Strategy Consulting in Australia
We work with renewable-energy businesses operating in Australia and across APAC to sharpen commercial strategy, win revenue and enter or expand into new segments. Australia is past the point where the transition is an argument about policy; renewables supplied 42.7% of the country’s electricity in 2025, and the commercial question has moved from whether it gets built to who gets paid for it.
Solar installersC&I solarBattery & energy storageEnergy retailersRenewable-energy technologyEnergy software & SaaSEV & chargingEquipment suppliersEnergy services
Australia Market at a Glance
Four figures we track for the Australian market. Each names its source and reporting period.
Clean Energy Council, Clean Energy Australia 2026 · CY2025
Australian Government, Powering Australia · 2026
AEMO, Draft 2026 Integrated System Plan · Dec 2025
DCCEEW, Capacity Investment Scheme · 2026
What the Numbers Mean for Business
Growth is Accelerating
Australia added 5.9 GW of new renewable capacity in 2025, close to a third more than the year before, and in the final quarter of 2025 clean energy out-generated fossil fuels for the first time.
Rooftop solar contributed 2.6 GW of that — more than utility-scale solar and onshore wind combined. For a business planning capacity or headcount, the constraint is no longer demand; it is whether crews, accreditation and working capital can be added at the same rate.
Investment is Shifting
The money is moving down the value chain. Only 2.3 GW of new utility-scale solar and onshore wind reached financial commitment in 2025, down 46% from the year before, while large-scale battery capacity rose 233% and home battery sales rose 260%.
Australia is now the third-largest utility-scale battery market in the world. Storage, connection and distribution work is being funded where new generation development has paused.
New Opportunities are Emerging
Three openings follow. Storage integration for the millions of customers who already have solar. Energy procurement for commercial and industrial buyers whose load is growing — AEMO recorded a 5.4 GW data-centre connection pipeline in June 2026.
Furthermore, the compliance, connection and delivery services every one of those projects has to buy. Each rewards a business that can prove capability and turn work around, rather than one competing on hardware price.
Understanding the Australian Market
What is happening in the Australian market, and why it matters commercially.
Renewable generation growth
Australia added 5.9 GW of renewable capacity in 2025 and renewables reached 42.7% of total generation. What has changed is the mix: rooftop and storage are carrying volume that large-scale development is not.
| The shift | The commercial impact |
|---|---|
| Pace and scale | 5.9 GW added in 2025, close to 30% more than the year before — 2.6 GW rooftop solar, 2.0 GW utility-scale solar and 1.4 GW onshore wind. Renewables reached 42.7% of generation, up from 39%. |
| Where it is concentrated | Rooftop volume is national and distributed. Large-scale volume concentrates in Renewable Energy Zones; the draft 2026 ISP identifies 44 potential zones, including five candidate offshore wind areas. |
| Who captures the value | Installers, electrical contractors and O&M providers absorb the distributed volume. Developers, EPCs and grid-connection specialists compete for a large-scale pipeline that got smaller in 2025. |
| Timing | Rooftop and battery volume is here now. Large-scale volume follows the Capacity Investment Scheme tender cycle, landing roughly 18 to 36 months after each award. |
| What to watch | Quarterly financial commitments for utility-scale wind and solar. Only 2.3 GW committed in 2025, down 46% — a second weak year would move work decisively toward distributed and storage segments. |
Where it shows in the P&L
Revenue mix moves before revenue volume does. Distributed and storage work carries different deal sizes, cycles and gross margins, so average contract value can fall while total revenue still grows.
What to change now
Decide which of the two volumes the business is actually built to serve, and resource against that. Holding a large-scale pipeline and a distributed one on the same overhead usually under-serves both.
How to know it is working
Revenue and gross margin reported by segment rather than blended, reviewed quarterly against the Clean Energy Council investment data so the plan moves with the market rather than a year behind it.
Grid investment
Transmission is the binding constraint on the Australian transition and the largest single line in the plan — and it is slipping. Every major project moved to the right in the draft 2026 ISP, and the cost of building network infrastructure has risen sharply.
| The shift | The commercial impact |
|---|---|
| Pace and scale | AEMO’s draft 2026 Integrated System Plan puts the annualised capital cost of the optimal development path at about $128 billion and calls for roughly 6,000 km of new transmission by 2050. |
| Where it is concentrated | Renewable Energy Zones and the interconnectors that link them. NSW has committed around $32 billion to its REZ programme; Victoria declared five onshore zones and a Gippsland shoreline zone in May 2026. |
| Who captures the value | Civil and electrical contractors, land and easement specialists, environmental and community-engagement consultants, and the equipment supply chain behind them — largely before any generation revenue exists. |
| Timing | The peak of transmission construction moved from 2028 to 2030 between the 2024 and draft 2026 plans. Plan for a later and longer build than the earlier ISP implied. |
| What to watch | Network cost estimates have risen by up to 100% since 2024. Further escalation changes which projects clear their regulatory investment test, and therefore which ones are ever built. |
Where this shows up in the P&L
Pipeline timing rather than price. A two-year shift in the construction peak moves revenue between financial years and strands any capability hired against the earlier schedule.
