| CS Energy Limited |
The CS Energy Kogan Creek Solar Boost project will demonstrate the use of solar thermal energy to provide a 44 megawatt boost to the Kogan Creek A coal-fired power station in Chinchilla, Qld. |
Chinchilla (QLD) |
$34,900,000 |
| AGL Energy Ltd |
AGL Energy Ltd together with First Solar (Australia) Pty Ltd proposes to construct a 159 megawatt photovoltaic power plant across two sites near Broken Hill and Nyngan in NSW. |
Broken Hill and Nyngan (NSW) |
$170,400,000 |
| Solar Systems Pty Ltd |
Funding is available for a 100 megawatt large-scale solar concentrator power project at Mildura to be delivered by Solar Systems Pty Ltd. Funding is conditional on the successful completion of a 2 MW pre-production prototype plant, also located in Mildura. |
Mildura (VIC) |
$75,000,000 |
| BlueScope Steel Limited |
BlueScope Steel will develop low cost building integrated photovoltaic (BIPV) and BIPV-thermal systems for mass deployment on Australian residential and commercial/industrial rooftops. |
Port Kembla, with prototype installations in QLD, VIC and NSW |
$2,284,800 |
| Geoscience Australia |
Provision of Spatial Information for Solar Resource Mapping Relating to High Solar Prospectivity Regions and Expansion of the Solar Observation Network |
Multiple sites |
$5,000,000 |
| Australian Solar Thermal Energy Association |
AUSTELA will lead a collaborative research activity to quantify economic benefits from concentrating solar thermal-electricity generation in the National Electricity Market. |
QLD, NSW, ACT, VIC, SA |
$85,215 |
| Australian National University |
Process and Characterisation Solar Research Facility |
Canberra (ACT) |
$5,000,000 |
| CSIRO |
Solar Thermal Research Hub |
Newcastle (NSW) |
$5,000,000 |
| BT Imaging Pty Ltd |
Inline inspection tools for photovoltaic manufacturing |
Sydney (NSW) |
$2,250,000 |
| Silanna Semiconductor Pty Ltd (previously Sapphicon Semiconductor Pty Ltd) |
A high efficiency, integrated solar module on a transparent substrate |
Sydney (NSW) |
$2,250,000 |
| Australian National University |
Plasmonics for high efficiency solar cells |
Canberra (ACT) and Belgium, UK and Sweden |
$1,607,374 |
| Australian National University |
Next generation SLIVER solar cells |
Canberra (ACT) |
$4,953,473 |
| University of NSW |
Development and commercialisation of high efficiency silicon solar cell technology |
Sydney (NSW) |
$4,000,000 |
| The University of Newcastle |
Fabrication of thermionic devices using directional solidification/sintering processes for high temperature CST applications |
Newcastle (NSW) |
$515,359 |
| CSIRO |
Development of advanced solar thermal energy storage technologies for integration with energy-intensive industrial processes and electricity |
Newcastle (NSW) |
$3,755,765 |
| CSIRO |
Advanced steam-generating receivers for high-concentration solar collectors |
Newcastle (NSW) |
$2,821,978 |
| University of NSW |
Overcoming the fundamental performance limitations of commercial solar cells |
Sydney (NSW) |
$4,400,000 |
| The University of Queensland |
New materials and architectures for organic solar cells-beyond the Shockley-Queisser limit |
Brisbane (QLD) |
$945,817 |
| University of NSW |
Tandem Quantum Dot solar cells |
Sydney (NSW) and Singapore |
$1,375,000 |
| University of NSW |
40% efficient photovoltaic “Power Cube” power tower receiver |
Sydney (NSW) |
$550,000 |
| University of NSW |
Characterising and forecasting grid connected solar energy |
Sydney (NSW), Adelaide (SA) and Melbourne (VIC) |
$470,284 |
| University of NSW |
The Hot Carrier solar cell |
Sydney (NSW) |
$563,906 |
| Australian National University |
