Sun Cable and the Battle of the Billionaires

Singapore lit up at night

Previously, Edge has discussed the electricity markets’ move away from coal and gas to renewable energy and firming technologies. Last week it was announced that the Australia-Asia PowerLink project (AAPP) better known as SunCable had gone into voluntary administration.

SunCable was planned to be the world’s biggest solar and battery storage project and was backed by some of the largest renewable energy developers in Australia, namely Mike Cannon-Brookes from Grok Ventures and Squadron Energy’s Andrew Forrest.

It appears from the outside the decision to wind up the company was due to a lack of alignment of the companies’ objectives by the shareholders but is there more to the story. SunCable was to provide renewable energy generated in Australia and transport it via a 4,200km underseas cable to Singapore. Powering the project would be a huge solar farm near Elliott in the Northern Territory with the first part of the project planned to start construction next year. The 20GW Elliott solar farm would be firmed with a 42GWh battery.

Following the announcement of SunCable going into administration the federal government remains positive on the future prospect of SunCable. Are two billionaires too much for a business like this? Will one of them retain control of the company?

Feedback from Minister Bowen suggests following discussions with senior individuals at SunCable, there are no plans to stop moving forward with the project.

Minister Bowen said “It’s a change of approach and corporate structure, but of course in that regard that is entirely a matter for them”. Following a restructuring process, it looks like AAPP will still go ahead but most likely led by only one billionaire.

If you would like a strategy to ensure your company procures energy to support sustainability and growth in renewables  please reach out to discuss your options.  To save on electricity spend, you can also join our Edge Utilities Power Portfolio, read more: https://edgeutilities.com.au/edge-utilities-power-portfolio/ or call us on: 1800 334 336 to discuss.   

Hotels – how to reduce energy consumption and your rising power bill

Hotel dining and pool area

Rising energy costs are having a massive impact on hotel businesses and the travel industry across the world. A significant part of hotel operations management falls outside of filling beds and high electricity costs are a major contributor to soaring operating expenses. In addition to a price spotlight on energy there is also an important focus, and certainly customer pressure, to transition to energy supply from renewable resources. So, what can you do while the pressure is on?

Generating your own power through renewables sounds like a sensible idea but onsite renewable energy can be challenging to implement for many hotel sites, solar panels and batteries require significant investment and significant space.  It is challenging because in a post covid world priorities are changing and customers want to know hotels and restaurants are following sustainable practices, it influences their choices and this trend is continuing to grow. Millennials are particularly conscious consumers, and they are now the biggest market of all consumer age groups.

With all this in mind, “greenwashing” is not always the right path, and if generating your own power doesn’t make economic sense for your business then there are many other avenues you can take that will improve your sustainability rating, save energy and therefore reduce your hotel electricity costs.

So, what can hotels do to save on electricity?

Advances in technology now mean that there are several other solutions that can significantly reduce hotel energy outlay. In addition, energy brokers can help you buy energy more competitively. Not only can they negotiate on your behalf and buy at wholesale rates, but they can also build a power purchase portfolio that can support your sustainability goals as well as save you money.

A good place to start is to make sure that you have data on the energy use in your hotel. Keeping track of average energy usage, tracking peak times and patterns that lead to high energy bills is the most useful data you can have. Understanding your impacts will help you prioritise so you can take action in the areas which will have the highest impact. A hotel can cut its overall energy expenses 20 percent by using basic energy efficient measures, this is good for you and for the planet.

10 energy saving tips to bring electricity bills down:

  1. Tracking and processes, remembering the old saying of what is measured gets managed. Work with your team and encourage them to be aware, turn off lights, close fridges etc.
  2. Nudge your occupants to be more aware of energy consumption, even just with simple messaging. There’s an interesting study on this HERE
  3. Use LED light bulbs, they use less than a quarter of the energy of traditional bulbs and they last longer.
  4. Install smart climate and lighting control thermostats and sensors. These are real-time sensors that can adjust and detect changes in occupancy on a room-by-room basis. Clever technology that can save you money on lighting, ventilation, air conditioning and heating.
  5. Consider keycard managed power switches if you don’t already have them.
  6. Look at your equipment – modernising equipment can save. e.g., ventilation and extraction system in kitchens, refrigeration, dishwashing, your HVAC systems, pool equipment etc. There are some very interesting figures from Sustainability Victoria on equipment in the hospitality industry HERE.
  7. Retro-fit existing west (sun) facing windows with energy-saving furnishings or film.
  8. Regularly clean and service your air conditioning and ventilation systems and service your heating/hot water boilers, this can reduce the monthly energy costs by 10%.
  9. Plants and green walls help modify temperature and naturally purify the air.
  10. Definitely consider solar if it could be suitable for your premises.