What to change now
Re-base the pipeline on the draft 2026 ISP dates rather than the 2024 plan, and hold capability on terms that flex with a schedule the business does not control.
How to know it is working
Forecast accuracy at the twelve-month horizon. If committed revenue keeps arriving two quarters late, the plan is still built on the earlier schedule.
Storage deployment
Storage is the fastest-moving segment in the Australian market and the one where a position can still be established. Large-scale battery capacity grew 233% in 2025, and Australia is now the third-largest utility-scale battery market in the world.
| The shift | The commercial impact |
|---|---|
| Pace and scale | Large-scale battery capacity up 233% in 2025 and home battery sales up 260%. The federal Cheaper Home Batteries Program passed 500,000 installations on 14 August 2026, roughly thirteen months after it opened. |
| Where it is concentrated | Grid-scale batteries sit at REZ and substation sites. Behind-the-meter storage concentrates where rooftop penetration is highest and export limits are tightest. |
| Who captures the value | Integrators and electrical contractors holding battery accreditation, aggregators and VPP operators, and retailers able to package storage inside an energy contract. |
| Timing | Now, with a defined runway. The federal program was expanded in December 2025 to an estimated $7.2 billion over four years, targeting more than two million batteries by 2030. |
| What to watch | Accredited battery installer numbers doubled to 8,846 in the year to August 2026. Rapid growth in supply is the leading indicator of the margin compression that follows it. |
Where this shows up in the P&L
Average order value first. Around half of program installations were paired with new or upgraded solar, so a battery attach materially lifts the value of a job already being quoted.
What to change now
Put accreditation and installation capability in place ahead of demand, and decide whether you compete on price or on integration and service. The window in which both are available is closing.
How to know it is working
Battery attach rate on solar quotes, and gross margin per installed kWh. Rising volume with falling margin per kWh means you have joined a price fight, not a growth segment.
Electrification
Load is moving from gas and liquid fuel to electricity across industry, transport and buildings — and new digital load is arriving faster than any of it. That changes who buys energy, how much they buy and what they need alongside it.
| The shift | The commercial impact |
|---|---|
| Pace and scale | AEMO recorded a 5.4 GW data-centre connection pipeline in June 2026 — new load at a scale that shifts system planning — on top of electrification in process heat, transport and buildings. |
| Where it is concentrated | Data-centre load clusters around metropolitan network capacity. Industrial electrification concentrates in process heat and materials handling; building electrification follows state gas-substitution policy. |
| Who captures the value | Electrical engineering and switchboard capability, energy procurement advisers, demand-management and efficiency providers, and anyone able to shorten a connection timeline. |
| Timing | Rolling, and driven by customer capital cycles rather than policy dates. The commercial trigger is plant replacement, not a target year. |
| What to watch | Large-load connection enquiry volumes and the network tariff reform that follows them. Together they decide whether electrified load is profitable to serve. |
Where this shows up in the P&L
New revenue lines rather than growth in existing ones. Electrifying customers buy engineering, procurement advice and controls, all of which price differently from hardware.
What to change now
Decide whether you sell to the electrifying customer or to the developer serving them. They are different buyers on different cycles, and serving both dilutes the proposition.
How to know it is working
Share of revenue from customers whose load is growing. If that share is flat, the business is selling into the replacement market rather than the transition.
Energy transition policy
The commercial rules here are set by an 82% renewable electricity target for 2030, a 43% emissions reduction on 2005 levels, and the Capacity Investment Scheme that underwrites the generation to get there. Most business cases in this market rest on those settings holding.
| The shift | The commercial impact |
|---|---|
| Pace and scale | The Capacity Investment Scheme holds revenue underwriting agreements with 74 projects — about 24.9 GW of generation and 34.7 GWh of storage — against a scheme target of 40 GW. |
| Where it is concentrated | Tender by tender across the NEM and Western Australia. Tender 4 delivered 6.6 GW, Tender 7 delivered 7.8 GW, and Tender 9 opened in 2026 seeking around 5 GW. |
| Who captures the value | Successful bidders and their delivery chains. A CIS award is the clearest forward signal of where construction work will be, eighteen months to three years ahead of it. |
| Timing | Tenders run through to the end of the decade, so the pipeline is visible further ahead in Australia than in most markets we advise in. |
| What to watch | Whether announced projects convert to financial commitment. In 2025 they largely did not — commitments fell 46% — and that gap is the difference between policy support and buildable work. |
Where this shows up in the P&L
Pipeline confidence rather than near-term revenue. CIS awards indicate where to place business development effort a year or more before a tender is issued.
