Summary

  • SOS Limited’s largely non-binding memorandum contemplates an approximately 500MW AI and cloud campus in Galang Batang, with an expected approximately 50MW Phase I. The local partner is to use commercially reasonable efforts to secure at least 60MW of effective power before first-phase commissioning.
  • The approximately 180MW of prospective-tenant interest is indicative and non-binding. Customer contracts and credit support remain open, as do final power documents, project finance, governance, permits and the identity of the Indonesian counterparty.
  • A separate agreement to sell shares for approximately $3.42 million has broad data-centre, working-capital and corporate uses and closing conditions. It is not evidence that the Indonesian project is financed. The next useful disclosure is a Phase I closing table, not a larger campus number.

Four megawatt figures, four states of evidence

A capacity announcement can look cumulative even when its terms are not. SOS Limited’s 18 September release places four quantities close together: a planned platform of approximately 500MW; an expected Phase I of approximately 50MW if the project proceeds; commercially reasonable efforts by a local partner to secure at least 60MW of effective power before first-phase commissioning; and approximately 180MW of indicative, non-binding expressions of interest from prospective tenants.

They cannot be added, netted or used to validate one another. The 500MW figure describes contemplated ultimate scale. The 50MW figure describes a prospective construction phase. The 60MW figure describes an efforts obligation concerning power, not an executed supply right. The 180MW figure describes commercial interest that still requires definitive customer contracts and credit support. One is a horizon, one a phase, one a procurement task and one a sales signal.

This is not a reason to dismiss the proposal. Modular construction is a sensible way to limit exposure when power, customer demand and financing arrive on different clocks. But modularity protects capital only if each module has its own admission test. A financeable 50MW phase can be more valuable than an unauditable 500MW plan because it gives lenders and tenants a unit they can price, test and accept.

The discipline starts with language. “Planned” is not “permitted”. “Effective power” is not “IT load”. “Interest” is not “contract”. “Pricing formula” is not “delivered bill”. The announcement itself preserves many of these qualifications. Market analysis should not remove them.

The memorandum has a binding edge, not a binding campus

Future Digital Trading Pte. Ltd., SOS’s wholly owned Singapore subsidiary, signed the Framework Cooperation Memorandum on 15 September with an Indonesian company that is not named in the release. The document sets preliminary principles for cooperation, land and power arrangements, a funding mechanism and six months of diligence. The project remains subject to diligence, definitive agreements, financing and applicable approvals.

SOS says specified provisions are binding, including representations and warranties, a Framework Agreement deposit, confidentiality, binding effect and governing law. That boundary matters. It prevents the lazy claim that “nothing is binding”, but it also does not turn the proposed campus into a binding acquisition, power agreement, construction contract or tenant lease. The public release does not state the deposit amount.

The unnamed counterparty creates a practical diligence gap. Investors cannot yet test beneficial ownership, control of the relevant land and utility rights, related-party exposure, financial capacity, competing encumbrances or the remedies that survive a failure to secure power. A name would not settle those issues, but it would make them examinable.

The same is true of governance. Equity percentages, valuation, board arrangements and exit mechanisms remain for later documents. Those terms determine who funds overruns, who approves long-lead orders, who controls procurement, who can stop a phase and who bears a stranded site if demand or power slips. They are not corporate decoration around the project. They are its control system.

Power becomes real through a delivery chain

The local partner’s promised task is to use commercially reasonable efforts to secure no less than 60MW of effective power before the first phase is commissioned. That may be a meaningful negotiating commitment. It is not the same as firm capacity at a meter on an energization date.

A bankable power receipt needs the supplier and delivery point; contracted capacity and ramp; firm, interruptible and backup components; voltage and power-quality parameters; redundancy and maintenance rules; grid-connection works; metering; curtailment priority; delay remedies; and the conditions under which capacity can be reassigned. It also needs a bridge between facility demand and sellable IT load. A 50MW data-centre label can refer to IT power, critical load or facility input. Cooling and electrical overhead make those denominators economically different.

The memorandum contemplates a ten-year coal-index-linked pricing formula. Indexation can make a tariff legible, but the formula is not yet the bill. Floors, caps, lag, quality benchmarks, network charges, losses, taxes, currency, take-or-pay terms and carbon attributes can change the delivered cost. A sensitivity table should show Phase I economics under several coal, exchange-rate and utilisation cases rather than presenting one “low-cost power” point.

Galang Batang has genuine industrial context. The Bintan government investment platform says the special economic zone was established under Government Regulation No. 42/2017 and began operating in December 2018. It describes a bauxite-processing orientation, a first steam-power stage of 3×25MW as built and a second 3×25MW stage as under construction, together with port and reservoir infrastructure.

That page is useful site context, not a current capacity certificate. It does not show which output is available, who owns it, what loads already claim it, whether it meets data-centre quality and redundancy requirements, or whether SOS has any right to it. Historical megawatts inside a zone are not deliverable megawatts at a new campus.

Tenant interest becomes revenue through credit

SOS reports approximately 180MW of indicative, non-binding interest from prospective tenants, including global cloud, internet and AI platforms. The release also states the qualification: definitive customer contracts and credit support remain to be negotiated, with no assurance that agreements will be reached.