Save money and the planet

With energy prices continuing to rise and customer opinion paramount, becoming energy efficient is now a necessity. Going green is no longer just a trend. 2030 and indeed 2050 is fast approaching, and we are all (thankfully!) becoming more environmentally conscious. You can reduce your operating costs and your carbon footprint with commitment and focus. Maximpact Ecosystems (a UK based advisory) estimate that in hotels:

“Energy costs amount to 5-8% of overall operational costs, and while this number might seem low or insignificant, the truth is that energy is often the second highest controllable portion of costs after labour. Energy efficient practices can provide energy savings of 20-35%, which over time can make a big impact on the bottom line.”

 

Hotel sign

The team Edge Utilities are passionate about renewables and sustainability, we are energy brokers with an eye on the planet. Our customers’ most common goals are savings and sustainability, we are pragmatic in our approach and would love to help you reach your goals.
 If you feel you need more control of your hotel’s energy spend, please reach out to discuss joining our Edge Utilities Power Portfolio (EUPP) where we use the power of bulk purchasing to help Australian businesses of all sizes save on their energy bills. We’ll conduct a free no obligation comparison to show you how you can save. Read more: https://edgeutilities.com.au/edge-utilities-power-portfolio/ or call us on 1800 334 336 to discuss. 

 

Coal and gas move to renewables and storage

renewables and battery storage

With Enel X announcing the installation of battery storage systems in shopping centres in Melbourne and on the NSW central coast, this year may see a shift in the energy market as we transition from coal and gas to renewables and storage.

AEMO has for many years been looking at a fundamental shift in generation, transmission and energy usage. AEMO is now focusing on firming electricity, electric vehicles and the regulatory framework to enable these changes to occur.

Key federal policies have underpinned the need to progress an increase in renewable energy. Growth in renewable energy is dependent on the growth of storage to be fully utilised and the need for greater transmission infrastructure is required to link the projects to the end users.

In recent years we regularly saw that the NEM had the potential to operate with very high levels of renewables, but the limiting factor still remained that thermal generation provided the firming, reliability and system security when the wind was not blowing or the sun is not shining. At the end of December, South Australia produced 104% of its demand with renewable energy and exported the extra electricity to the neighbouring region.

AEMO reports show there is currently 21GW of new projects undergoing connection assessment and they expect 5GW of new capacity to be added during FY2023 adding to the 4GW currently operating.

To assist this influx in renewable generation ARENA granted $176m in December 2022 to fast track 8 new battery projects bring in 2.0GW/4.2GWh of storage. The plan is to triple the battery storage across the NEM by 2025.

Over the next year we will also see more transmission lines connecting the nation as more renewable energy zones are connected to the load centres under the Rewiring the Nation policy. The first transmission projects to receive Rewiring the Nation funding were announced following the October 2022 Federal budget. Recently funded projects include the VNI NSW-Victoria interconnect, Marinus Link and various NSW transmission projects connecting the renewable energy zones. This funding will assist in building the transmission lines over the next 10 years.

If you would like a strategy to ensure your company procures energy to support sustainability and growth in renewables  please reach out to discuss your options.  To save on electricity spend, you can also join our Edge Utilities Power Portfolio, read more: https://edgeutilities.com.au/edge-utilities-power-portfolio/ or call us on: 1800 334 336 to discuss.  

Market operator develops road to renewables

Just a week after reporting on a slowing of renewable energy projects to an all-time low, this week the Australia Energy Market Operator (AEMO) has published the engineering roadmap that is required to get the NEM to 100% renewables. While the roadmap doesn’t guarantee the NEM will be powered by renewables 24 hours a day all year round, the roadmap is designed to allow the NEM to be powered by renewables for hours or days at a time.

The roadmap to 100% renewables raises new challenges including the variability of output from wind and solar generation and the change required to these technologies to work with a system designed for one-way electricity flow from large synchronous generators to firm the transition away from coal-fired generators.

For years the market has seen the potential for high levels of renewables to cause system problems, this is due to the variability of output causing large swings in spot prices and lower system strength leading to a less stable network.

