Q0009
Commercial viability means the project can create sufficient value after realistic costs and risks. Bankability is a higher threshold: lenders and investors must be able to verify that value and trust that contracts, counterparties, approvals, technology and risk allocation will protect repayment and returns.
A technically sound project can still fail because its revenue is uncertain, its customer is weak, its grid connection is conditional or critical risks sit with a party unable to manage them. Bankability determines whether an opportunity can attract capital and proceed to construction.
#### Commercial viability and bankability are related but different
A project may appear profitable in a spreadsheet but remain unbankable because:
#### The core bankability tests
1. Clear value proposition
The project must solve a problem worth paying for: electricity supply, lower energy cost, reliability, emissions reduction, capacity, grid flexibility or waste treatment.
2. Durable and sufficient revenue
Revenue can come from contracted electricity sales, regulated returns, customer savings, capacity or flexibility payments, environmental attributes or service fees. The rules governing those revenues should remain credible for the life of the financing.
3. Creditworthy counterparty
A strong long-term contract is only as reliable as the party expected to pay. Lenders examine the offtaker’s finances, obligations, termination provisions and exposure to regulatory or market change.
4. Secure site, approvals and grid rights
Land access, licences, environmental approvals, construction permissions and connection arrangements should be enforceable and appropriately sequenced.
5. Proven technical design
The technology should suit the operating conditions, have credible performance evidence and be supported by warranties, liquidated damages, spare parts and competent operation.
6. Realistic capital and operating costs
The budget should include interconnection, land, development, financing, taxes, insurance, owner’s costs, degradation, augmentation, contingency and decommissioning—not only headline equipment and construction prices.
7. Robust economics
Analysis should test:
8. Appropriate risk allocation
Construction risk should generally sit with capable construction parties; operating risk with qualified operators; resource and market risks should be shared or mitigated according to who can manage them. Transferring every risk to one party can make contracts unpriceable rather than bankable.
9. Capable sponsor and delivery team
Investors assess the sponsor’s balance sheet, track record, governance, ability to fund overruns and commitment throughout development and operation.
10. Financeable scale and structure
A viable small project may still be too expensive to finance individually. Aggregation, standard contracts, portfolio financing, guarantees or blended finance may be required.
The NETR proposes a National Energy Transition Facility with RM2 billion of seed funding and highlights blended finance, green bonds, sukuk and private capital mobilisation. Its diagnosis is significant: Malaysia does not face only a shortage of capital, but a shortage of sufficiently viable projects ready to absorb that capital.
Bankability cannot be determined generically. Project-specific uncertainties include:
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