What to change now
Map target accounts against CIS award lists rather than announcement press releases, and treat the award — not the announcement — as the qualification event.
How to know it is working
Win rate on projects that have reached financial commitment. Winning work on projects that never commit is a cost, not a pipeline.
Distributed energy
Australia has the highest rooftop solar penetration in the world, and the customer relationship that comes with it is now the contested asset. Batteries, aggregation and virtual power plants decide who holds it.
| The shift | The commercial impact |
|---|---|
| Pace and scale | Rooftop solar added 2.6 GW in 2025 — more than utility-scale solar and onshore wind combined — and half a million home batteries were installed under the federal program in its first thirteen months. |
| Where it is concentrated | Residential and small commercial, nationally, with the strongest battery uptake where export limits and time-of-use tariffs make storage pay fastest. |
| Who captures the value | Whoever holds the ongoing relationship — the retailer, the aggregator, or the installer who keeps the service contract — rather than whoever sold the hardware. |
| Timing | The land grab is happening now, on the back of the battery rebate. Once a household has a battery and an aggregation contract, it is expensive to win. |
| What to watch | VPP enrolment terms and the value actually flowing back to households. If that value falls, the aggregation model loses its hold on the customer. |
Where this shows up in the P&L
Recurring revenue and lifetime value rather than installation margin. A one-off install and a ten-year service relationship are different businesses that share a first transaction.
What to change now
Decide whether this is a hardware business or a relationship business and price accordingly. Selling a battery at commodity margin and giving away the relationship is the worst of both.
How to know it is working
Customers under an ongoing service or aggregation agreement as a share of installs. If that number is near zero, every job has to be won again.
The C&I opportunity
Commercial and industrial buyers procure differently from households: longer cycles, larger deal sizes, real diligence, and a genuine appetite for contracted energy. It is the segment where capability is worth more than price.
| The shift | The commercial impact |
|---|---|
| Pace and scale | Corporate power purchase agreements in Australia typically run seven to fifteen years — tenors set by what a developer needs to finance a project, not by what the buyer would prefer. |
| Where it is concentrated | Mining, data centres, manufacturing, property portfolios and retail chains, where energy is a visible cost line and emissions reporting has a board audience. |
| Who captures the value | Advisers who can price and structure the deal, EPCs able to deliver behind-the-meter assets at scale, and retailers able to firm an intermittent contract. |
| Timing | Six to eighteen months from first conversation to signature, with procurement, legal and board approval in the path. Pipeline has to be built well ahead of revenue. |
| What to watch | Whether Safeguard Mechanism obligations and voluntary targets keep pulling procurement forward. Both are what make a long-tenor contract acceptable to a board. |
Where this shows up in the P&L
Deal size and forecast quality. A handful of C&I contracts can carry a year, which also means one slipped signature moves the result.
What to change now
Resource C&I as a distinct sales motion with its own qualification, proposal standard and approval path. A residential process applied to a C&I buyer loses on credibility before it loses on price.
How to know it is working
Weighted pipeline by stage and age, reviewed monthly. C&I deals that stop moving through stages are not slow — they are lost and not yet reported.
Where the openings are, who they suit, and what it takes to be credible in them.
Emerging technology segments
Storage integration, virtual power plants and grid-support services are commercialising in Australia now, and none of them has settled into a price-only fight yet.
| The opportunity | The commercial impact |
|---|---|
| The opening | Battery integration and control — sizing, tariff optimisation, aggregation enrolment and ongoing performance management — sold as capability rather than hardware. |
| Who it suits | Businesses with electrical accreditation and a data or software capability, or an installer with a service book worth building on. |
| Deal size and cycle | Residential attach at a few thousand dollars on a same-week cycle; C&I storage from tens to hundreds of thousands over three to nine months. |
| Capability required | Battery accreditation, installation practice compliant with AS/NZS 5139, tariff and network literacy, and a service model that survives after handover. |
| Competitive intensity | Rising fast. Accredited battery installers doubled to 8,846 in the year to August 2026, so the differentiation window is measured in months, not years. |
Where the revenue comes from
Existing solar customers adding storage, and new customers buying both together. Around half of federal program installations were paired with new or upgraded solar.
What to build or buy
Accreditation and design capability first, monitoring and service second. Acquiring an installer’s customer book is usually faster than building one.
How to test it cheaply
Offer storage into your own installed base before marketing it externally. If attach rate on warm customers is weak, cold demand will not rescue it.
