The upcoming Large-Scale Solar Programme, LSS6, is set to revolutionize Malaysia's renewable energy sector, offering a treasure trove of opportunities worth RM8-9 billion for engineering, procurement, construction, and commissioning (EPCC) contractors. This ambitious initiative, the first of its kind to mandate battery energy storage systems, promises to boost Malaysia's solar capacity by a substantial 1.2 gigawatts, adding an extra layer of revenue potential. With bidding set to commence in July 2026, the stage is set for a competitive yet lucrative landscape.
Maybank Investment's analysis highlights the program's significance, predicting a boost for EPCC contractors as LSS5 projects conclude by the end of 2027. The firm's preference for EPCC players is well-founded, given the robust contract opportunities from LSS6 and the potential pipeline from the Corporate Renewable Energy Supply Scheme. However, Maybank's top pick, Solarvest Holdings Bhd, faces competition from other renewable energy sector leaders like Pekat Group Bhd and BM Greentech Bhd. These companies, with their proven track records and strategic land holdings, are poised to benefit from the rising energy demand in the Southern region.
The competitive bidding environment, with pricing expected to align with 8%-12% equity internal rate of return, adds a layer of complexity. While Tenaga Nasional Bhd acts as the offtaker, reducing risk, unexpected policy shifts, raw material price volatility, and market competition could still pose challenges to company earnings. Despite these potential hurdles, LSS6 presents a golden opportunity for Malaysia's renewable energy sector, driving innovation, sustainability, and economic growth.
In conclusion, LSS6 is a game-changer for Malaysia's renewable energy landscape, offering a wealth of opportunities for EPCC contractors and renewable energy sector leaders alike. With its focus on sustainability and innovation, this program is poised to accelerate Malaysia's transition to a greener future, fostering economic growth and environmental responsibility.
