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non-toxicsustainableaffordable
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a fully integrateable component
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Any Shape.
Anywhere -
making new productspossible
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thin, flexible &
rechargeable
Printing Thin Flexible Batteries to Power an Innovative Future
Printed Energy is an Australian company established to develop breakthrough manufacturing techniques for printing batteries and photovoltaics. We have a portfolio of innovative patented technologies and we are focussed on bringing these technologies to market as quickly as possible.
Printed Energy’s research team and laboratory in Tempe Arizona are well supported by a collaboration arrangement with two of Australia’s leading universities in the field of energy storage and materials science.
Technology
Printed Energy is developing a unique set of new battery chemistries that are suited to manufacture using traditional roll-to-roll printing techniques.
The key compounds are commonly available metals such as Zinc and Manganese Oxides and inorganic matrix structures mixed with polymers and electrolytes. Most importantly they are all non-toxic and very low flammability.
Printed Energy is printing solid state batteries in a thin, flexible format that can be adapted to almost any shape.
The goal is to print the batteries as an integrated printed element to power a myriad of new and evolving printed electronic applications.
Their thin flexible format will also help the stand-alone version of Printed Energy’s batteries push the boundaries of more traditional battery applications.
Potential applications for the printed batteries range from powering disposable healthcare devices, sensors, internet of things devices, smart cards, wearable electronics and personal lighting; to larger scale applications such as in combination with flexible solar panels to help manage intermittency and energy storage.

A printed battery which is thin, flexible and rechargeable.

A fully integratable component making new products possible.

Non toxic, sustainable and affordable.
Team
The Printed Energy team has deep and rich experience with batteries, photovoltaics, and printed electronics.
They bring together an exceptional combination of expertise in the development and manufacturing of printed primary and secondary batteries.
Collectively, they bring to Printed Energy, their expertise in:
- Optics, photovoltaic systems, patent and innovation analysis
- Electrochemistry, interfaces and physical chemistry
- Ink formulations, synthesis and analysis of nanomaterials
- Assembly and testing of finished battery products
- LEAN manufacturing
- Coating and printing technologies
- Battery cell and electrochemical cell manufacturing
Many of the team have already helped to bring a breakthrough printed LED product to market.
Dr Vera Lockett - Chief Scientist
Vera is an internationally recognized scientist and innovative chemist with in-depth expertise of the scientific method in fundamental and applied fields. She has led R&D of high-performing supercapacitors, thin printed batteries, sensors and solar cells, nanotechnology, polymer-based formulations, electrochemical and technical processes and more.
Dr William Ray - Chief Technical Advisor
Dr. Ray has over thirty years of experience in leading applied research teams in both hardware development and software development for complex systems. He is named inventor on more than 100 patents or active applications in the areas of semiconductors, optics, opto-electrical devices, printing, energy storage, water filtration/desalinization, and specialized film/coating patterned manufacturing systems.
Michelle Childs - Operations Manager
Michelle is an experienced business marketing and project manager, with a Masters Degree in Business Administration (MBA). Creates marketing solutions for small business, focusing on integrating e-marketing, social media and traditional marketing techniques to provide tailored solutions for each client. She has a special interest in cutting edge energy technology and brings her expertise and passion to Printed Energy.
Leila Daneshi - Chemist
Leila is a practiced chemist with extensive experience working in formulations of battery inks, conductive compounds, electrochemistry, soaps, and other organic and wet chemistry. Leila is an inventor on several patents for the technologies she has been fundamental in developing.

Yasser Salah - Chemical Engineer
Yasser is both a chemical engineer and a chemist with many years working in research and development. His expertise in chemistry lends itself to his work in ink formulation and nanomaterial synthesis. Additionally, he has received his Six Sigma Green Belt certification which he applies for use in statistical analysis and designing experiments. Yasser also has years of training in troubleshooting and maintaining equipment. He has two issued patents in printed batteries.
News
Contact Us
Please contact us using one of the channels below:
Printed Energy Pty Ltd
Level 11, 344 Queen St
Brisbane, Qld 4000
Australia
(co-located with EWM Group)
GPO Box 1821
Brisbane, Qld 4001