- When capital is abundant, capital is no longer the constraint. Deals are won or lost on readiness — land, approval, connection, procurement and contract all resolved.
- A model is not a project. A financeable project is a resolved bundle of site, approval, connection, contract and cashflow risk — a spreadsheet only describes it.
- A connection or approval date is not a milestone you wait on. It is a live variable that reprices the deal on both sides at once: timeline slippage = CAPEX shock + revenue discount + DSCR compression.
- Merchant upside sells the equity story; a contracted floor carries the debt. For industrial EaaS, that floor is a fixed, invoiceable service fee a lender can underwrite.
- Industrial PV+BESS has less standardised capital structures than utility-scale — so the Pre-DD screen matters more, not less.
Why this matters
This note started as listening notes from a utility-scale battery-finance conversation — a market Heliovulcan does not work in. I kept it because the lesson runs in reverse and lands squarely on industrial and weak-grid projects. In utility-scale, debt raises are reportedly “multiples oversubscribed”: more capital chasing batteries than there are investable, shovel-ready projects to absorb it. If money is abundant, money is not where deals are decided. The binding constraints have moved upstream — to the connection queue and to the structure of the contract sitting on top of the asset.
Industrial projects sit at the opposite end of the capital pool. There is no deep, educated crowd of lenders competing to fund a weak-grid EaaS battery. So the developer is usually the one educating a lender, not choosing between term sheets — which makes readiness the whole game.
Capital follows readiness, not spreadsheets
If capital is commoditised and ready-to-build projects are scarce, value accrues to whoever can actually produce one: land secured, approvals in hand, connection locked, procurement lined up, offtake contracted. Cheap capital is table stakes; the ability to resolve risk is the differentiator. There is a second scarcity underneath the first — attention. Investors with ten mandate-fit assets in front of them can seriously diligence only two or three at a time, so deals compete not just on merit but on how easy they are to underwrite. Making the lender’s job easy is a financing strategy, not a soft skill.
Timeline slippage is repricing risk
Ask what actually gates a project to financial close and the answer keeps returning to the connection — and, on industrial sites, to approvals. The part worth internalising is that a connection or approval date is not a milestone you passively wait on. It is a live variable that reprices everything downstream of it.
The equipment supplier quotes against an assumed delivery date; the offtaker (or, for EaaS, the customer) prices its contract against the same date. When the date slips — as it routinely does — both reopen at once. The vendor loads in an uncertainty premium and CAPEX rises; the counterparty discounts for the same uncertainty and contracted revenue falls. One physical-regulatory variable feeds simultaneously into the cost line and the revenue line, squeezing margin and thinning coverage:
timeline slippage = CAPEX shock + revenue discount + DSCR compression
A model that treats the connection or approval date as a fixed input is hiding a two-sided repricing risk that lands directly on DSCR. That is exactly what F1 (Approval Delta) and F3 (Connection Boundary) exist to surface early.
A contracted floor carries the debt
The old binary — fully contracted or fully merchant — is gone; contracting is a dial that sets the whole capital structure. A fully merchant project attracts lender conservatism: lower gearing, higher pricing, cash sweeps, shorter tenor. Add a contracted base and the lender has a floor that underwrites minimum debt service, which makes any merchant tail above it far easier to fund. The elegant version is a gearing step-up — lenders pre-agree to release incremental debt as the sponsor secures further contracting, so the financing itself pulls offtake into existence.
For industrial EaaS the equivalent is direct: a fixed, contracted service fee that can be invoiced and underwritten is the floor. Merchant or behind-the-meter upside can improve the equity story, but it should not be the thing the debt is sized against — the same discipline as separating customer savings from project revenue.
The observations above draw on Harrison Moore (Partner, Azure Capital; adviser on 10 GW+ of battery transactions) in conversation with Modo Energy’s “The Transmission”. Reported signal: debt raises “multiples oversubscribed”; a connection-queue “log jam” against AEMO / network processing capacity; a current 200–400 MW sweet spot; financing roughly six months end to end. Crucially, no DSCR, gearing, tenor or CAPEX/MWh figures were disclosed — so none of this is a benchmark. Treat it as informed practitioner opinion about direction, not verified data.
What this means for industrial PV+BESS
Utility-scale has standardised its structures enough that capital can move quickly once a project is ready. Industrial, weak-grid and EaaS projects have not — every one is a slightly different bundle of approval, site, connection, contract and credit. That non-standardisation is exactly why a disciplined early screen earns its keep: the point of F1–F4 is to tell whether a project is moving toward financeability or merely producing attractive spreadsheet outputs. For the full frame, see A Pre-DD screen is not a feasibility study.