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Masdar signs 400MW floating solar deal in Sarawak and starts 200MW Chereh project

Masdar has signed a power purchase agreement with Sarawak Energy's Sesco for a 400MW floating solar plant at the Murum dam. It has also started building the 200MW Chereh Dam floating solar project in Pahang, Malaysia.

Masdar floating solar context: floating solar panels and a walkway at a lake in Malaysia (archive image)
Floating solar panels and walkway at Universiti Putra Malaysia, January 2024 (archive image; not a Masdar project). Photo: Wee Hong, CC BY-SA 4.0, via Wikimedia Commons

Masdar floating solar plans in Malaysia have taken two big steps. First, the Abu Dhabi Future Energy Company (Masdar) signed a power purchase agreement (PPA) with Syarikat Sesco, a unit of Sarawak Energy, on 30 October 2026. The deal covers a 400MW floating solar plant on the reservoir of the Murum hydroelectric plant in Sarawak.

Second, Masdar and its partners have started building the 200MW Chereh Dam floating solar project in Pahang. Both plants will rank among the largest floating solar installations in South-east Asia.

Masdar floating solar at the Murum dam

The Murum hydroelectric plant has a capacity of 944MW and began operating in 2014. It is Sarawak’s second-largest hydro plant after Bakun. The new solar plant will float on its reservoir and add daytime solar power to the existing hydro supply.

Sarawak Energy has other floating solar plans too. For example, a 50MW plant at Batang Ai has run since December 2024. An extra 120MW there will take it to 170MW. In addition, it plans a 300MW floating plant at the Bakun reservoir. Together, these projects support Sarawak’s goal of at least 1,500MW of solar and 10GW of total capacity by 2030.

Masdar floating solar at Chereh: financing closed

At Chereh, the project company reached financial close on 27 October 2026. It raised ~MYR580mn ($142mn) from three international lenders. Citaglobal is the engineering, procurement and construction contractor, while TIZA Global handles local development.

The plant should start operating in 2028. Once complete, it should supply enough clean power for ~100,000 homes. Meanwhile, construction will create ~1,500 jobs. National utility Tenaga Nasional will buy the power for 21 years under a PPA signed in December 2025. The consortium won the project in Malaysia’s Large Scale Solar (LSS) Cycle 5+ tender with the lowest tariff in the floating category.

Why floating solar suits hydro reservoirs

Floating panels avoid the need for large areas of land. Moreover, hydro sites already have grid links, so solar can share them. Hydro plants can also hold back water when the sun shines and release it later. As a result, the two sources balance each other.

Masdar has done this before. It built the 145MW Cirata floating solar plant in Indonesia. Furthermore, Chereh is the first part of a 10GW renewable energy roadmap that Masdar agreed with Malaysia’s investment agency, MIDA, in 2023.

Lessons for India

India also has large hydro and irrigation reservoirs that could host floating solar. The Malaysian model of pairing panels with hydro offers one route. For India’s own solar push, read our report on the PM-KUSUM 2 solar scheme outlay.

What to watch next

First, watch for the financing and build timetable at Murum. Second, look for progress on the Bakun and Batang Ai expansions. Finally, more LSS tenders in Malaysia could bring further floating projects.

Written by

Entelera Research

Entelera Research is the editorial team behind Entelera. We cover crude, LNG, power, renewables, policy and geopolitics, looking at energy the way companies have to: supply, demand, margins, policy and risk, with every number linked to its source and a close eye on India and its place in global markets.

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