Strategic Elements (ASX:SOR) claims its Energy Ink technology is on track to exceed the power density of solar technology a milestone no other relevant renewable energy tech has come close to reaching.
SOR to Develop Autonomous Vehicle for Defence with DST
Strategic Elements Ltd (ASX:SOR) is pleased to report that subsidiary ‘Stealth Technologies’ will design and deliver an autonomous drone carrying vehicle that automates detection and sensing of chemical, biological, radiological and nuclear agents. The Company will collaborate with Defence Science Technology Group (DSTG), part of the
Australian
Department of Defence, and the University of Western Australia to build the solution and conduct a live demonstration to Army. The Western Australian Defence Science Centre has agreed to part fund the collaborative work.
The autonomous vehicle will carry drones and sensors into a target environment keeping humans at a safe distance. The autonomous drone will enable rapid traversing of the target area using sensors to map and/or monitor the location of chemical, biological, radiological and nuclear (CBRN) sources.
SOR Moisture Powered Battery Marches to Milliamps
2:10 PM
PERTH, Australia, May 20, 2021 /PRNewswire/ Strategic Elements Ltd (ASX:SOR) has announced several critical new development milestones for its
moisture powered self-charging
Bluetooth communications
over a milliamp of electrical current.
The advanced graphene oxide based ink enables
extremely small, thin and light weight battery cells to be printed onto surfaces such as glass and plastic. The battery cells are designed to be
powered and self-charged solely by moisture (humidity). Moisture from humidity in the air and graphene oxide are a readily available, environmentally friendly source of energy compared to alternatives based on lithium.
SOR Battery Ink Exceeds 4V From Moisture in Air
PERTH, Australia, Jan. 28, 2021 /PRNewswire/
Strategic Elements Ltd (ASX:SOR) has achieved another significant milestone with its self-charging battery technology successfully generating an output of over 4V from moisture in the air over a testing period of approx. 5 hours. This was achieved through development of a prototype battery pack containing multiple connected battery ink cells.
The self-charging battery ink technology is being designed to generate electricity from humidity in the air or skin surface. It is being developed under a collaboration partially funded by a Federal Government grant with CSIRO and the University of New South Wales