Underserved customer segments
Mid-market commercial buyers — too large for a residential process, too small for a tier-one EPC — are consistently the worst-served customers in this market.
| The opportunity | The commercial impact |
|---|---|
| The opening | Commercial sites in the 100 kW to 1 MW range, where the buyer needs engineering credibility and a proposal that can go to a board, and usually receives a residential quote instead. |
| Who it suits | Businesses that already deliver good work and can add commercial proposal discipline, financial modelling and project governance on top of it. |
| Deal size and cycle | $150k to $1.5m over three to nine months, with procurement and finance in the approval path. |
| Capability required | Engineering documentation, a defensible savings model, references at the same scale, and the balance sheet to carry the work. |
| Competitive intensity | Moderate. Many competitors can build it; few can sell it in the language the buyer’s finance function needs to approve it. |
Where the revenue comes from
A small number of larger contracts, plus the maintenance and expansion work that follows a site that performs as modelled.
What to build or buy
Proposal and modelling capability, and one referenceable project at the target scale. Both cost less than a sales team and do more.
How to test it cheaply
Take three existing commercial customers a properly modelled expansion proposal. Whether they engage tells you if the capability is credible before you market it.
Geographic opportunities
Demand runs well ahead of local delivery capability in the Renewable Energy Zones and the regional centres around them. The work is there; the crews are not.
| The opportunity | The commercial impact |
|---|---|
| The opening | Regional New South Wales, Victoria, Queensland and South Australia, where REZ construction concentrates demand and local capability is thin. |
| Who it suits | Businesses able to run a regional crew or partner structure without exporting metropolitan cost and travel into every job. |
| Deal size and cycle | Contracts follow the construction programme, so the relationship with the head contractor matters more than any single deal. |
| Capability required | Local presence or a genuine local partner, accommodation and logistics discipline, and the compliance standard tier-one contractors audit for. |
| Competitive intensity | Lower than metropolitan, which is why margins hold — but only for businesses that solve delivery rather than fly it in. |
Where the revenue comes from
Programme work across a construction window rather than one-off projects, with maintenance revenue following the assets afterwards.
What to build or buy
A local partner or a hired local team. Servicing a region from a capital city is where regional margin is most often lost.
How to test it cheaply
Take one project in the region and cost it honestly against actual travel, accommodation and downtime. That number decides the strategy.
Infrastructure opportunities
The transmission and REZ programme has a pipeline long enough to build a business around, and it needs a great deal more than electrical work.
| The opportunity | The commercial impact |
|---|---|
| The opening | Roughly 6,000 km of new transmission by 2050 and a REZ programme with committed state funding — New South Wales alone has earmarked around $32 billion. |
| Who it suits | Civil, environmental, land access, community engagement and specialist electrical businesses that can meet tier-one procurement standards. |
| Deal size and cycle | Large and slow. Prequalification, panel appointment and framework agreements all come well before any revenue does. |
| Capability required | Prequalification, safety and quality systems that survive audit, insurance at the required level, and the working capital to carry the payment terms. |
| Competitive intensity | High among prequalified firms and low among everyone else. The barrier is the panel, not the pitch. |
Where the revenue comes from
Multi-year framework and programme work, invoiced against milestones on a schedule the client controls.
What to build or buy
Prequalification and the systems behind it — a twelve-month investment with no revenue attached, which is exactly why the field stays small.
How to test it cheaply
Subcontract to a prequalified firm on one package first. You learn the standard and the payment behaviour before committing to the systems.
B2B opportunities
In several parts of this market, selling to the businesses doing the work beats selling to the end customer: shorter cycles, repeat volume, and no consumer acquisition cost.
| The opportunity | The commercial impact |
|---|---|
| The opening | Design, engineering, compliance documentation, connection applications, commissioning and O&M sold to installers and developers rather than to their customers. |
| Who it suits | Businesses with deep technical capability and no appetite for consumer marketing, sales teams or warranty exposure. |
| Deal size and cycle | Smaller per transaction, far shorter to close, and repeating. The value sits in the account, not the deal. |
| Capability required | Turnaround speed, consistency and systems. B2B buyers switch on reliability long before they switch on price. |
| Competitive intensity | Moderate, and concentrated in the segments where the work is easiest to standardise. |
Where the revenue comes from
A small number of accounts submitting continuous volume. Account concentration is the risk to manage from the first contract.
What to build or buy
Process and throughput capacity. The buyer is purchasing reliability, so the investment is operational rather than commercial.
How to test it cheaply
Sell the service to three businesses you already know. Repeat volume within ninety days is the only proof that matters.