South Australia is a world leader in renewable energy generation, and in order to maintain system security they use synchronous condensers which maintain inertia and in doing so improves system strength, allowing for higher levels of wind and solar to operate. The transition may require more synchronous condensers to maintain system security, however newer installations are integrating these technologies to provide a similar service which may mitigate the demand.

In addition, high levels of renewable energy puts pressure on coal generators. Forcing coal-fired generators to run at minimum load while they wait for anticipated higher prices over the evening and into the night. However, the longer the spot price remains lower during the day, coal-fired generators will need higher evening spot prices to break even. At some point, the economics will not add up, and the coal-fired units will be mothballed or permanently retired. The shutting down of coal-fired generators will require large amounts of storage for countries to achieve their renewable energy targets of 83% by 2030.

While coal-fired generation is the big loser in the new world, 100% renewables combined with storage will put a lower reliance on gas-fired generation for firming or covering the peak electricity needs during the day.

If you would like a strategy to ensure your company procures energy to support sustainability and growth in renewables  please reach out to discuss your options.  To save on electricity spend, you can also join our Edge Utilities Power Portfolio, read more: https://edgeutilities.com.au/edge-utilities-power-portfolio/ or call us on: 1800 334 336 to discuss.  

Why growth is slow in renewable energy

The Clean Energy Council (CEC) recently released to its members the quarterly renewable projects report, which showed only one renewable project, Stubbo solar farm, reached financial close in Q3 – 2022. Investment in renewables is at an all-time low where quarterly investment has dropped almost 60% to $418M. As well as project growth which has slowed by almost 30%, compared to Q2 -2022 and over 60% lower than Q3- 2021.

While politicians are talking up the prospects of a renewable energy driven industry to reduce the impact of climate change, the reality is, reaching the 44GW target outlined by the federal government may be hard to achieve at the current rate of growth.

A significant number of new wind, solar and storage projects need to come online. If these projects do not come online the retiring coal generators cannot be replaced and may be forced to remain in action.

While only one renewable project in Australia reached financial close last quarter, two projects completed commissioning and three new projects started construction during Q3- 2022. Currently there are 247 financially committed renewable projects in Australia, with 221 under construction and 169 undergoing commissioning.

The CEC notes that the desire to build new solar, wind, pumped hydro and transmission lines is meeting opposition from by local communities. Some examples being, Chalumbin wind farm in North Queensland is now reducing the number of planned wind turbines it is installing by half,due to the concerns from the local community. There are also concerns for the largest pump storage hydro project that the Queensland Government is planning to construct near Mackay, after locals have discovered the mega project has the potential to flood a local town.

With ambitious renewable targets being spruced by politicians and businesses actively seeking renewable energy to aid in the decarbonisation of their operations, the question of where and when these projects will be delivered need to be asked. The majority of people support the transition to renewables but obviously not in their own backyard.

Overview of the National Electricity Market (NEM) – Quarter 3, 2022

The NEM has experienced an unprecedented year of high electricity spot prices, recently Q322 averaged $216/MWh across the (NEM) which was more than three times higher than the same quarter in the previous year and close to matching the all-time high during Q222 of $264/MWh.

Many factors influenced the volatility and elevated spot prices including:

  • A tight supply / demand balance resulting from gas flow restrictions in Europe associated with the war in Ukraine
  • Australian weather events
  • An increase in demand
  • Generator bidding behaviours
  • A reliance on thermal generation (coal and gas fired)

Coal and gas prices are at all-time highs due to international demand leading to a high cost of generation. In turn increasing the underlying fuel cost for generators, contributing to the increase in spot prices. As little energy storage is currently installed in Australia, large swings in the output from wind also contributed to the volatility in the market.

Generators who want to sell electricity to the NEM must submit a bid detailing how much energy they would like to offer in ten different price bands. Recently a lower volume of generation has been available from coal due to bidding behaviour with participants withdrawing thermal capacity and intermittent generation like solar and wind taking a larger market share.

A lower capacity factor for coal generation has resulted in coal fired availability to move higher up the bid stack, resulting in coal fired generation needing to dispatch at higher spot prices to meet their long run average costs.

Weather influences such as La Niña and a negative Indian Ocean Dipole (IOD) event increased the likelihood of rainfall across the east coast of Australia this year. With September’s rainfall being the fifth highest on record across Australia. The cloudy and wet conditions impacted solar generation and the supply of coal to power stations resulting in higher fuel prices.

