NEWS
Scientists explore potential of the human body and paper-thin printable batteries to power wearables
POSTED 20 Aug 2014 . BY Jak Phillips
Exciting progress is being made in the way wearable devices are powered Credit: Shutterstock
Batteries may soon be a thing of the past for low-power wearable technology devices, with the potential for energy to be generated from body heat and movement, plus ambient energy from the environment.

Researchers discussed the potential for new energy harvesting techniques at the recent Hot Chips conference in Cupertino, California. Although technology in the field is developing fast – with the powering of medical implants, monitoring sensors and disposable medical patches within reach – fitness wearables as we know them remain some way off.

“Energy harvested from the body and environment is in the microwatt range, so it can’t be used for smartwatches or fitness trackers, which draw milliwatts of energy,” said Yogesh Ramadass, lead design engineer at Texas Instruments, during a presentation.

But despite these common wearables facing a longer wait before they can banish batteries, exciting progress is still being made in the way these devices are powered.

Currently encumbered by the need to house bulky Li-Ion battery packs, smartwatches and fitness trackers could soon be sporting revolutionary designs thanks to a Californian startup working on flexible, paper-thin batteries. Imprint Energy has secured US$6m (€4.5m, £3.6m) in funding as it bids to bring its printable zinc battery to market.

The ‘ZincPoly’ battery is rechargeable, cheap to produce (due to the abundance of zinc) and has a lifetime comparable to its Li-Ion counterpart. Imprint Energy hasn’t put a timeframe on developments yet, but says the funding will help to hasten development as the firm bids to make its mark in both the wearable and internet of things markets.

Read More:

No pain no gain? Wristband provides electric shock to help banish bad habits
Revealed: The health and fitness divide between iPhone and Android users
Wearable tech devices expected to dominate Christmas lists this year
Google continues wearable tech push with smart lens plans
Adidas could match Google Fit partnership with new wearable device
Fitness apps usage spikes 62 per cent in six months
 


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20 Aug 2014

Scientists explore potential of the human body and paper-thin printable batteries to power wearables
BY Jak Phillips

Exciting progress is being made in the way wearable devices are powered

Exciting progress is being made in the way wearable devices are powered
photo: Shutterstock

Batteries may soon be a thing of the past for low-power wearable technology devices, with the potential for energy to be generated from body heat and movement, plus ambient energy from the environment.

Researchers discussed the potential for new energy harvesting techniques at the recent Hot Chips conference in Cupertino, California. Although technology in the field is developing fast – with the powering of medical implants, monitoring sensors and disposable medical patches within reach – fitness wearables as we know them remain some way off.

“Energy harvested from the body and environment is in the microwatt range, so it can’t be used for smartwatches or fitness trackers, which draw milliwatts of energy,” said Yogesh Ramadass, lead design engineer at Texas Instruments, during a presentation.

But despite these common wearables facing a longer wait before they can banish batteries, exciting progress is still being made in the way these devices are powered.

Currently encumbered by the need to house bulky Li-Ion battery packs, smartwatches and fitness trackers could soon be sporting revolutionary designs thanks to a Californian startup working on flexible, paper-thin batteries. Imprint Energy has secured US$6m (€4.5m, £3.6m) in funding as it bids to bring its printable zinc battery to market.

The ‘ZincPoly’ battery is rechargeable, cheap to produce (due to the abundance of zinc) and has a lifetime comparable to its Li-Ion counterpart. Imprint Energy hasn’t put a timeframe on developments yet, but says the funding will help to hasten development as the firm bids to make its mark in both the wearable and internet of things markets.

Read More:

No pain no gain? Wristband provides electric shock to help banish bad habits
Revealed: The health and fitness divide between iPhone and Android users
Wearable tech devices expected to dominate Christmas lists this year
Google continues wearable tech push with smart lens plans
Adidas could match Google Fit partnership with new wearable device
Fitness apps usage spikes 62 per cent in six months



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