UAE & GCC projects29 Aug 20266 min read

Oman tenders Musandam solar and battery feasibility study

Oman tenders Musandam solar and battery feasibility study

Oman's Nama PWP opened tender OPWP/2026/035 on 24 August 2026 for a Musandam solar, wind and BESS feasibility study. Bids close 24 September. Why an isolated 91 MW grid matters.

Oman's Nama Power and Water Procurement Company (PWP) opened a consultancy tender on 24 August 2026 for a renewable energy feasibility study in Musandam Governorate. The Oman Musandam solar study covers solar PV, wind, hybrid configurations and battery energy storage. Tender reference is OPWP/2026/035 and applications close on 24 September 2026.

91 → 130 MWforecast peak demand in Musandam, 2024 to 2031
24 Sep 2026deadline for consultant applications
OMR 500tender document fee, about USD 1,300

Key parameters of the Oman Musandam solar tender

ParameterValueSource
Tender referenceOPWP/2026/035SolarQuarter, 25 Aug 2026
Procuring entityNama Power and Water Procurement Company (PWP)pv magazine, 25 Aug 2026
Issue date24 August 2026SolarQuarter, 25 Aug 2026
ScopeTechno-economic feasibility: solar PV, wind, hybrid, BESSpv magazine, 25 Aug 2026
Document purchase window24 August to 3 September 2026pv magazine, 25 Aug 2026
Document feeOMR 500 (about USD 1,300), waived for SMEs with a Riyada cardpv magazine, 25 Aug 2026
Application deadline24 September 2026pv magazine, 25 Aug 2026
Forecast peak demand91 MW (2024) rising to 130 MW (2031)PWP seven-year statement, via SolarQuarter
Forecast average demand52 MW (2024) rising to 73 MW (2031)PWP seven-year statement, via SolarQuarter

This is a study, not a construction contract. No capacity, capital cost or commissioning date exists yet, and any figure claiming otherwise is invented.

Why an islanded grid changes the technology choice

Musandam is geographically separated from the rest of Oman and has historically operated as an isolated power system. Electricity comes primarily from the gas-fired Musandam Power Plant near Khasab, supplemented by diesel generation in smaller and remote communities. That single fact drives the whole design.

On an interconnected grid, solar without storage is still useful, because neighbouring plants cover the evening. On an island, they do not exist. Battery storage stops being an optimisation and becomes the component that lets solar displace fuel at all. It is the same logic behind the six-hour batteries now specified in Emirati utility tenders, only at one-thousandth of the scale. Musandam's peninsular climate is also less brutal than the interior of the Gulf, but the design still has to survive high humidity and salt aerosol, which attack connectors and enclosures faster than dry inland heat does.

Diesel is the benchmark being displaced. Remote diesel generation is among the most expensive electricity in the Gulf, which is precisely why solar-plus-battery hybrids clear the economic bar in places where they would not clear it next to a cheap combined-cycle plant.

What this means for owners, investors and EPC contractors

For a villa owner in Dubai this changes nothing directly. A feasibility study in northern Oman does not move DEWA tariffs or your payback. What it does is add to a regional pattern that does affect you.

Where this sits in Oman's 2026 pipeline

Oman is moving on three fronts at once: utility-scale generation, isolated-grid feasibility, and domestic manufacturing. The 6 GW cell and module factory announced in July 2026 is the most strategically interesting of the three, because it would put a second GCC manufacturing base next to Saudi Arabia's. If that plant is built, the equipment supply picture for every Gulf installer, including on villa rooftops in the UAE, looks different by the end of the decade.

Sources: pv magazine — Oman seeks consultants for renewable energy feasibility study (25 August 2026), SolarQuarter — Oman's PWP issues RFP for Musandam renewable energy feasibility study, SaudiGulf Projects — Nama PWP invites bids for Musandam study, PWP — Power Seven-Year Statement 2025-2031 (Issue 19).

SOLTECH Solar Wiki · General information, not a design document. System-specific numbers always come from a site assessment. ← All articles

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