Massive 5,000MW solar and wind projects set to fuel WA's hydrogen expansion | RenewEconomy

Massive 5,000MW solar and wind projects set to fuel WA’s hydrogen expansion

Siemens-backed project targets up to 5,000MW of large scale wind and solar near Kalbarri to fuel hydrogen production for export market.


A massive new renewable hydrogen production facility has been unveiled for Western Australia, with plans for up to 5,000MW of combined solar and wind projects to supply the production of low-cost hydrogen at the Murchison House Station near Kalbarri.

The project proposed by Hydrogen Renewables Australia is the second massive renewables project in W.A, following the 15,000MW wind and solar facility proposed for the Pilbara by the Asian Renewable Energy Hub, also aiming at the domestic and export market. This new project is located at the edge of the state’s main grid.

The two projects could position W.A. has a leading producer in a burgeoning global market for renewable fuels, led by investments by Japan and South Korea in new hydrogen fuel technologies, providing Australia with an opportunity to tap into abundant resources of wind and solar energy to establish a new export economy.

Renewable hydrogen is being touted as an ideal replacement fuel for fossil fuels including gas and liquid-fuels, as it is storable, useable as a heating and transport fuel and capable of being produced using renewable electricity by electrolysis.

ARENA CEO Darren Miller, in an interview with RenewEconomy’s Energy Insiders podcast, says that Australia could one day support up to 700GW (700,000MW) of large scale wind and solar if the renewable hydrogen industry replaces the current LNG market in a de-carbonised economy.

The development of 5,000MW of co-located wind and solar generation capacity would not only represent both a massive expansion of Australia’s renewable energy generation capacity, it would also represent a dramatic increase in Australia’s ability to produce renewable fuels for an international export market.

The strategic co-location of variable renewable sources like wind and solar farms, can minimise the amount of infrastructure investment necessary to support the production of electricity, particularly if the different energy resources are available at different times.

In many parts of Western Australia, good solar energy availability exists during the day, while strong wind resources are accessible during the night.

In a major step forward for the project, the company has secured a Heritage Agreement with the Nanda Aboriginal Corporation, which will allow the company to commence resource monitoring activities at the proposed site.

The company has now commenced negotiations with traditional the local Nanda Aboriginal Corporation and is hoping to sign an Indigenous Land Use Agreement during 2020.

The Murchison House Station site is located near the coastal town of Kalbarri has been flagged due to the combination of excellent wind and solar resources, and was identified as a high potential location in a study completed by AECOM into the co-location of wind and solar projects in Australia.

“We believe that Murchison Renewable Hydrogen Project’s location is the best in Australia for combined solar and wind, making it one of the most cost-effective spots to produce clean energy,” executive chairman of Hydrogen Renewables Australia Terry Kallis said.

“We also believe that the project will contribute significantly to the national, state and local objectives for new investment, new jobs, renewable energy sources and new export markets.”

Hydrogen Renewables Australia has developed plans for the Murchison Renewable Hydrogen Project that will be undertaken in three core phases, which include a demonstration phase for the production of transport fuels, producing hydrogen fuels for natural gas blending in the WA gas grid, followed by the large-scale expansion of production for export.

The project has received the backing of major global equipment provider Siemens, who is the intended technology partner for the project.

Siemens has sought to position itself as a leading supplier of renewable hydrogen production technologies and has already supplied several demonstration projects underway across Australia.

Head of strategy at Siemens, Martin Hablutzel, told the Clean Energy Summit in July that starting with supplying the domestic gas market, before moving to the export market, was the ideal pathway for achieving a viable market for renewable hydrogen.

Following today’s announcement, Siemens Australia Pacific CEO Jeff Connolly again echoed the immense potential for Australia to emerge as a leader in renewable hydrogen.

“Australia has potential like no other country in the world for hydrogen production and export – as long as we act upon the opportunity quickly,” Connolly said.

“It’s heartening to see strong recent bipartisan leadership at both federal and state levels for hydrogen,” Connolly added.

“There is a clear appetite for hydrogen around the world due to the energy transition away from fossil fuels and the need to decarbonise industry, transport systems and more. Not only Asia, but also Europe and other parts of the world are eyeing Australia as potential giant in hydrogen.”

