Winner: US-Israel Entrepreneurship award

• Nominated by EETimes as one of 60 HOT Startups to watch

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Board of Directors

A leading management team

Board of Directors • Moshe Kelner: Chairman of the Board • Dr. Shani Keysar: Founder & CEO • Rami Friedlander: Founder, VP Business Development & Applications • Yossi Ron: Active board member, Trendlines COO • Steve Rhodes: Board member, Trendlines Chairman & CEO

Advisory Board • Prof. Yosi Shacham: Director, Tel Aviv University Research Institute for Nano

Science and Nanotechnology • Dr. Doo Young Yang: World-renowned PV and semiconductor expert • Doron Simon: Former GM Tower USA, Business development, US • Danny Hacohen: Business development, Far East

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Thank you!

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Dr. Shani Keysar

Mobile: +972-52-3533264

E-mail: shani@sol-chip.com

Web: www.sol-chip.com SolChip™ is a trademark of Sol Chip Ltd. All other trademarks are the property of their respective owners. © 2011-12 Sol Chip Ltd. All rights reserved.

580M Units @ 2012

1.01B Units @ 2022

780M Units @ 2017

* IDTechEx Energy Harvesting and Storage for Electronic Devices 2012-2022.

Market Size by 2017

Low-power Batteries TAM 9.6B units

Solar Energy Harvesting

SAM 780M units

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Smart Power Grid

Water, Gas & Power

Smart Meters

Smart Power Grid

Source: mapawatt

Source: energyboom

Source: girish-deshpande

SolChip™ Energy Harvester

A powerful cost saving solution 22

A unique Photo Voltaic (PV) cell which produces six selectable voltage levels in the range of 0.7 volt to 8.4 volt Each selectable voltage delivers a different current Maximum power extracted in full day light is ~10 mWatt Several voltage and power levels can be delivered simultaneously

Photo Voltaic Cell Basis

Fig. 1: Schematic Band-gap of a p-i-n junction

solar cell

Alternative Energy Sources for Agriculture

How can we help the plant to feed the increasing population and deliver green power?

• Use precision agriculture: wireless sensors mesh network • Current solutions use batteries : Major environmental hazard, Limited Life and Expensive

Replacement costs ~$1 billion @ 2013*

*OnWorld Research

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What is Mesh Networking for Agriculture?

• Sensing device which tracks several parameters

• A wireless communication component (transceiver)

• Wireless sensors spread in the field with small distances

• Transceiver : sends receives

data/commands from neighboring

sensors through central base station

Mesh Network – Fits Precision Agriculture Needs

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The Technology

Apply amorphous Si PV on top of IC , based on known

materials and processes to the semiconductor industry

• Generic Module easily adapted to all technology nodes

Sol Chip IP unique and green

Solar Energy For Mesh Networking • Solar energy provides higher energy compared to other alternative energy

sources

• Current solution: a solar panel in addition to several power management components

• Current solutions are: large in size, introduce reliability risks, impact power efficiency and consume a relatively large amount of power in order to operate.

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