Top Banner
© Confidential & Proprietary, StretchSense Ltd Energy Harvesting for self-powered wearables: → Lessons from the front-line of product development Heath Milligan, Global Sales Manager @heathmilligan www.stretchsense.com @StretchSense
9

Generate Energy Through Body Movement To Power Wearables

Apr 11, 2017

Download

Technology

Mark Sloane
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Generate Energy Through Body Movement To Power Wearables

© Confidential & Proprietary, StretchSense Ltd

Energy Harvesting for self-powered wearables:→ Lessons from the front-line of product development

Heath Milligan, Global Sales Manager @heathmilligan

www.stretchsense.com @StretchSense

Page 2: Generate Energy Through Body Movement To Power Wearables

© Confidential & Proprietary, StretchSense Ltd

1. Sensors will be everywhereWearables demand it. The IoT demands it. AI demands it. VR demands it.

2. The human world is soft

3. To make this happen is hard

Our belief

Shin Park
Just from judging on slides alone, its not clear how this relates to EH. Also I think there needs to be a visionary/attention grabbing slide to get people excited about the next 20 min
Shin Park
Imagine a world of smart clothing that is self powered you don't even know it is on
Ryan Hawker
I agree with Shin, everything here => but imagine it self powered, no plug-in charging and fully integrated.
Page 3: Generate Energy Through Body Movement To Power Wearables

© Confidential & Proprietary, StretchSense Ltd

Who do we work with and why?

AR/VR Smart garments Consumer wellness

Shin Park
My suggestion, you can take it or leave it, is to just talk about the wearables and consumer wellness industries where EH is relevant. Might be better to stay focused on the theme and talk to product managers working on EH not other industries.
Page 4: Generate Energy Through Body Movement To Power Wearables

© Confidential & Proprietary, StretchSense Ltd

What technical requirements this drives

Sports Wearables / Smart Garments Consumer wellness / Physiotherapy

• · Light and small• · Integrated on soft textiles• · Waterproof & washable• · Wireless power and charging• · Launch FIRST

• · Soft and durable• · Ultra low power electronics• · Simple physical switches• · No battery recharging or

replacement• · Low-power radio communication• · Ensure long-term user compliance

Page 5: Generate Energy Through Body Movement To Power Wearables

© Confidential & Proprietary, StretchSense Ltd

Why do Energy Harvesting?

• Avoid LiPo disasters

• Chargerless experience

• Extend battery life

• Power where you need it = less cabling

• Increased adherence / stickiness

Or why not:

• AC/DC power accessible

• Coin-cell batteriesare SO cheap

• Wireless charging getting better

Page 6: Generate Energy Through Body Movement To Power Wearables

© Confidential & Proprietary, StretchSense Ltd

When is StretchSense soft Energy Harvesting a fit?

• You need a chargerless user experience

• The device/garment is soft

• Your electronics are low power

• Natural body movement

Page 7: Generate Energy Through Body Movement To Power Wearables

© Confidential & Proprietary, StretchSense Ltd

How does StretchSense Energy Harvesting work?

Page 8: Generate Energy Through Body Movement To Power Wearables

© Confidential & Proprietary, StretchSense Ltd

Where to start from:

Antoni Harbuz
Remove this image I think - kills focus on the development infographic
Page 9: Generate Energy Through Body Movement To Power Wearables

© Confidential & Proprietary, StretchSense Ltd

Heath MilliganGlobal Sales Manager

415 800 [email protected]

Q&A