BOSTON, MA — (Marketwired) — 09/01/15 — Energy storage players are eyeing emerging opportunities in bioelectronics as wearable, implantable and other medical devices create energy demands and design requirements beyond conventional batteries, according to .
Existing battery solutions barely satisfy the demands for increased functionality and power in existing medical devices and may have slowed the shift toward personalized health care in many areas of medicine.
“Developers of energy storage must understand the required application-specific optimization of batteries, based on performance and safety, and desired form factors,” said Milos Todorovic, Lux Research Analyst and lead author of the report titled, “.”
“Winning in this race will require a thorough understanding of key technical requirements as well as the knowledge of regulatory and safety implications of bringing new energy storage to the fore,” he added.
Lux Research analysts identified key demands arising from the novel medical technologies, and evaluated energy storage companies on the proprietary Lux Innovation Grid. Among their findings:
Newer lithium-ion batteries will advance both safety and performance, besides extending life span. Compared with today–s best batteries, those that will become available in 2025 will double energy density to over 1,200 Wh/L, more than double specific energy to over 400 Wh/kg, quintuple life span to over 25 years and raise safety standards to “excellent,” from “mediocre to satisfactory.”
On the Lux Innovation Grid, three companies offering diverse technologies stood out as “dominant” in the upper right quadrant. EaglePitcher–s batteries are entrenched in energy storage niches, including military, medical and aerospace; WiTricity leads with its wireless charging technology, a potential life-saving feature; and FlexEI offers contract engineering for custom batteries, with form factors including thin-film and cylindrical cells.
On the Lux Innovation Grid, Li-ion developers are clustered mostly in the lower-right “undistinguished” corner, with mediocre technology and business execution, highlighting the need to push beyond today–s incumbent technologies. To succeed, Li-ion battery companies would need to develop flexible form factors without sacrificing energy stored, sharply raise energy density with a push towards next-generation designs like ceramic or polymer solid-state electrolytes, and also enhance safety.
The report titled, “Powerful Medicine: Opportunities for Pairing New Bioelectronics with Innovative Energy Storage,” is part of the Lux Research and the Lux Research services.
To hear more on Wearables and BioElectronics, for the complimentary webinar, Comparing Apple Watches and Oranges: Looking Past Shiny Gadgets to Find Real Opportunities in Wearables on September 15 at 11:00 EDT.
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