Partnerships
Channel, OEM and delivery partnerships are the fastest route to revenue in Australia, and the fastest route to losing money if the economics are not set deliberately.
| The opportunity | The commercial impact |
|---|---|
| The opening | OEM-endorsed installer networks, retailer and energy-provider channels, and delivery partnerships with contractors carrying more work than crew. |
| Who it suits | Businesses with delivery capacity and no route to market, or a route to market and no delivery capacity. Rarely both. |
| Deal size and cycle | Volume arrives quickly once a partnership is live. The negotiation and onboarding before it usually take three to six months. |
| Capability required | Costing discipline, a clear margin floor and the reporting to defend it. Partner volume is where undisciplined pricing does the most damage. |
| Competitive intensity | High for the good partners, and they choose on delivery reliability rather than on rate. |
Where the revenue comes from
Referred or allocated volume at a lower margin, offset by near-zero acquisition cost — provided the true cost to serve is known before signing.
What to build or buy
A costing model that separates partner-channel economics from direct. Blended margin is how partner channels quietly go backwards.
How to test it cheaply
Run one partnership for a quarter with its own P&L line. If it cannot be reported separately, it cannot be judged.
Market-entry opportunities
Australia is an open, transparent market with a stable legal system and an unusually visible project pipeline. That makes it easier to assess from offshore than most markets — and easy to enter badly.
| The opportunity | The commercial impact |
|---|---|
| The opening | Capability that is genuinely scarce here: grid-scale storage integration, high-voltage engineering, offshore wind experience and specialist manufacturing. |
| Who it suits | Established businesses with a proven proposition elsewhere, the balance sheet for a two to three year runway, and no requirement for immediate profitability. |
| Deal size and cycle | Twelve to twenty-four months from entry decision to meaningful revenue, with prequalification and reference-building in the path. |
| Capability required | A local entity and tax structure, compliance with Australian standards, local references, and people who can hold a relationship in this market. |
| Competitive intensity | Low in genuinely scarce capability and brutal in anything commoditised. The entry thesis has to sit on the scarce side of that line. |
Where the revenue comes from
A narrow beachhead — one segment, one region, one buyer type — extended only after the first references exist.
What to build or buy
Acquiring or partnering with an accredited local business is usually faster than building accreditation, references and relationships from nothing.
How to test it cheaply
Deliver one project through a local partner before establishing an entity. It tests demand, pricing and delivery cost against real numbers.
The constraints that most often cost money here, and what to do about each one.
Grid connection and network constraints
For developers and C&I providers, network constraints can turn a commercially attractive project into a delayed or lower-value opportunity — often after commitments have already been made to customers and financiers.
| The constraint | The commercial impact |
|---|---|
| Connection queue position | Revenue recognised months or years after the sale is booked. |
| Export limits applied at approval | Modelled yield and customer savings fall after pricing is fixed. |
| Network augmentation timelines | Delivery dates sit outside the control of the business selling the project. |
| Site-by-site hosting capacity | Otherwise identical sites carry materially different risk. |
| Re-approval after design change | Late redesign cost absorbed inside a fixed-price contract. |
Qualify sites against network reality early
Screen hosting capacity and queue position before a proposal is priced. Declining a site costs less than carrying it.
Hold optionality in contracts
Price connection risk explicitly and tie milestones to network decisions rather than calendar dates.
Spread the pipeline across connection risk
A portfolio mixed across constrained and unconstrained sites keeps cash moving when one approval slips.
Margin compression and price competition
Volume growth can mask a deteriorating unit economic position for several reporting periods, and tendering on price alone rewards the least disciplined quoting.
| The constraint | The commercial impact |
|---|---|
| Price-only tendering | Work won at margins that cannot fund the service obligations attached to it. |
| Undifferentiated commodity offer | Engineering and service value given away inside the unit price. |
| Discretionary discounting in the field | Margin lost on deals that were already winnable. |
| Risk absorbed rather than priced | Variations and rework carried by the business, not by the contract. |
| Aggregate margin reporting | Loss-making segments hidden inside a healthy blended number. |
Separate the commodity from the engineering
Quote hardware, engineering and service as distinct value. Buyers can only pay for what the proposal makes visible.
Set and govern a gross-margin floor
Define the floor, approve exceptions deliberately and decline work below it.
Report margin by segment, product and channel
Blended margin hides the problem. Win-loss by margin band shows which discounts were never needed.
Skilled labour and delivery capacity
Businesses win work they cannot deliver to the promised timeline, then absorb the cost in rework, subcontractor premiums and lost customer goodwill. Australia needs an estimated 85,000 additional clean-energy workers by 2030, over half of them in occupations already in national shortage.
| The constraint | The commercial impact |
|---|---|
| Accredited labour availability | Growth capped by crews rather than by demand. |
| Regional concentration of demand | Travel, accommodation and downtime erode project margin. |
| Selling ahead of capability | Timeline slippage, churn and warranty exposure. |
| Emergency subcontracting | Premium rates paid at the point of least negotiating power. |
| Crew utilisation visibility | Idle capacity in one region while another is oversold. |
Express growth in delivery terms
State the plan as crews, capability and locations, not revenue. Sales targets that outrun capacity become churn.
