AUSTRALIA — THE COAL GIANT TRAPPED IN THE ENERGY TRANSITION

INTRODUCTION: A BRIEF DIAGNOSIS

Australia is one of the most contradictory points on the map of the emerging energy-digital system. It is a country that simultaneously represents:

• A coal giant with growing exports. Australia remains the world’s second-largest coal exporter. Thermal coal exports increased by 8 million tonnes to 213 million tonnes in 2025–2026 [13]. Metallurgical coal generates approximately $30 billion in export revenue, while total coal exports are forecast to decline from 209 million tonnes in 2025 to 197 million tonnes by 2031 [19].
• A leader in renewable electricity generation. In September 2026, renewables reached a record 80.4% share of generation in Australia’s National Electricity Market (NEM) at peak periods [11]. The average renewable share for the year ending June 2026 was 44% [11]. In Q2 2026, renewables accounted for 42.1% of generation, a record high for the second quarter [1].
• A country with expensive electricity for Bitcoin mining. Industrial electricity tariffs range from 13 to 25 cents per kWh, depending on the state and time of day. This makes mining economically unviable without access to dedicated generation or favorable power contracts [4][9][15].
• A country undergoing a major regulatory transition in crypto. According to the cited sources, since April 2026, crypto platforms have been required to obtain an Australian Financial Services Licence (AFSL), significantly changing the regulatory framework for the sector [5][10].

Australia’s paradox: the country is systematically developing renewable energy infrastructure and possesses some of the world’s best solar resources, yet it does not use this potential to systematically monetize energy through mining. It has the legal framework, technological capabilities, and surplus solar generation during certain hours, but high electricity prices and the absence of a coherent strategy leave it more of an observer than a major participant in the emerging energy-digital system.

Australia exports coal to power the global economy, but it has yet to turn its own solar potential into digital liquidity.

SECTION 1. THE OLD MODEL: WHAT EXISTED AND WHAT IS BREAKING DOWN

For decades, Australia’s economic model rested on three pillars.

Coal as the foundation of exports. Australia controls a significant share of the global thermal and metallurgical coal markets. High coal prices support public revenues and the economies of coal-producing regions, particularly New South Wales and Queensland [13][19].

LNG as the second export pillar. Australia was among the world’s three largest liquefied natural gas exporters, but in 2025 it lost second place to Qatar [14][20].

The renewable energy pivot. Over the past decade, Australia has made a substantial shift toward renewables, reaching a record 80.4% share of generation during peak periods [11][17].

However, this model is beginning to show signs of strain.

Coal exports under pressure

Despite higher thermal coal export volumes, the long-term outlook points to a gradual decline, from 209 million tonnes in 2025 to 197 million tonnes by 2031 [19].

China is also reducing its purchases of Australian metallurgical coal. Australia’s share of Chinese imports fell from 8.5% to 7.5% [2]. This reflects Beijing’s efforts to diversify supply and reduce dependence on individual suppliers.

LNG is losing ground

The United States has become the world’s largest LNG exporter, while Qatar has overtaken Australia. The approaching end of productive life at several gas fields adds further pressure.

After 2030, gas production in Western Australia is forecast to decline by 4.1% annually, according to the cited sources [3][8].

Australia remains an important player in global gas markets, but its position is no longer unassailable.

Electricity remains expensive despite renewable growth

The central contradiction of Australia’s energy transition is that a growing share of renewable generation does not automatically translate into cheap electricity for every consumer.

In New South Wales, the summer peak tariff for small businesses reaches 25.16 cents per kWh [4]. In Western Australia, the cited tariff for large consumers is 38.99 cents per unit under the relevant pricing structure [15].

For energy-intensive Bitcoin mining, this is a major constraint. High electricity costs can eliminate the economic advantage of using modern mining equipment.

The old map no longer reflects the new territory. Australia remains a coal giant, an LNG exporter, and a renewable energy leader. But it now faces declining long-term demand for some traditional resources, stronger competition in LNG, expensive electricity, and the absence of a systematic strategy for monetizing renewable generation.

SECTION 2. THE ENERGY PROFILE: WHAT AUSTRALIA HAS AND WHAT IT LACKS

Australia is an energy giant in terms of potential, but its ability to monetize that potential remains constrained.