Industry ready n-type silicon solar cells |
Canberra (ACT) |
$3,335,254 |
| Graphite Energy Pty Ltd |
Commercialisation of the Graphite Energy solar storage receiver |
Sydney (NSW) |
$1,835,000 |
| CSIRO |
Characterising the effect of high penetration solar intermittency on Australian electricity networks |
Newcastle (NSW) |
$400,000 |
| University of NSW |
Next generation crystalline silicon on glass modules |
Sydney (NSW) |
$1,178,000 |
| CSIRO |
Development of a thermoelectric generator for application in a concentrated solar thermal topping cycle |
Newcastle (NSW) |
$2,200,912 |
| Australian National University |
Roof mounted hybrid CST system for distributed generation of heating, cooling and electricity |
Canberra (ACT) |
$3,235,710 |
| The University of Melbourne |
Printing solar cells- A manufacturing proposition for Australia |
Melbourne (VIC) |
$1,762,500 |
| CSIRO |
Solar air turbine systems |
Newcastle (NSW) |
$3,055,000 |
| The University of Sydney |
Upconversion of the solar spectrum for improved PV energy conversion |
Sydney (NSW), Adelaide (SA), UK and Germany |
$487,584 |
| Vast Solar Pty Ltd |
Validation of performance modelling for 1.2MWth solar array with high temperature receiver and integrated thermal storage |
Jemalong (NSW), Sydney (NSW) and Melbourne (VIC) |
$437,243 |
| RayGen Resources Pty Ltd |
Central Receiver CPV Pilot Project – Stage 2 |
Melbourne and Gannawarra (VIC) |
$1,750,000 |
| CSIRO |
Evaluation and demonstration of hybridisation of CST with carbon capture and storage |
Newcastle (NSW) |
$667,500 |
| CAT Projects |
Analysis of variations in instantaneous weather |
Alice Springs (NSW) |
$242,625 |
| Solar Systems Pty Ltd |
High-efficiency multi-junction solar cells on low-cost, large-area silicon substrates |
Mildura (VIC) |
$2,000,000 |
| Chromasun Pty Ltd |
Lowest LCOE: Australian pilot of rooftop CST and CPV-T micro-concentrator systems |
Sydney (NSW), Canberra (ACT), Echuca (VIC), Darling Heights (QLD), Fremantle (WA) |
$3,461,677 |
| Granite Power Ltd |
Solar Supercritical Organic Rankine Cycle for power and industrial heat |
Newcastle (NSW) |
$770,000 |
| CSIRO |
Solar hybrid fuels |
Newcastle (NSW) |
$1,585,853 |
| Barbara Hardy Institute, University of South Australia |
Development of high temperature phase change storage systems and a test facility |
Adelaide (SA), Whyalla (SA), Spain |
$689,500 |
| CSIRO |
Solar energy management system for utilities |
Newcastle (NSW) |
$225,715 |
| University of NSW |
Cost-effective GaAsP top solar cell grown on a high performance, low cost silicon solar cell |
Sydney (NSW) and multiple sites in the US |
$2,480,000 |
| University of NSW |
Multi-junction c-Si Solar Cells based on virtual Ge substrates |
Sydney (NSW) and the US |
$1,265,000 |
| University of NSW |
Towards a practical Hot Carrier solar cell |
Sydney (NSW) and multiple sites in the US |
$2,278,343 |
| CSIRO |
Solar-driven super-critical CO2 Brayton cycle |
Newcastle (NSW) and multiple sites in the US |
$2,496,835 |
| CSIRO |
Improving translation models for predicting the energy yield of photovoltaic power systems |
Newcastle (NSW), Alice Springs (NT) and the US |
$1,318,722 |
| Australian National University |
Improved high-temperature receivers for dish concentrators |
Canberra (ACT), Newcastle (NSW) and the US |
$1,436,210 |
| CSIRO |
Integrated solar radiation data sources over Australia |
Canberra (ACT), Melbourne (VIC) and the US |
$712,581 |
| CSIRO |
Australian Solar Energy Forecasting System (ASEFS) - Phase 1 |
Canberra (ACT), Melbourne (VIC), Adelaide (SA), Sydney (NSW) and the US |
$3,089,000 |
| Australian National University |