Price scarce labour properly
Decide which segments are worth crew time, and recover the true cost of the labour they consume.
Plan capacity in the same forecast as pipeline
Review both monthly in one meeting. Separate meetings produce separate assumptions.
Supply chain and equipment risk
Long lead times force stock commitments ahead of contracted demand, putting working capital at risk against a falling price curve.
| The constraint | The commercial impact |
|---|---|
| Long lead times | Capital committed before demand is contracted. |
| Landed-cost movement | Quotes priced from list prices lose margin in transit. |
| Manufacturer warranty risk | The obligation sits with the installer in practice, whatever the paperwork says. |
| Supplier withdrawal | A service book stranded on unsupported product. |
| Approved-product sprawl | Training, spares and diagnostics cost multiplies. |
Treat inventory as a financing decision
Review stock monthly against contracted demand rather than procurement habit.
Diversify product without fragmenting the stack
Hold two credible options per category. More than that raises delivery cost without reducing risk.
Score suppliers on more than price
Track warranty response, technical support and delivery reliability so renewals are a commercial conversation.
Customer acquisition cost and trust
Lead costs have risen while conversion rates have not, and businesses buying leads without measuring cost per contracted dollar are usually funding a competitor’s education process. More than 800 Australian solar companies have failed since 2011, and buyers have learned to check.
| The constraint | The commercial impact |
|---|---|
| Longer evaluation cycles | Sales cost per deal rises before revenue does. |
| More competitive quotes per buyer | Price pressure concentrated at the point of decision. |
| Unverified performance claims | A trust discount applied to every proposal. |
| Lead spend without attribution | Budget concentrated in the worst-converting channels. |
| A finance buyer in C&I | Product-led proposals lose to modelled savings and risk allocation. |
Make trust a mechanism, not a message
Publish verifiable performance data, transparent assumptions and references in the buyer’s own segment.
Write for the buyer who signs
For C&I, lead with modelled savings and risk allocation rather than product specification.
Measure cost per contracted dollar
Track it by channel and reallocate quarterly. It is usually the fastest margin improvement available.
Capital access and project finance
Deposits, stock, labour and retention terms mean cash leaves the business well before it returns, and lenders remain cautious about concentrated counterparty and technology risk.
| The constraint | The commercial impact |
|---|---|
| Negative cash conversion cycle | Growth consumes cash faster than it generates it. |
| Retention and milestone terms | Profit recognised long before it is collected. |
| Lender caution on the sector | Facility size limited regardless of the order book. |
| PPA, lease and EaaS structures | Covenant, guarantee and ownership requirements the business is not structured to meet. |
| Reporting that is not fundable | Diligence stalls on data the business cannot produce. |
Match the funding structure to the offer
Decide which customers are sold capex and which are offered a financed product, and who carries performance risk in each case.
Model cash conversion alongside revenue
A growth plan without a cash plan is a funding request in disguise.
Start the fundability work early
Getting reporting, contracts and performance data into a fundable state takes roughly twelve months.
The rules that decide what you may sell, how you get paid, and what it costs to comply.
Policy and target framework
Targets are periodically revised and delivered through schemes with their own timelines, so a plan built on current settings carries policy risk that should be stated rather than assumed away.
| The requirement | The commercial impact |
|---|---|
| What the rule requires | An 82% renewable share of the National Electricity Market by 2030, a 43% cut in emissions on 2005 levels by 2030, and net zero by 2050 — delivered largely through the Capacity Investment Scheme. |
| Who it applies to | The obligations bind governments and scheme participants rather than individual businesses, but they set the demand that almost every business case in this market assumes. |
| Cost and lead time | No direct compliance cost. The exposure is planning: capability built against a target that moves is capability built against nothing. |
| Change risk | Targets are legislated; delivery settings are not. Scheme design, tender volumes and timing have all been revised, most recently with the CIS expanded toward 40 GW. |
| What to verify locally | State targets and schemes frequently exceed the federal position and differ materially between jurisdictions. Confirm the settings for the states you actually sell into. |
Exposure to check
Which revenue lines assume continued scheme-driven demand, and what share of the plan they represent. State the dependency rather than assuming it away.
What to put in place
A named owner for policy monitoring, and a documented view of what the business would do if tender volumes fell for two consecutive years.
What to monitor
Capacity Investment Scheme tender announcements and results, and the annual conversion rate of announced projects into financial commitment.
