GreatCell Solar

Graphitic materials supplier First Graphene has announced an R&D collaboration with Greatcell Energy, trading as Halocell Energy, and the Queensland University of Technology (QUT) to commercialize perovskite solar cell fabrication. The project has received a Cooperative Research Centers Project (CRC-P) grant worth over AUD$2 million (around $USD1,300,000).

The research and development project is intended to commercialize ultra-low-cost, flexible perovskite solar cell fabrication using Halocell’s roll-to-roll production process at the company’s Wagga Wagga plant, First Graphene said in an announcement. Through the project, First Graphene plans to develop cost-effective graphene-based electrode replacements for high-cost conductor materials, such as gold and silver, used in cell manufacturing.

It was recently reported that Greatcell Australia is working with graphene company First Graphene on graphene enhancements to perovskite solar cell technology.

Greatcell Australia has reportedly established a pilot plant in New South Wales and is in the advanced stages of testing its range of perovskite solar cells (PSCs) with manufacturers around the world. “Greatcell is aiming to modularize their production lines for product flexibility, due in part to the easier assembly and reduced number of steps to produce PSCs compared to silicon solar cells.”

Researchers from the Hefei Institutes of Physical Science (HFIPS) under the Chinese Academy of Sciences (CAS), University of Science and Technology of China, North Minzu University, Hefei University of Technology, Greece's Institute of Nanoscience and Nanotechnology (INN) and Australia's Greatcell Energy have developed perovskite solar cells with a self-recovery capability and high stability in humid environment by introducing polymer called polyvinylpyrrolidone.

The team has shown that polyvinylpyrrolidone, a long chain insulating polymer, could form hydrogen bonds with ions in the cells and also prevent moisture in the air from invading perovskite materials. The hydrogen-bonding-initiated self-healing repairs the decayed perovskite solar cell back to the original state, continue to work, and alleviate long-term cell instability.

Worksport, a developer of tonneau covers, solar integrations, and NP (Non-Parasitic), Hydrogen-based green energy solutions, has announced that it has entered into a joint collaboration with Greatcell Solar Italy.

Worksport partners with industry-leading solar providers for flexible, high efficiency, mono-crystalline panels for their Terravis systems, currently available for pre-order.

The Directors of Greatcell Solar have sadly announced that a decision was taken to appoint administrators to the Greatcell Solar group of companies following sustained, but ultimately unsuccessful, attempts to secure re-financing for its activities.

Greatcell Solar Limited, Greatcell Solar Industries and Greatcell Solar Australia were placed into voluntary administration. The decision follows a series of unfortunate and unwelcome developments in recent weeks, including the untimely death of Chief Scientist, Dr Hans Desilvestro in a mountaineering accident on 10 November.

Greatcell Solar has provided an update on matters relating to its current financial position.

Greatcell reports that significant progress has been achieved in recent weeks; An agreement has been reached with the Australian Renewable Energy Agency (ARENA) on variations to a previously signed funding agreement, which will result in a payment of $425,000 AUD (around $307,200 USD) to Greatcell.

Greatcell Solar ("GSL") has provided an update on matters relating to its current financial position. The Company has agreed to sell 50% of its materials production assets to Dr. Yanek Hebting, the current GSL production manager who has served in that role for over ten years.

The deal anticipates a future 100% transfer of the production assets upon the completion of payments totaling AUD $1 million (almost USD $718,000) by 30 September 2019 and additional payments for FY2020 and FY2021 based on future earnings.

The European Commission has established a new research training network, led by the University of Bath, to make perovskites "truly exploitable" and make perovskite-based devices commercially viable. The new program, called MAESTRO, has been given €4 million in funding and has begun hiring researchers to gain new knowledge and provide innovation in the exploitation of perovskite materials.

A trans-European project, MAESTRO is an inter-sectoral and multidisciplinary network of 10 academic and seven industrial partners from nine EU and EU-Associated countries: the UK, Italy, Spain, Greece, Germany, Poland, Lithuania, Israel and Switzerland.