Demand from the grid has increased for the first time in Q322 since 2015 as households and businesses require more electricity from the grid due to rooftop solar not generating as much as previous years due to cloudy conditions.

If you feel you need more control of your company’s energy spend, please reach out to discuss joining our Edge Utilities Power Portfolio (EUPP) where we use the power of bulk purchasing to help Australian businesses of all sizes save on their energy bills. Read more: https://edgeutilities.com.au/edge-utilities-power-portfolio/ or call us on: 1800 334 336 to discuss.  

The state of the market – rising energy costs in today’s budget explained.

Up and up

The budget handed down last night by the Albanese government really did show that there will be “hard days to come”. The treasurer, although acknowledging the international pressures and increases of electricity prices, did nothing to assist with this increasing cost on households and businesses bottom lines.

So why are international pressures a driver for the electricity we use when we turn on our lights?

Well let’s start with a breakdown of what goes into our bill, a large customer will see this split into each section, but smaller businesses and households don’t, they are just rolled into a flat tariff.

There are 4 main components of the energy we buy:

  1. The physical electrons / energy we purchase
  2. The environmental subsidies we all contribute into for a certain number of renewables to be underpinned
  3. The cost of running our electricity grid
  4. The cost of maintaining and running the infrastructure from the huge transmission lines coming across the state to the smaller distribution lines which bring the power to our business or home

The cost of the physical power we use has been on a rollercoaster the last few years. From unprecedented lows during the pandemic, when there was little global demand for our exports and lower demand from our domestic industry to the highs we are now experiencing. But to breakdown this huge shift we have to look abroad.

Let’s first address why we are looking outside of Australia. As a country our coal and gas is largely exported into Southern Asia. Their thirst for energy has increased dramatically over the last few decades and our abundance of natural resources and location made us a great partner to feed their demand. But we are not the only ones satisfying their thirst for energy, and therefore our price of export at is linked to the price other global countries will export at. Setting the ’Global price’. It is just like us going into Coles (China) and seeing Tim Tams for $20 and knowing they are $4 in Woollies (Australia), we would always shop at Woollies. Therefore, to ensure no company misses out the price is always about the same no matter where you shop.

So, if you are an exporter of coal and you know you can sell your Tim Tams to Coles for $20, why would you supply our domestic market (Woollies) at $4/pack. You wouldn’t, you would pile all the coal (Tim Tams) you could on a ship and send it away as quick as you can, and that is why we are linked to the international market. As we need the Tim Tams (or Coal) to ensure our domestic electricity demand is met. But, to do this, we also have to pay the $20/packet to make sure we can have enough here in Australia.

This international price has skyrocketed recently. Not only has demand come back from all the lockdowns caused by COVID19, but the Ukraine crisis has thrown global energy into a tailspin. Europe, who used to be nicely fed their Oil and Gas from Russia now cannot get their supply, as such they are telling everyone they will buy the Tim Tams for $25 even $30 per packet. So again, the circle of, if I can sell to them for $30 why would I sell to Woollies for the now $20 price re starts until Woollies (Australia) is now paying $30 per packet.

But as the cost of the Tim Tams go up we start thinking maybe I will have a Kingston (Gas) instead, it is easier to buy and no one has bought them all for the next 18 months at $30/pack. So, as we all start leaving behind the expensive Coal (Tim Tams) because they have all being bought and pre-ordered for 18 months and move to Gas (Kingston’s). In doing this, that price also increases, and so the spiral re-starts.

Now let’s add some spice. The delivery truck bringing those Tim Tams and Kingston’s to the shops (Power Stations) are flooded in, or the truck unloads but they all get soggy in the rain. Now they can’t be eaten (burned to make electricity). So, what happens? What was already a high price, gets higher. So, with a third La Nina forecast for Australia and flooding already affecting many regions, these deliveries are either delayed or just don’t make it. Meaning an already tight market becomes more sparce and therefore more expensive.

Now the cynical among us would say that the generators are taking advantage of this, and the market is pushing the price higher and higher because they have bought their Kingston’s and Tim Tams at $20/packet and could sell them to us at that price, but instead they know they could now charge $30 per packet so why not, they bank the $10 per packet and no one is wiser. But that is for the ACCC, and you would hope they are watching such behaviour with eagle eyes!