Incentives and subsidy schemes
The value of an incentive changes on a published schedule, and administering it correctly is a compliance obligation with real financial consequences.
| The requirement | The commercial impact |
|---|---|
| What the rule requires | Small-scale Technology Certificates for eligible small systems, Large-scale Generation Certificates for accredited power stations, and the Cheaper Home Batteries Program discount on qualifying battery installations. |
| Who it applies to | Retailers and installers claiming certificates on a customer’s behalf, and the accredited installers whose work makes a system eligible in the first place. |
| Cost and lead time | Registration and accreditation, plus the administrative cost of correct claims. Errors are recovered from the business, not from the customer. |
| Change risk | Scheduled and material. The small-scale deeming period reduces each year to 2030 and the battery discount steps down on a published schedule — both change the price a customer sees on 1 January. |
| What to verify locally | State rebates, interest-free loan schemes and feed-in arrangements sit on top of the federal schemes and vary considerably. Confirm current values with the administering body before quoting. |
Exposure to check
How much of the quoted price is incentive-funded, and what the same quote looks like after the next scheduled step-down.
What to put in place
Claim controls and documentation good enough to survive an audit, and a pricing process that updates on the scheme calendar rather than in arrears.
What to monitor
Clean Energy Regulator scheme updates, the annual deeming and discount schedules, and any state scheme opening or closing to new applicants.
Market and grid regulation
These rules are being actively reformed as distributed energy, storage and flexible demand grow, creating new revenue lines alongside new obligations.
| The requirement | The commercial impact |
|---|---|
| What the rule requires | Connection under Chapter 5 of the National Electricity Rules, inverter compliance with AS/NZS 4777.2, and the export, metering and market participation arrangements set by AEMO, the AER and the relevant network. |
| Who it applies to | Anyone connecting generation or storage, exporting energy, aggregating customer assets, or participating in wholesale and ancillary services markets. |
| Cost and lead time | Weeks for a small connection and years for large-scale, with roughly 600 projects in the connection queue at any time and technical studies on the critical path. |
| Change risk | Active reform. The AEMC has made rules to accelerate connections, and flexible export, storage and demand-response arrangements are still being settled. |
| What to verify locally | Networks apply the rules differently. Export limits, hosting capacity and approval timelines vary by network — and by feeder within a network. |
Exposure to check
Which quotes assume an export limit or a connection timeline the network has not confirmed in writing.
What to put in place
A connection screening step before pricing, and contract terms that make network decisions a milestone rather than a fixed date.
What to monitor
AEMC rule changes on connections and distributed energy, and each relevant network’s published hosting-capacity and export-limit updates.
Compliance, accreditation and standards
Non-compliance is expensive three times over: rectification cost, loss of scheme eligibility, and reputational damage in a market where buyers already check.
| The requirement | The commercial impact |
|---|---|
| What the rule requires | Installer accreditation through Solar Accreditation Australia for scheme-eligible work, installation to AS/NZS 5033 for PV arrays and AS/NZS 5139 for batteries, state electrical licensing, and the New Energy Tech Consumer Code for consumer-facing retailers. |
| Who it applies to | Every business installing, retailing or maintaining these systems — and in practice every business subcontracting that work to someone else. |
| Cost and lead time | Accreditation, training, insurance and audit. Months to establish, and continuous to maintain. |
| Change risk | Standards are revised periodically, and accreditation administration has already changed once, when solar installer accreditation moved to Solar Accreditation Australia. |
| What to verify locally | Electrical licensing and battery installation requirements are state-based. Confirm them in every state you operate in, not only your home state. |
Exposure to check
Whether any current revenue depends on accreditation held by a single person, or on a subcontractor whose compliance has never been verified.
What to put in place
A register of accreditations, licences and expiry dates with a named owner, and subcontractor compliance verified before engagement rather than after an incident.
What to monitor
Solar Accreditation Australia and Clean Energy Regulator notices, standards revisions, and New Energy Tech Consumer Code updates.
Planning, approvals and land access
Approval timelines vary by jurisdiction and project type, so a commercial model that assumes a uniform timeline will misprice risk in the slower jurisdictions.
| The requirement | The commercial impact |
|---|---|
| What the rule requires | State planning approval and environmental assessment, federal assessment where matters of national environmental significance are triggered, and land tenure and access agreements. |
| Who it applies to | Developers and landowners directly, and every contractor whose start date depends on their approval. |
| Cost and lead time | The dominant schedule risk on large projects. Developers have been warned of delays of up to seven years on some Victorian and New South Wales projects. |
| Change risk | Assessment processes are under active reform, and community and First Nations engagement expectations have risen faster than the formal requirements have. |
| What to verify locally | Planning pathways, community benefit expectations and REZ access arrangements differ by state and by zone. Confirm the pathway for the specific site. |
Exposure to check
How much of the forecast sits on projects that do not yet hold approval, and what happens to utilisation if those dates move two quarters.
