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Module Design for Lower Field Operating Temperature & Improved Yield Study
Started 2019
This project aims to design a solar PV module that lowers operating temperatures, increases power output and improves a system’s lifespan to further increase solar’s competitiveness.Module Design for Lower Field Operating Temperature and Improved Yield Study
Published 2021
This final report provides the findings of the study investigating the methods and benefits of different module cooling technologies.New testing platform could fast-track large scale grid connections
Published 2022
ARENA announced funding to UQ to develop & test a platform that will help speed up the process of connecting large scale renewable projects.Next Generation Silicon Sub-Cells
Started 2017
This Next Generation Silicon Sub-Cells project will combine the very latest knowledge and expertise to develop multi-junction solar cells.Development of Novel Hydrogen Trapping Techniques
Started 2017
UNSW Sydney has received a funding grant from ARENA to develop new recently patented techniques for trapping and controlling hydrogen.Integrating Industrial Black Silicon
Started 2017
The project will determine potential of black silicon technology, including compatibility with patented UNSW developed advanced hydrogenation techniques.Nanosphere Lithography for Controlled Fabrication of Plasmonic Films
Started 2013
No further information is currently available.
Australian Energy Council Double-Sided Causer Pays Study
Started 2021
This project is a desktop study of double-sided causer pays (DSCP) as a long-term incentive mechanism to improve frequency control.Rear-Junction P-Type PERC/TOPCon Hybrid Solar Cells (RJ-PERP) Project
Started 2022
The project aims to improve the individual efficiencies of current Passivated Emitter and Rear Cell (PERC) and Tunnel Oxide Passivated Contact (TOPCon) cells.Simply Energy Lesson Learnt 2
Published 2022
This final Lessons Learnt Report outlines the progress of the project from November 2020 to July 2022. It follows on from the previous Lessons Learnt Report published in October 2020.Net Zero Energy Demand Homes
Started 2019
Frasers Property Australia will build 51 energy efficient homes to demonstrate the feasibility of net zero energy demand homes at scale.Sundrive Copper Metallisation Demonstration Project Final
Published 2023
This report provides a summary of the exciting achievements the project has made over the last 3 years progressing copper as a viable replacement for silver in solar cell module production.SunDrive Copper Metallisation Demonstration Project Lessons Learnt Report 1
Published 2022
This report provides details on SunDrive’s unique experience of taking a concept from a university laboratory to a commercial venture, as well as the important lessons and takeaways that may help guide other start-ups.SunDrive Copper Metallisation Demonstration
Started 2020
The SunDrive Copper Metallisation Demonstration project aims to progress SunDrive’s copper electrochemical solar cell technology.Lessons Learnt 2: Building a Multi‐Stakeholder Partnership
Published 2021
This report represents some of the initial lessons learnt from the Alice Springs Future Grid Project with regards to the challenges and benefits of establishing a project consortium.Alice Springs Future Grid Lessons Learnt: Community Engagement
Published 2023
This lessons learnt report highlights localised considerations and delivery challenges, and also reinforces broader community engagement challenges that are likely to arise.NSW New England renewable energy zone work begins
Published 2020
ARENA announced funding for TransGrid to assess the feasibility of building new transmission infrastructure in the NSW New England region.Multifunctional Dielectric Layers Enabling Production of High-Efficiency Solar Cells Interim Report
Published 2021
This report presents the findings from investigating the use of novel multifunctional dielectric layers to simplify processing of high-efficiency silicon solar cells.Antimony Chalcogenide: Top Cell Alternative for Silicon Tandem Cells
Started 2020
This project aims to reduce the cost of silicon based tandem solar cells by developing an earth-abundant, restriction of hazardous substances -compliant antimony chalcogenide top cell.TransGrid New England Renewable Energy Zone
Started 2020
The TransGrid New England Renewable Energy Zone project will encourage transmission infrastructure development and connect new renewable energy projects.