What Australia has	What it lacks
A record 80.4% renewable share during peak periods [11]	Affordable electricity for mining: tariffs can reach 13–39 cents per kWh [4][15]
4.3 million households with rooftop solar [11]	A systematic strategy for monetizing surplus generation
Enormous solar potential [11]	Industrial electricity prices competitive with lower-cost energy jurisdictions
Major coal reserves and export infrastructure [13]	A large-scale industrial mining infrastructure
Developed gas infrastructure [8]	Sufficient domestic oil production to fully cover internal demand

Key fact: record generation does not mean effective monetization

In September 2026, renewable generation reached 80.4% of the National Electricity Market’s output at peak periods. Rooftop solar accounted for more than 50% of generation during the relevant peak period [11].

However, some potential output is curtailed because of low demand, grid constraints, and technical requirements. According to the cited source, more than 8 GW of solar and wind capacity could not be fully utilized by the system [6].

In other words, the problem is not simply generating electricity. It is also the ability to deliver it to consumers at the right time and at a competitive price.

A new element: batteries as a response to renewable intermittency

Over the 12 months to August 2026, electricity supplied by grid-scale batteries more than tripled. At the same time, gas-fired generation fell by 28% [6].

Batteries help shift some daytime solar output into the evening, when demand and prices may be higher. This increases grid flexibility and reduces the need for gas-fired generation during certain periods [6].

But storage solves only part of the problem. Batteries help preserve and shift electricity; they do not, by themselves, create a strategy for monetizing energy through digital assets.

SECTION 3. AUSTRALIA’S POSITION ON MINING AND CRYPTOCURRENCIES

This is where Australia’s central paradox becomes clear.

The current situation

Cryptocurrency mining is legal, but it is often economically unviable without access to cheap electricity or dedicated generation. According to the cited sources, Australia’s share of the global Bitcoin hashrate remains small [5].

The legal framework

• Mining is legal. According to the cited sources, no specific licence is required solely to conduct mining [5][10].
• Commercial projects may require local approvals. Depending on their scale and location, operations may be subject to planning rules and requirements concerning power consumption, cooling, and heat emissions [10].
• Tax treatment depends on the nature of the activity. Mining proceeds may be taxed as ordinary income or fall under capital gains tax (CGT) rules, depending on the circumstances and business structure [5][16].

The economics of mining

Electricity costs are the main constraint for Australian miners.

Indicator	Value
Peak tariff in New South Wales	21.72 cents per kWh [4]
Off-peak tariff in New South Wales	13.33 cents per kWh [4]
Cited tariff for large consumers in Western Australia under the relevant pricing structure	38.99 cents per unit [15]

To remain competitive, miners generally need their own solar generation, long-term power purchase agreements (PPAs), or other favorable electricity supply arrangements [5].

Mining projects using solar and wind power are one potential way to reduce operating costs [5].

Key fact: Australia has some of the world’s best solar resources, but high electricity prices and the absence of a coherent strategy keep mining a niche activity rather than a core part of the national energy model.

Mining becomes competitive primarily where operators can secure their own generation or negotiate favorable PPAs.

The regulatory environment

According to the cited sources, since April 2026, crypto platforms have been required to obtain an Australian Financial Services Licence (AFSL) [5][10].

Before the reform, only around 10% of approximately 400 crypto platforms referenced in industry estimates were registered with ASIC [5].

Stablecoins are being addressed through a separate reform: the Treasury Laws Amendment (Payments System Modernisation) Bill [5].

The paradox: Australia is developing its crypto regulatory framework but has not created a comparable strategy for mining. It regulates digital asset trading, but it does not turn its energy advantages into a systematic competitive edge.

SECTION 4. THE REGULATORS: ASIC, ATO, AND RBA

Australia is among the countries actively developing a comprehensive regulatory framework for digital assets. Its key institutions include the financial regulator, the tax authority, and the central bank.

4.1. ASIC — Australian Securities and Investments Commission

Licensing. According to the cited sources, since April 2026, crypto platforms and custody providers have been required to obtain an AFSL [5][10].