What to put in place
A pipeline that distinguishes approved from unapproved work, with resourcing decisions tied to the approved portion only.
What to monitor
State planning determinations, REZ access scheme decisions, and the ISP schedule — the clearest published view of when the work actually lands.
Trade, tariffs and foreign investment rules
These determine whether the sensible entry model is direct establishment, acquisition, joint venture or distribution, and they carry timing implications for the first year of trading.
| The requirement | The commercial impact |
|---|---|
| What the rule requires | Foreign investment approval under the Foreign Acquisitions and Takeovers Act — energy assets are frequently treated as sensitive or national security business — plus Australian entity registration, tax registration and local director requirements. |
| Who it applies to | Offshore businesses acquiring, establishing or investing in Australian energy assets or companies, and the local subsidiaries they set up. |
| Cost and lead time | FIRB review adds months and fees to an acquisition. Establishing an entity is quick; establishing credibility is not. |
| Change risk | Screening thresholds and sensitivity settings move with policy, and local content expectations are rising alongside the Future Made in Australia agenda. |
| What to verify locally | Structure, tax and employment obligations should be confirmed with Australian legal and tax advice before commitment. Nothing on this page is a substitute for that. |
Exposure to check
Whether the intended entry structure triggers investment screening, and what that does to the transaction timetable.
What to put in place
Australian legal, tax and accounting advice engaged before the entry decision is made, rather than after a target has been identified.
What to monitor
FIRB guidance notes and thresholds, and the local content or procurement conditions attached to government-supported programmes.
Business Consulting Services in Australia
The same four practices we bring to every market we advise in, applied to Australian conditions.
01StrategyKnow where to play before you commit capital.
Which Australian segments and states justify your capital, and the commercial case behind the choice — grounded in the Capacity Investment Scheme pipeline, the REZ programmes, and where competition is already crowded.
- Market and competitor assessment
- Proposition and pricing strategy
- Commercial case and planning
02OperationsReduce the cost and friction of running the business.
Delivery cost, crew utilisation and operating model — the work that protects margin when accredited labour is the binding constraint and hardware prices keep falling.
- Operating model and structure
- Process and delivery cost
- Commercial governance and reporting
03Sales & MarketingTurn your lead pipeline into contracted revenue.
Demand generation, qualification and sales execution built for how Australian buyers actually purchase — from a same-week residential attach through to a C&I finance committee working on a nine-month cycle.
- Go-to-market and channel design
- Pipeline and conversion discipline
- Bid, tender and proposal support
04Agentic AIPut AI to work where it can produce a measurable return.
Automation and AI applied where they change unit economics — quoting, system design, compliance documentation and back-office work — sequenced against a business case rather than a pilot.
- Opportunity assessment and business case
- Workflow automation
- Data, reporting and AI enablement
Growing Your Business in Australia
Most conversations start in one of five places. Find the one that describes your position.
01Entering the marketFor international companies assessing Australia.
Whether Australia justifies the investment, which entry model fits, and what the first year realistically looks like. The pipeline here is unusually visible, which makes the entry case easier to build — and easier to over-read.
- Market and competitor assessment
- Entry model and partner selection
- Commercial case and first-year plan
02ExpandingFor businesses increasing market share, geographic coverage or customer penetration.
Which state, segment or customer type to take next, and whether you can serve it profitably. Regional demand met with a metropolitan cost structure is the most common way expansion goes backwards in this market.
- Segment and geographic prioritisation
- Proposition and pricing for the new segment
- Channel and partnership build-out
03Improving performanceFor businesses dealing with margin, revenue, productivity or operational issues.
Where value is leaking — pricing, mix, conversion or delivery cost — and fixing it in order of impact. In Australia it is usually field discounting and delivery cost rather than a shortage of demand.
- Margin and mix discovery call
- Pricing and quoting discipline
- Sales conversion and delivery cost
04ScalingFor businesses whose operating model is not keeping pace with growth.
Rebuilding the operating model — structure, process, systems and commercial governance — so growth stops costing more than it earns. When crews rather than leads are the constraint, revenue targets set without capacity planning turn into churn.
- Operating model and structure
- Commercial process and governance
- Systems and reporting
05TransformingFor businesses looking at technology, automation and AI.
Where technology and AI genuinely change the economics of the business — quoting, design, compliance and back office — and how to sequence the work so it pays before it scales.
- Opportunity assessment and business case
- Automation of commercial workflow
- Data, reporting and AI enablement
Talk to Us About Your Position in Australia.
A scoping call is a working conversation, not a pitch. Tell us where you sit in the Australian market and we will tell you plainly whether we can help.