These are a handful of the drivers affecting our price at the moment, there are currently 7 to 10 of them all similar in their affect, that any fluctuation anywhere in the world is having huge repercussions to us at home.

But they aren’t the only changes. With huge pushes towards renewable energy and the certificates produced by them, this market is also increasing as the number of renewables is not increasing as quickly as the amount required. Therefore, again the costs go up and this is passed onto the end users in their bills. Now factor in this renewable energy is going to cost more not just now but in the future, as the cost of making the solar panels increases as the electricity price increases. Therefore, the cost of any of this de-carbonisation has just increased in price too.

But that isn’t the end of the story, finally, let’s consider the cost of bringing the power from the power station to our meter. This is a huge amount of infrastructure which is either older requiring it to be maintained or new requiring funding. Both costs are underpinned by debt. The higher the lending rate is, the higher this debt becomes and therefore the more we are charged to use their system. Further with the huge roll out in renewables this will require significant upgrades to the system as the power will be coming from less conventional areas to the load centres (think towns / cities). With the interest rates rising the cost of this debt or borrowing goes up, just like a mortgage on a house. Again, this only means one thing. An increase in pass through costs to our bills. With huge renewable ambitions and nowhere near enough funding passed down in this budget, that can only result in increases to our bills from our retailers.

Unfortunately, this means that without significant easing of many of these fundamentals, there is no relief in sight. Maybe for once the sensational headline of 35% increases in bills may turn out to hold some truth.

Edge Utilities can help:

If you feel you need to take more control of your company’s business energy spend, please reach out to discuss joining our Edge Utilities Power Portfolio (EUPP) where we use the power of bulk purchasing to help Australian businesses of all sizes save on their energy bills. Read more: https://edgeutilities.com.au/edge-utilities-power-portfolio/ or call us on: 1800 334 336 to discuss.  

 

Conference of the Parties: The Youth Strikes Back

We all know Greta Thunberg, the girl who rose to fame at 15 for sitting outside the Swedish Parliament with a sign saying, “School strike for climate”. This movement grew to the worldwide strikes by school children known as ‘Fridays For Future’, whilst she rose to fame for her address to the UN Climate action summit and three consecutive nominations for the Nobel Peace Prize (2019, 2020 and 2021).

However, there is a quieter youth revolution occurring, one which is now in its 16th year and although not receiving the media attention of strikes such as those organised by Greta et al, this one is dubbed the most significant youth gathering for its capacity to directly forward the official youth position in the UN Climate Negotiations.

Conference Of Youth 16 or COY16 is the lesser-known child of the Conference of the Parties. It was established in 2005 at the Montreal COP11. By 2009 the United Nations Framework Convention on Climate Change (UNFCCC) and all member states at the convention officially recognised youth as its own constituency observer.

By 2011 the constituency was given its own status and title, YOUNGO. There it was also given a significant role and voice allowing YOUNGO to be formally heard by the UNFCCC in all discussions.

Now it brings together thousands of young changemakers from over 140 countries in the week before the COP.

Not only does it give them leadership advice and policy training so they can successfully prepare for their participation at COP. They are immersed in event management including how to mobilise people by engaging around different impacts in different sectors through to gaining scholarships and internships in areas of Climate Change and influence.

However impressive for the individuals, this isn’t the main purpose of the gathering. It is there to produce a policy document which is presented at the COP the following week to ensure the youth are represented at the UN Climate Negotiations. The Statement to be presented this year at COP26 can be found here https://ukcoy16.org/wp-content/uploads/2021/10/Global-Youth-Statement.pdf . But to sum up the document they are asking for a seat at the table. This is as they say theirs to inherit and as well informed voices they don’t want to be ignored or given empty promises, they want leaders to commit to change and stand by their word. They are asking for specific recommendations to be taken on board and these are well articulated and well presented arguments to do so.

How much they succeed and what impact they have is unknown, but they are gaining momentum and as the leaders of the future it will create a step change in politics whether the old guard want it or not.

 

SOLAR LEADING THE WAY

Each week new records are broken across the energy market. Be it historic record low demands, reducing levels of thermal plant availability or the increased availability from renewables.

Last week saw solar reach more than 50% of Australia’s demand. This came as record generation levels came from both rooftop PV and large-scale solar sectors.