“The Murchison Green Hydrogen project has great potential due to the enviable wind and solar conditions. Our modern electrolyser technology is very suited to the flexible nature of renewables and Western Australia is well positioned to be part of the local and global needs for hydrogen.”

Hydrogen Renewables Australia is currently in negotiations with the Western Australian and Federal Governments, as well as local councils about potential support for the project.

The Western Australian government has been a keen supporter of an emerging renewable hydrogen industry in the state, providing funding for demonstration projects and the development of a hydrogen strategy for the state. This has included a renewable hydrogen storage and mains gas blending demonstration project being undertaken by ATCO south of Perth.

Hydrogen Renewables Australia CEO Terry Kallis has shown no hesitation towards taking on big projects, also serving as the executive chairman of the 2,200MW ‘Star of the South’ offshore wind farm being proposed off the coast of Victoria.

Japan hopes to use the 2020 Olympics as a key demonstration of the hydrogen technologies being developed within the country, including a fleet of hydrogen buses being developed by Toyota.

While hydrogen vehicles have many potential features that would make them comparable replacement to current petrol-fuelled vehicles, including the ability to be rapidly re-fuelled at conventional fuel stations, a lack of such hydrogen refuelling infrastructure and higher prices has meant uptake of hydrogen vehicles has lagged that of electric vehicles.

Print Friendly, PDF & Email

  1. Chris Drongers 11 months ago

    WA is halfway through a major forward-looking electricity design project. “Whole of System Plan Modelling Scenarios Information Paper August 2019” by the Energy Transformation Taskforce. Several options and discussion papers have been put out with a major set of grid design options set for delivery at the end of August 2020. These modelled options cover low-high economic growrh, low-high decarbonisation and even consider a redistribution of population as the north gets hotter and the weather wilder driving domestic life into the south-west corner.
    The most likely scenario seems to be for no significant growth of transmission required on the SWIS grid as distributed generation (rooftop solar) covers increased power use due to population growth and the electrification of everything.
    Big renewable hydrogen projects are for exports and will have minimal interaction with the local grid.

    • Alastair Leith 11 months ago

      Sustainable Energy Now modelling for the SWIS grid at various levels of RE indicate a seasonal scale storage medium that is economic is still needed beyond ~80-90% renewables generation. SEN in the past has modelled the use of on-farm mallee gun plantations burned as biomass or digested into biofuels. i’d much prefer to to see and economically competitive RE H₂ using all the curtailed energy that we’d be seeing at 0% RE on the SWIS.

  2. Michael 11 months ago

    Storage and transportation of hydrogen is quite difficult. Systems need to be 100 percent pristine to avoid leakage, which can lead to fire. Any unconstrained hydrogen also escapes into space which isn’t ideal as the proportion lodt technically windbreak be renewable. I highly doubt the typical person would keep their hydrogen vehicle 100 percent pristine, and there are other challenges.

    Ammonia is probably the best solution. It’s pretty easy to transport, it’s behaviour is much like existing fossil fuels. The challenge is at the fuel cell end. I believe there’s work being done on direct ammonia powered fuel cells, if successful it’s a sensible and practical future solution.

    Taxation will have to be worked out though. There’s currently a road usage levy on the form of fuel excise. This is 42 cents a litre, then there’s the GST. Assuming a fuel price without GST of $1.20 a litre, and 10 L/100 km average fuel use, that’s an extra 12 cents. Taxation will need to be mileage based, and a good start would be 6 cents a kilometre. This is fractionally more than currently paid, but should all go towards infrastructure support.

    This is a necessity otherwise there will be a funding shortfall. It means electric vehicle owners will be paying their fair share of road usage. The alternative could be toll roads everywhere.

  3. RaVOLT 11 months ago

    Just trying to understand, is this renewable energy splitting water to generate H2 or splitting gas? If splitting water it makes sense. If splitting gas it is surely a con … what by byproduct are you left with?

Comments are closed.

Get up to 3 quotes from pre-vetted solar (and battery) installers.