Classification. A digital asset may be considered a financial product if it falls within certain legal categories, such as an investment, an interest in a managed investment scheme, a security, a derivative, or a non-cash payment facility [5].

Stablecoins. A separate regulatory framework is being developed through the payments system reform [5].

4.2. ATO — Australian Taxation Office

Taxation. Cryptoassets may fall under capital gains tax rules. Selling, exchanging, or using cryptocurrency can create a taxable event, depending on the circumstances [5][16].

Mining. Tax treatment depends on whether the activity is conducted as a business or as a hobby, as well as the applicable tax rules [5].

Data matching. The ATO receives information from major crypto exchanges, increasing transaction transparency and tax enforcement capabilities [5].

4.3. RBA — Reserve Bank of Australia

Central bank digital currency. The RBA is researching CBDCs, but the cited sources do not indicate a decision to begin issuing one [5].

Position on cryptocurrencies. The central bank does not recognize cryptocurrencies as legal tender, but that does not amount to a general prohibition on investing in digital assets [5].

The key principle

Australia is building regulation, but it has yet to establish an equally comprehensive infrastructure for monetizing energy through digital assets.

It is creating a legal framework for the crypto market, while high electricity prices constrain mining. It is expanding renewable generation, but it does not fully utilize the potential of surplus output to support new energy-intensive industries.

SECTION 5. GEOPOLITICAL POSITION: BETWEEN CHINA AND THE UNITED STATES

Australia balances its relationship with China, one of its largest resource buyers, against its longstanding alliance with the United States.

China: a major buyer and a source of competition

China remains a crucial market for Australian commodities, including coal and LNG. However, according to the cited data, Chinese imports of Australian LNG fell by 45% between the second half of 2021 and the first half of 2026 [2][3].

China is also diversifying its supply sources and reducing its dependence on Australian coal [2].

This creates a dual challenge for Australia: the country remains dependent on commodity exports, while its largest buyers gradually adjust their import patterns and expand their choice of suppliers.

The United States: a strategic ally

The United States remains Australia’s key security and geopolitical partner. However, economic ties with China remain highly significant for Australian exports.

In digital asset regulation, Australia is moving toward international standards for licensing, transparency, and reporting [5].

At the same time, it retains its own energy policy, seeking to combine traditional resources with renewable generation.

The architectural conclusion

Australia remains a supplier of critical resources — coal and LNG — to the global energy system. But it has not yet become an architect of the emerging energy-digital model.

The country balances relations with China and the United States while developing renewables and a regulated crypto market, yet it lacks a comprehensive strategy for digitally monetizing energy.

SECTION 6. THE ARCHITECTURAL CONCLUSION: WHAT PATH IS AVAILABLE TO AUSTRALIA?

Australia combines several characteristics rarely found together in a single country:

• A record 80.4% renewable share during peak periods [11].
• Approximately 4.3 million households with rooftop solar [11].
• High industrial electricity tariffs, ranging from 13 to 39 cents per kWh depending on the tariff and conditions [4][15].
• Status as one of the world’s largest coal exporters, with 213 million tonnes of thermal coal exported in 2025–2026 [13].
• A weakening position in LNG exports after losing second place to Qatar [14][20].
• A major reform of cryptoasset regulation, including new licensing requirements [5][10].

Australia’s weaknesses

1. Expensive electricity for mining. Industrial tariffs constrain mining profitability without dedicated generation or favorable long-term power contracts [4][15].

2. Curtailment of surplus generation. According to the cited source, more than 8 GW of solar and wind capacity faced restrictions on utilization because of grid and technical constraints [6].

3. No strategy for monetizing renewables. Australia lacks a systematic plan to turn surplus solar generation into digital liquidity through mining or other energy-intensive digital processes.

4. Dependence on coal exports. Long-term forecasts point to declining export volumes, while economic diversification takes time [19].

5. Intensifying LNG competition. The United States and Qatar have strengthened their positions, while the depletion of some Australian gas fields creates additional risks for exports [14][20].

The main conclusion

Australia is unlikely to become a major Bitcoin importer for the same reasons as economies facing a shortage of domestic energy. It has significant solar potential and a developed renewable energy infrastructure.