Machine-learning based forecasting of distributed solar energy |
Canberra (ACT) and multiple sites in the US |
$799,522 |
| Brisbane Materials Technology Pty Ltd |
A pilot-scale plant for the production of solar anti-reflection (AR) coatings |
Brisbane (QLD) and multiple sites in the US |
$1,262,000 |
| Australian Photovoltaic Association |
Data collection and analysis for development of a climate-based PV module rating scheme |
Sydney (NSW), Melbourne (VIC) and the US |
$268,320 |
| Australian Photovoltaic Association |
Consumer and utility interest in active participation in the distributed energy market |
Sydney (NSW), Newcastle (NSW) and the US |
$173,550 |
| University of NSW |
Low cost, high efficiency Copper Zinc Tin Sulphide (CZTS) on silicon multi-junction cells |
Sydney (NSW) and multiple sites in the US |
$1,511,828 |
| CSIRO |
Optimisation of central receivers for advanced power cycles |
Newcastle (NSW) and multiple sites in the US |
$1,150,879 |
| CSIRO |
Plug and play solar power: simplifying the integration of solar energy in hybrid applications |
Newcastle (NSW) and the US |
$1,292,725 |
| CSIRO |
Deployment of combined cycle using solar reformed gas in North Western Australia |
Newcastle (NSW) and the US |
$351,453 |
| University of NSW |
Tools for design and scale up of solar thermochemical reactors |
Sydney (NSW), Adelaide (SA) and the US |
$1,083,320 |
| Royal Melbourne Institute of Technology |
Micro Urban Solar Integrated Concentrators (MUSIC) Centre |
Melbourne (VIC), Canberra (ACT), Sydney (NSW) and multiple sites in the US |
$4,521,191 |
| University of NSW |
US-Australia Institute for Advanced Photovoltaics |
Sydney (NSW) and multiple other Australian sites, and US sites |
$33,000,000 |
| CSIRO |
Australian Solar Thermal Research Initiative |
Newcastle (NSW) and multiple other Australian sites, and US sites |
$35,000,000 |
| The University of Melbourne |
Enhancing efficiencies in printed solar cells by controlling morphology development |
Melbourne (VIC) and multiple sites in Germany |
$500,000 |
| University of NSW |
Si nanocrystals embedded in silicon oxide and nitride as nanoscale heterojunction for third generation photovoltaics |
Sydney (NSW) and multiple sites in Germany |
$500,000 |
| Bluescope Steel Limited |
Expanding the value proposition for Building Integrated Photovoltaics: Thin-film Building Integrated Photovoltaic Thermal retrofitting of buildings |
Wollongong (NSW) and Germany |
$477,320 |
| Australian National University |
Local doping using Laser Chemical Processing technology for advanced silicon solar cells |
Canberra (ACT) and Germany |
$352,365 |
| University of NSW |
Time and spectrally-resolved photoluminescence for silicon solar cell characterisation |
Sydney (NSW), Canberra (ACT) and Germany |
$490,166 |
| RATCH-Australia Corporation Limited |
RATCH-Australia Corporation Limited will assess the viability of converting the existing 180 MW coal-fired Collinsville Power Station in Queensland to a 30 MW hybrid solar thermal/gas power station |
Collinsville (QLD) |
$2,500,000 |
| Ipsos Social Research Institute |
Ipsos will investigate levels of community awareness and attitudes towards large-scale solar installations, and will develop best practice guidelines for the development of large scale solar projects. |
Melbourne (VIC) |
$153,388 |
| Monica Oliphant Research |
Monica Oliphant Research will investigate “community-owned” business models for renewable energy projects. |
Adelaide (SA) |
$15,000 |
| AUSTELA |
AUSTELA will work with NREL to modify its “System Advisor Model” to suit Australian locations and markets. |
Sydney (NSW) |
$73,500 |