That makes 180MW a useful sales-pipeline signal, not a demand contract. A financeable customer receipt names the contracting entity, committed capacity, commencement window, ramp, term, price, indexation, minimum charges, installation responsibilities, service levels, termination rights and security. A parent guarantee, letter of credit, deposit or other support determines whether projected rent can support senior debt.

The arithmetic also needs phasing. Interest above Phase I capacity can indicate expansion demand, overlap among prospects or alternative configurations. Without a customer-by-phase allocation, 180MW does not prove that the first 50MW is fully placed. Conversely, Phase I need not wait for 180MW of signatures if an anchor contract and credible expansion rights support construction. The right denominator is contracted, credit-supported capacity available for the phase’s financing case.

This distinction protects both sides. Tenants should not be used as financing evidence before they accept design, power provenance and delivery dates. Developers should not carry customized capex while a customer retains a cost-free exit. Credit support joins interest to consequence.

A $3.42 million securities agreement is not the project close

On the same date as the project announcement, SOS filed a Form 6-K describing an agreement to sell 19 million Class A ordinary shares at $0.18 each, for an aggregate purchase price of approximately $3.42 million. The stated net-proceeds uses are further development and construction of the data-centre business, working capital and general corporate purposes. Closing remains subject to conditions including NYSE approval of the supplemental listing application and accuracy of representations and warranties.

The filing does not ring-fence the proceeds for Galang Batang or allocate a fixed amount to it. It therefore cannot be used as proof that Phase I equity has been committed, that construction is funded or even that the placement has closed. It is a separate corporate financing agreement with broad uses.

Project finance needs its own table: sponsor equity by party, paid and contingent amounts, senior-debt commitment, interest and currency basis, leverage, security, draw order, reserves, covenants and conditions precedent. SOS says it expects an equity-and-project-finance structure and institutional senior debt, while also saying no arrangements are finalized. The next financing milestone is not the existence of a financing plan. It is committed capital whose conditions match the same 50MW design, power contract and tenant package.

Scale makes the distinction unavoidable. A 50MW high-density campus requires land, electrical and cooling plant, buildings, network systems and long-lead equipment. The $3.42 million headline and a 50MW capital budget answer different questions even before a public capex estimate exists. Comparing them as if one disproved the other would be as careless as calling the placement a project close.

Efficiency needs meters, and proximity needs endpoints

Power volume does not settle operating quality. Indonesia’s OJK sustainable-finance FAQ describes technical screening for data centres through PUE, water-use effectiveness and refrigerant global-warming potential, with scale distinctions and independent verification. ISO/IEC 30134-2:2026 provides a current method for measuring, calculating and reporting PUE. The ASEAN sustainable data-centre guide adds a regional frame for efficiency, clean-energy provenance and water.

None of those sources proves SOS compliance or creates a project permit. They show what a testable design can disclose: metering boundaries, design and operating PUE, water source and seasonal WUE, refrigerants, heat rejection, clean-energy attributes and verification responsibility. A coal-indexed supply makes that disclosure commercially important because customers may value price, carbon accounting and procurement eligibility differently.

The same discipline applies to connectivity. Bintan’s proximity to Singapore is strategically plausible; a sub-two-millisecond issuer claim is not a complete service level. The receipt needs endpoints, route, carrier, protected paths, round-trip measurement method, time window, load, packet loss, repair obligation and failure diversity. A short fibre route with one landing or backhaul dependency can be geographically close and operationally concentrated.

The Phase I closing table has ten rows

The first row is site control: identified parties, title or lease rights, encumbrances, access, step-in rights and remedies. The second is deliverable power: signed supply documents, capacity ramp, metering, redundancy, energization and curtailment. The third is power economics: index mechanics, all-in charges, currency, carbon attributes and sensitivity.

The fourth is revenue: definitive customer contracts, committed MW by phase, ramp, price and credit support. The fifth is design and construction: the IT-load denominator, EPC scope, capex, contingency, long-lead orders, schedule, completion tests and delay damages. The sixth is finance: committed equity and debt, security, covenants, conditions precedent and draw order.

The seventh is the operating fabric: cooling, water, network topology, carrier diversity, failure domains and commissioning thresholds. The eighth is permits and environment: issuing authority, current status, conditions, transfer rules and treatment of water, emissions and building use. The ninth is governance: cap table, board, reserved matters, procurement controls, related parties, dilution, deadlock and exit. The tenth is the go/no-go sequence that prevents irreversible spending before the earlier rows are satisfied.

Each row should have an owner, document, capacity denominator, date, condition, independent check and remedy. Each phase should inherit only evidence that is actually portable to it. A power right for Phase I cannot validate Phase II. A tenant option cannot finance a shell. A permit application cannot accept an energized building.

SOS’s memorandum may become the start of a substantial Indonesian platform. The public record is simply earlier than the capacity headline sounds. The next disclosure that changes the risk is not 500 becoming 600. It is one 50MW table in which land, electrons, customers, capital, approvals and acceptance all refer to the same phase.

Sources