Petaling Jaya, September 3, 2025 — Samaiden Group Bhd has clinched a landmark renewable energy contract with its consortium partner, JBB Builders (M) Sdn Bhd, to develop a 99.99 megawatt (MW) large-scale solar photovoltaic plant in Segamat, Johor, marking one of the most significant clean energy projects in Malaysia’s recent history.
The Energy Commission issued a Letter of Notification (LON) on September 2, 2025, formally awarding the consortium a spot under the Large-Scale Solar (LSS) PETRA 5+ programme, Package 3. This category covers projects between 30MW and 500MW, with Samaiden’s competitive bid and compliance with tender criteria securing the win.
Under the terms of the award, the solar plant will operate on a 21-year Solar Purchase Agreement with Tenaga Nasional Bhd (TNB), ensuring long-term revenue visibility. The plant, designed with a maximum export capacity of 99.99MW, is scheduled to reach commercial operation by October 31, 2027, at which point it will begin supplying clean electricity to the national grid.
Milestone for Renewable Energy Ambitions
Group Managing Director Datuk Ir. Chow Pui Hee hailed the achievement as a pivotal milestone for the company and the country’s energy ambitions.
“Being selected for this large-scale solar project reflects market confidence in Samaiden’s capabilities and our commitment to accelerating Malaysia’s renewable energy transition,” she said. “This project underscores our mission to deliver sustainable value while contributing meaningfully to national and global sustainability goals.”
The project is expected to make a sizeable contribution to Malaysia’s renewable energy capacity, reinforcing Samaiden’s growing reputation as a leading engineering, procurement, construction and commissioning (EPCC) specialist in the region.
Samaiden’s expansion into large-scale solar also demonstrates the group’s strategy of building recurring revenue streams through long-term power agreements, while positioning itself as a key partner in Malaysia’s goal to achieve a more sustainable energy mix.
