Strategic Elements Ltd Starts Pocket Moisture Energy Dock Development
Strategic Elements begins work on pocket-sized Moisture Energy Dock powered by moisture
Strategic Elements (ASX: SOR) has commenced development of a portable, modular Moisture Energy Dock designed to capture, accumulate and transfer moisture-driven Energy Ink™ electrical energy into a standard removable lithium-ion battery.
The headline objective is deliberately bold. The Company aims to charge a standard lithium-ion feature phone battery inside the dock using Energy Ink™ operating on moisture, with no connection to mains electricity and no external power supply of any kind, all within a pocket-sized unit.
The program commenced following successful completion of the engineering concept design stage. For an early-stage technology, the initiative offers investors a tangible, easily understood proof point that translates complex materials science into a familiar demonstration.
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The proof point — charging a battery to power a one-minute phone call
The initial proof point is intentionally simple. Subject to successful testing, a removable feature-phone battery charged within the dock will be fitted to a commercially available Nokia feature phone to test whether the transferred energy can support a one-minute voice call.
The demonstration itself is ordinary. What sits behind it is not. Moisture is the sole input, with no mains power and no external supply feeding the process.
Charles Murphy, Managing Director
“The phone call is a clear and familiar proof point, but what sits behind it is the remarkable part: a standard lithium battery being charged with moisture as the input – no mains power, no external power supply. This is exactly the kind of ambitious, breakthrough Australian technology our Pooled Development Fund structure exists to back – patient capital for opportunities that take time to mature but can deliver significant upside. The broader objective is a modular system for determining whether Energy Ink™ output can be accumulated, buffered and transferred into removable battery formats for future device applications.”
How the demonstrator works
Demonstrator architecture
The 3D-printed, pocket-sized device separates a sealed moisture-management section from a protected electronics and battery section. A central element is an ultra-thin supercapacitor, which acts as an intermediate energy buffer between the Energy Ink™ cell pack and the removable battery.
The supercapacitor receives gradual Energy Ink™ output, stabilises it, and supports controlled transfer through the dock’s power-management circuitry into the battery.
Why breath is used as a test moisture input
Exhaled air is warm and effectively saturated with water vapour, carrying far more water than the dock’s small internal volume can hold as vapour. The program will use breath as a test moisture input.
The purpose is to load an internal reservoir that establishes favourable humidity conditions around the Energy Ink™ cells, rather than “storing a breath” inside the dock. This distinction matters, as the moisture is used to condition the environment, not held as a discrete input.
A modular, future-ready design
The design is deliberately modular. Both the Energy Ink™ Cell Pack and the removable battery module are interchangeable, allowing different cell configurations, pack formats and battery types to be evaluated in future programs without redesigning the complete unit.
The Company will also investigate a “hot-swappable” configuration in future versions. This would allow an Energy Ink™ Cell Pack or battery module to be replaced while preserving stored energy and maintaining the dock’s electrical state.
What is Energy Ink™ and engineered moisture?
Energy Ink™ is an early-stage printable energy technology that generates electrical energy from moisture. It was developed by Australian Advanced Materials Pty Ltd, a wholly owned venture of Strategic Elements, in collaboration with a materials science team at the University of New South Wales and other collaborators.
The concept of engineered moisture refers to managing the conditions around Energy Ink™ so that its output is designed to be more predictable and usable than relying on ambient humidity alone. The dock applies this principle in a sealed, breath-loaded format.
The Energy Ink platform patent granted in Japan covers the functional material, moisture electric cell, and preparation method aspects of the underlying technology, making Japan the first jurisdiction to grant formal protection while broader applications across the US, Europe, Canada, China, and Korea remain under examination.
The same principle could be assessed in future across other settings where moisture is available in a defined or repeatable way. The following are illustrative example areas for potential future investigation only, and are not commitments:
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skin contact or sweat in a wearable patch
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a saliva, urine or other liquid droplet deliberately applied to a package or test
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a plant or horticultural setting with a repeatable moisture cycle
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a factory exhaust, humid process stream or condensation point
The investment case — patient capital backing Australian innovation
Strategic Elements operates as a registered Pooled Development Fund (PDF), a Federal Government program stimulating investment into Australian innovation. The PDF structure provides eligible shareholders with potential benefits including tax-free capital gains and dividends, while enabling the Company to pursue breakthrough innovation with longer development horizons.
Shareholders and prospective shareholders should obtain their own taxation advice rather than relying on this summary. The Company operates as a venture builder, majority funding initial development while seeking key partners to assist commercialisation.
Management frames the PDF structure as patient capital suited to ambitious opportunities that take time to mature but can deliver significant upside.
The program is funded in part from the oversubscribed capital raise that closed at $2.5 million against approximately $3.0 million in shareholder applications, a result management described as reflecting strong confidence ahead of an anticipated active period across Energy Ink, EdgeiQ, and the Discovery Pipeline.
| Feature | Detail | Why It Matters to Investors |
|---|---|---|
| Proof point | Proposed test to determine whether a battery charged in the dock can power a 1-minute phone call | Simple, verifiable demonstration of the underlying technology |
| Power source | Moisture only, no mains electricity | Differentiates the concept from conventional charging methods |
| Design | Modular, with hot-swap potential under investigation | Enables multiple configurations to be tested without redesign |
| Structure | Registered PDF — potential tax-free gains and dividends | Potential shareholder benefits, subject to individual advice |
| Stage | Early R&D, concept design complete | Sets expectations on maturity and associated risk |
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What comes next
The program will now proceed to testing of the Moisture Energy Dock. Subject to success, the charged battery will be fitted to the Nokia feature phone for the one-minute call test.
The broader intent is to determine whether Energy Ink™ output can be accumulated, buffered and transferred into removable battery formats for future device applications.
This remains a design and testing program, and there can be no assurance that it will achieve its intended technical outcomes. Energy Ink™ remains an early-stage research and development technology, subject to risks associated with materials science, supercapacitor and battery-transfer efficiency, durability, scalability, intellectual property, regulatory requirements and commercial partnering.
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