English

  • Massive Growth Potential: Malaysia is projected to exceed 6.5GW of new solar photovoltaic (PV) capacity between 2026 and 2029.
  • Significant Economic Opportunity: Total EPCC contract replenishment is estimated between RM13 billion and RM23 billion over the next five years.
  • Strategic Policy Drivers: Growth is supported by the upcoming Large Scale Solar 6 (LSS6) tender (2GW allocation expected mid-2026) and the Corporate Renewable Energy Supply Scheme (CRESS).
  • Floating Solar Focus: With 16.5GW of potential, floating solar (FPV) is becoming central to reaching Malaysia’s goal of 56GW solar capacity by 2050.
  • Technical Advantages: Floating solar systems provide 5-15% higher energy yields due to water-cooling effects and help overcome land scarcity issues.
  • Increased Costs & Returns: While specialized floating installations cost ~30% more due to marine-grade materials, they offer enhanced efficiency and operational resilience in flood-prone areas.

中文

  • 巨大增长潜力： 预计 2026 年至 2029 年间，马来西亚的新增太阳能光伏 (PV) 容量将超过 6.5GW。
  • 重大经济机遇： 未来五年内，工程、采购、施工及调试 (EPCC) 的合同补充总额预计在 130 亿至 230 亿林吉特之间。
  • 关键政策驱动： 增长得益于即将推出的 LSS6 大规模太阳能项目招标（预计 2026 年中分配 2GW）以及企业可再生能源供应计划 (CRESS)。
  • 浮动式太阳能重点： 凭借 16.5GW 的资源潜力，浮动式太阳能 (FPV) 正成为实现马来西亚 2050 年 56GW 太阳能装机目标的核心。
  • 技术优势： 得益于水冷效应，浮动式系统的能源产出比地面电站高出 5% 至 15%，同时有效克服了土地资源限制。
  • 成本与收益： 尽管特种浮动式安装因需使用海洋级材料使成本增加约 30%，但其效率提升及在洪涝地区的运营韧性增强了整体项目价值。