ITP Renewables specialises in producing detailed market and technology reports for policy makers, associations and businesses. Our reports are informed by some of Australia’s leading experts and are highly regarded for their thorough technical analysis, accuracy and independent outlook.
ITP Analytics plan to publish quarterly reports analysing potential transition pathways of the Australian National Electricity Market (NEM). Our intent is to inform policy-making and public discussion.
Each quarterly report will have two parts. The first part will describe how the NEM may transition to an increasingly renewable energy future using scenarios based on the published climate and energy policies of the federal government and opposition parties. These scenarios will be revised each quarter with updated input assumptions.
The second part of the report will be a more in-depth study of a specific topic of interest. In this first report we examine the potential for hydrogen-fuelled open cycle gas turbines to support solar and wind capacity and reduce total electricity system costs.
As part of the ARENA-funded Lithium Ion Battery Trial project, ITP Renewables releases public reports every six months with analysis of testing results. The latest report was released in October 2021 and includes detailed analysis of capacity retention and efficiency of the batteries and describes testing results and general observations or issues encountered thus far with the Phase 1, Phase 2, and Phase 3 batteries.
Supported by a $1.29m grant from the Australian Renewable Energy Agency under its Advancing Renewables Program, the Lithium Ion Battery Trial involves performance testing of conventional and emerging battery technologies. The aim of the testing is to independently verify battery performance (capacity fade and roundtrip efficiency) against manufacturers’ claims. This is the 10th public report for this project and describes testing results and general observations or issues encountered thus far with the Phase 1, Phase 2, and Phase 3 batteries.
This report for the Energy Security Board (ESB) focusses on the economics and regulation of distribution level energy storage business models and the barriers to implementation. The primary focus of the study was battery energy storage (i.e. aggregated batteries, non-aggregated batteries, DNSP owned/operated, and third party owned/operated and other co-owned generation and batteries).
As part of the ARENA-funded Lithium Ion Battery Trial project, ITP Renewables releases public reports every six months with analysis of testing results. This report was released in October 2020 and includes detailed analysis of capacity retention and efficiency the batteries and describes testing results and general observations or issues encountered thus far with the Phase 1, Phase 2, and Phase 3 batteries.
The Australian Renewable Energy Agency (ARENA) has released a new report, ‘Renewable Energy Options for Industrial Process Heat’, produced by ITP Thermal in conjunction with Pitt&Sherry, the Institute for Sustainable Futures and Beyond Zero Emissions. The report outlines opportunities for industrial users to switch to renewable energy alternatives to provide process heat.
As part of the ARENA-funded Lithium Ion Battery Trial project, ITP Renewables releases public reports every six months with analysis of testing results. The 8th report was released in May 2020 and includes detailed analysis of capacity retention and efficiency of Phase 1 and 2 batteries in the trial, as well as an introduction to the recently installed Phase 3 batteries.
Canada’s Arctic territory of Nunavut depends on fossil fuels for the entirety of its electricity and heat generation.
World Wildlife Fund Canada engaged ITP in 2018 to model and assess the business case for solar, wind and battery integration into 25 communities in the arctic territory of Nunavut.
Dispatchable electricity generation is the new frontier for renewables. There is general agreement that electricity systems need a significant share of dispatchable generation to complement and balance the increasing share of variable renewable generation. To better understand the renewable options, the Australian Renewable Energy Agency (ARENA) commissioned a team led by ITP Thermal.
ITP Thermal was commissioned by the South Australian Government in 2018 to identify existing hydrogen research and development (R&D) capabilities within South Australia and the opportunities to extend these capabilities given local, national and international expertise, current and future hydrogen projects and industry developments. We found South Australia’s local R&D capabilities are world class, applicable to a broad range of hydrogen-related research, development and commercialisation challenges, and are attracting strong interest and engagement from industry.
ITP was commissioned by the Asian Development Bank to undertake a collation of renewable energy infrastructure project cost data in the Pacific in 2018. The technical input from ITP resulted in a publication by the Pacific Region Infrastructure Facility (PRIF) in 2019. PRIF is a multi-development partner coordination, research and technical assistance facility that supports infrastructure development in the Pacific. ITP recommends that it be made a mandatory component of procurement tenders for renewable generation projects to improve the consistency of cost data collection.
In 2018, ITP Renewables undertook a review of the outcomes from investment by the Australian Renewable Energy Agency (ARENA) in solar research, development and pilot-scale demonstration projects, as well as associated PhD and Post-Doc Fellowships.
The review led to the publication of a Report which is also available on the knowledge section of the ARENA website.
For this UNDP assignment, ITP Renewables undertook three consultation missions in Nauru to:
Nauru is one of the world’s smallest countries and it faces economic, environmental and social challenges.
In 2015, we led a group commissioned by the Australian Renewable Energy Agency (ARENA) to investigate Renewable energy options for Australian industrial gas users.
ITP Renewables was commissioned by the New Zealand Ministry of Foreign Affairs to undertake a case study of the three Tokelau PV/diesel mini-grids. The study provides a technical overview of the systems’ design and how they were built, along with challenges that the construction team faced and how they were overcome. The report also gives a cost breakdown for the project, which will help future project planners in estimating the cost of a similar project in a remote island environment.
“Concentrating solar power (CSP) technology is poised to take its place as one of the major contributors to the future clean energy mix.” Concentrating solar power technology provides a comprehensive review of this exciting technology, from the fundamental science to systems design, development and applications.
Our Head of ITP Solar Thermal, Dr Keith Lovegrove, edited this important reference book in CSP technology. You can download a copy of it from Woodhead Publishing.
In 2012 the Australian Solar Institute (ASI) commissioned ITP Renewables to undertake a review of the potential for concentrating solar power in Australia. After extensive stakeholder consultation, including a series of workshops with participants from industry, research and government, the resulting report and summary for stakeholders are now available.
In 2011 ITP Renewables produced a report for the Australian Department of the Environment (formerly the Department of Climate Change and Energy Efficiency) and the Government of India. The report analysed the context, barriers and policy options for the growth of the Concentrating Solar Power in India. The document was written for use by policy makers and government staff in Australia and India, but is also of interest to the general public, CSP developers and investors.
In 2010 ITP Renewables produced a report for the Asia-Pacific Economic Cooperation (APEC) Energy Working Group that characterises the main issues with grid integration of stochastic and partially predictable renewable energy technologies. The report reviews the approaches currently being used, identifies best practices, and outlines future research and development activities that may be required to fully integrate distributed generation into 21st century electricity networks.