The Philippines' first 200-kW floating solar power project

Philippines Switches On its First Floating Solar Power Project

The potential of floating solar to provide a much-needed boost to energy supply as the country demand for power reaches 11,000 MW.

The Philippines first 200-kW floating solar power project by Ocean Sun was recently switched on. The joint project is part of a partnership between Ocean Sun and GCL-SI.

As new opportunity-creating technology, floating solar facilities  the installation of photovoltaic (PV) panels on a body of water  are advantageous for countries where land is in high demand. Alfonso Cusi, secretary for the Department of Energy of the Philippines, noted that the potential of floating solar would provide a much-needed boost to the energy supply as the country demand for power reaches 11,000 MW.

Through an agreement between Ocean Sun and GCL-SI at Shanghai SNEC, the two companies cooperated on the development of PV modules for floating PV solutions and floating solar facilities. GCL-SI will further strengthen its research and development into high-efficiency products, supporting Ocean Sun for the construction of solar energy facilities to match the rapid economic growth and ever-increasing demand for renewable energy in the Philippines.

Eric Luo, chairman of GCL-SI, said, "GCL has been an active player in the development of cost-effective renewable energy on a global scale. The cooperation with Ocean Sun on this ground-breaking project in the Philippines once again emphasizes the trust we have won from our global partners."

"Establishing a partnership with GCL is a major milestone for Ocean Sun and will enable optimization of the technology for large scale deployment. We are very pleased with having GCL as a partner, and look forward to taking floating solar to the next level," said Øyvind Rohn, CEO, and Børge Bjørneklett, chairman and CTO of Ocean Sun.

The pilot facility is the first non-hydro project of SN Aboitiz Power-Magat (SNAP), one of the Philippines' leading renewable energy companies.

Located in the 1170-hectare Magat reservoir, the purpose-built facility has been designed to withstand disruptive weather conditions and strong typhoons. The project will go through a pilot test lasting for 10 months and will initially serve house load requirements of SNAP's Magat hydro. If successful, SNAP will look into scaling up the project so that the power generated may contribute to its renewable energy capacity and to the country's energy security.

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