But it also cannot automatically become a major industrial Bitcoin mining hub comparable to jurisdictions where electricity is cheaper. High tariffs limit its competitiveness.

Australia will continue exporting coal and other energy resources to the global economy, but that does not mean it will systematically monetize its own solar generation through digital assets.

For Australia, Bitcoin has not yet become either an “energy coupon” or a “strategic reserve.” It remains a missed opportunity — a potential tool whose adoption is constrained by electricity costs and the absence of a comprehensive strategy.

CONCLUSION: AUSTRALIA’S PLACE IN THE GLOBAL TRANSITION

Australia is neither the architect of the new system nor simply its victim. It is a coal giant caught in the energy transition.

Europe risks increasing its dependence on external energy sources and digital assets if it cannot secure competitive domestic generation.

China is developing parallel infrastructure and pursuing a consistent industrial strategy.

The United States is seeking to strengthen its position in the emerging financial architecture, including through initiatives related to Bitcoin reserves.

Russia possesses substantial energy resources and could strengthen its energy sovereignty if it develops a coherent strategy.

Australia has enormous solar potential and strategic commodity resources, but it has yet to use them systematically to develop an energy-digital economy. It exports coal to China and Japan but does not turn its solar generation into digital liquidity. It expands renewable infrastructure, but high tariffs make mining uncompetitive. It strengthens crypto regulation but has not linked it to a unified energy monetization strategy.

The global significance: Australia demonstrates that even a country with enormous solar potential and significant energy resources can remain on the sidelines of the emerging system if it lacks a strategy for monetizing energy through digital assets.

The central question is not whether Australia will use Bitcoin. It is whether the country can overcome the electricity price barrier, align energy system development with digital infrastructure, and build a coherent strategy — or whether it will remain a supplier of coal and LNG to those building the future.

FULL LIST OF SOURCES

[1] 中国金融信息网 — 二季度澳大利亚可再生能源发电占比创历年同期新高 (July 2026) — https://www.cnfin.com

[2] JOGMEC — 豪州連邦政府「Resource and Energy Quarterly：September 2026」 (October 2026) — https://journal.jogmec.go.jp

[3] IEEFA — Australian domestic gas demand continuing to fall (August 2026) — https://ieefa.org

[4] Amber Electric — Endeavour Energy Business Tariffs — FY2026-27 (August 2026) — https://help.amber.com.au

[5] Tangem — Crypto in Australia: The Complete Guide (March 2026) — https://tangem.com

[6] El Periódico de la Energía — Las grandes baterías desplazan a los combustibles fósiles en Australia (September 2026) — https://elperiodicodelaenergia.com

[7] DISR — Resources and Energy Quarterly: June 2026 (July 2026) — https://www.industry.gov.au

[8] IEEFA — Australian Gas and LNG Tracker (September 2026) — https://ieefa.org

[9] Shell Energy — Large Customer Default Rates (July 2026) — https://shellenergy.com.au

[10] LexBlog — Is Crypto Legal in Australia? (August 2026) — https://www.lexblog.com

[11] RenewEconomy — Wind and solar hit record share of Australia’s main grid (September 2026) — https://reneweconomy.com.au

[12] QCA — ACIL Energy Cost Report for 2026-27 (December 2025) — https://pilot.qca.org.au

[13] BSS News — Climate champion Australia digging more coal (October 2026) — https://www.bssnews.net

[14] Intermodal — Australia’s LNG Outlook Under Strain (February 2026) — https://www.hellenicshippingnews.com

[15] Synergy — Large Business Demand M1 tariff (July 2026) — https://www.synergy.net.au

[16] Collective Family Law — Is Crypto Legal in Australia? (August 2026) — https://collectivefamilylaw.com.au

[17] Renewable Energy Magazine — Australia supera por primera vez el 80% de electricidad renovable (September 2026) — https://www.renewableenergymagazine.com

[18] Gulf Oil and Gas — Solar and Wind Generation Hit Record 80% of Australia’s Power Demand (September 2026) — https://www.gulfoilandgas.com

[19] Australian Mining Review — Coal at a crossroads (August 2026) — https://australianminingreview.com.au

[20] Intermodal — Market Insight Week 08 (February 2026) — https://www.intermodal.gr

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