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Q0030

What can cause an apparently attractive solar project to fail before construction?

Primary Category

Solar

Question Type

Risk

Tags

Solar; Project Development; Risk; Site Selection

Short Answer

A solar project can fail before construction when it cannot secure a viable grid connection, land rights, planning approval, bankable revenue, finance or a capable delivery structure. Failure often occurs because an early assumption presented as confirmed—such as available grid capacity or secured land—proves incorrect.

Why This Matters

Most early project value can be lost before equipment is ordered. Identifying fatal risks early protects landowners, developers and investors from spending heavily on projects that cannot reach notice to proceed.

What We Know

1. No credible route to market

The project may lack:

A government target or general demand for renewable energy does not guarantee project revenue.

2. Grid connection fails

Common causes include:

3. Land is not legally or physically suitable

Potential failures include:

PLANMalaysia’s framework shows that solar development can require state approval, planning permission, technical-agency review and resolution of land conditions. PLANMalaysia development mechanism

4. Planning or environmental approval fails

The project may conflict with:

The 2025 national planning guidance must still be coordinated with applicable state policy, local development plans and technical-agency rules. PLANMalaysia solar-farm guidance

5. Bid price is too aggressive

A project may secure an award but become unfinanceable when:

Winning a competitive bid is not the same as achieving commercial viability.

6. Offtaker or customer fails

For a corporate arrangement:

7. Financing cannot close

Lenders or investors may reject:

8. Consortium or partner failure

Projects can stall when:

9. Equipment and contractor problems

Failure can arise from:

10. Schedule failure

Awards and contracts usually contain milestones. Missing financial close, construction or commercial-operation deadlines may cause:

11. Inadequate community engagement

Opposition may emerge because land use, access, drainage, visual impact, livelihoods or local benefit were not addressed before the design became fixed.

Development-gate approach

A disciplined developer should not proceed to major expenditure until it has passed:

1. Concept gate: credible need and route to market. 2. Site gate: controllable, buildable land. 3. Grid gate: plausible connection and cost. 4. Approval gate: mapped and achievable permissions. 5. Commercial gate: bankable revenue and economics. 6. Financing gate: committed equity and credible debt. 7. Notice-to-proceed gate: complete contracts and construction readiness.

What We Don't Know

For any apparently attractive opportunity:

Connected Questions

Q0003 — What are the biggest bottlenecks slowing Malaysia's energy transition?Q0008 — How does an energy infrastructure opportunity become a real project in Malaysia?Q0009 — What makes an energy project commercially viable and bankable?Q0010 — Who actually needs to work together to get a Malaysian energy project built?Q0020 — What are the biggest risks that can cause a BESS project to underperform financially or technically?Q0021 — What determines whether a large-scale solar project is commercially viable in Malaysia?Q0022 — What makes a piece of land suitable for a solar farm?Q0024 — Is agricultural or plantation land suitable for solar development in Malaysia?Q0025 — What should a landowner consider before leasing or partnering with a solar developer?Q0026 — What determines how much electricity a solar farm can actually sell to the grid?Q0027 — Why can two solar farms of the same size have very different economics?Q0028 — When should a solar project include battery storage from the beginning?Q0029 — How should an investor evaluate a Malaysian solar project before investing?Q0031 — What actually determines whether a new power project can connect to the electricity grid?Q0034 — When does a new project require a new substation or transmission connection?Q0035 — Who pays for the grid infrastructure required to connect a new energy project?Q0036 — How does distance from a substation affect the viability of a solar, BESS or industrial project?Q0040 — What should a developer investigate about electricity infrastructure before acquiring a site?

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WHY THESE QUESTIONS MATTER

Where could the next opportunity emerge?

Questions create opportunity. Understanding where the energy transition is heading helps reveal the technologies, projects, capital and expertise that will be needed next.

01

Technology

The solutions that turn open questions into deployable answers — from storage chemistries to grid intelligence.

02

Projects

The pipeline of solar farms, substations and interconnections waiting to be built and financed.

03

Capital

Where investment flows next as the transition reshapes risk, return and the shape of the market.

04

Expertise

The engineers, economists and regulators whose knowledge decides how fast the answers arrive.