Ironically this record occurred on Sunday while the National Party room was meeting to discuss their stance on net zero emissions. As the Nationals push to lift the profile of the coal industry and power the country from coal fired power stations, solar generation reached 51.8% of the NEMs demand.

While regions like South Australia have passed the 50% solar milestone during the weekend it was the first time the NEM reached more than 50%. As expected, solar provided most of the electricity between 11:00 and 13:00, peaking at 11:55.

The 50% hurdle could have been higher as negative prices in South Australia economically constrained some large-scale solar plants. On the previous day, the record would have been broken if not for Queensland economically constraining off 1,800MW of large scale solar due to negative prices.

As mentioned above the NEM is also experiencing low operational demands and in line with the high rooftop PV generation, the demand dropped to a record low across the NEM of 12,936MW on Sunday as solar reached over 50% generation. As rooftop PV is not economically constrained, it accounted for 38% of the underlying demand.

As solar generation increased, it displaced coal fired generation with black coal generation throughout Queensland and NSW reaching historic lows of 6,105MW.

These statistics were surely discussed in the Nationals party room over the weekend and along with AEMOs forecasts showing the NEM can reach 100% renewables by 2025 as their base case scenario in modelling such as the ISP and the ESOO, the question about the role of renewable and coal in the market must have been discussed.

During the Spring months, skies are clearer and air temperatures are conducive to low air conditioning and heating loads, we could realistically see a situation where rooftop PV could cover demand. Of course, this will cause issues for AEMO who are required to keep various synchronous units online for system security however recent changes have allowed AEMO to employ systems to switch off solar in the event of a grid event to maintain grid security.

Written by Alex Driscoll Senior Manager Markets, Trading & Advisory

Hydrogen Guarantee of Origin Scheme

Everyone wants a piece of the Hydrogen pie, and the Australian government is no exception. With the predicted demand forecasted to be 50 million tons by 2025 for industry and transport alone, and a conservative growth of 3.5% per year expected following this it isn’t surprising everyone wants to be first out to the Hydrogen blocks.

No sooner had the Department of Industry, Science, Energy and Resources (DISER) released its discussion paper and questionnaire to set up a Renewable Guarantee of Origin (GO) scheme for the Hydrogen industry (and post RET electricity sector) than the Queensland Minister for Energy, Renewables and Hydrogen, Mick de Brenni, went to the Smart Energy Summit and announced the Queensland Government was partnering with the Smart Energy Council to create a zero-carbon certification scheme to create certificates for renewable hydrogen, ammonia and metals produced in the state.

But the big question which needs to be looked at is “are all GO certificate’s equal?” This is going to be key to the salability and international credentials which will be imperative to the confidence given to our hydrogen on the international stage.

The most defined scheme by far is the European CertifHy scheme which has set some stringent definitions that Australia seems to be trying to find some wiggle room within! The CertifHy scheme was founded in 2014 and sets strong guidelines (backed by the European Union Renewable Energy Directives (RED I and RED II) policies, setting out minimum thresholds of the emissions intensity of hydrogen that can be certified under the scheme.

Australia will need to match these emission intensity thresholds or down the track when our “green” hydrogen isn’t accepted worldwide we will suffer the consequence. Within both proposals (DISER and the Smart Energy Council) they are supportive of using the scheme using the governments Climate Active certification. This seems sensible until you investigate their requirements for “net-zero emissions.” The issue arises in that the status can be reached by emissions can be offset by purchasing carbon credits, these don’t have to be Australian (Australian Carbon Credit Unit’s ACCU’s), but the status can be achieved with international private certification schemes which may not hold up to the stringent regulation of state-run schemes.

CertifHy has only 2 definitions of Green Hydrogen. Green Hydrogen is Hydrogen generated by renewable energy with carbon emissions 60% below the benchmark emissions intensity threshold set by Natural Gas. The second is Low Carbon Hydrogen which is created by energy, not from a renewable energy source but still means the same emissions benchmark of 60% below GHG emissions of natural gas. All other forms are known as Grey Hydrogen.

If this is seen to be the international standard Australia cannot deviate from this. With major stakeholders in the design of the CertifHy scheme from Japan, the USA, Canada, and South Korea the creation of a harmonized GO across Europe and beyond the market for certified GO Hydrogen will have its base standard set. Being accepted on a national scheme will not be an issue if it corresponds with the international standard, but this is one corner the Australian Government must be careful not to cut in its green ambition.