Indonesia’s 100 MW Jatigede floating solar project is expected to launch soon. It plans to use reservoir resources in West Java Province to develop clean energy and support Indonesia’s energy transition. The project is still in the planning stage and should not be considered under construction or generating electricity. When will the implementation plan, equipment procurement, and grid connection schedule be confirmed? Click to learn about project updates and explore potential opportunities in floating solar equipment and engineering services.

The seventh batch of sub-arrays in Section 7 of the CNNC Tianwan 2-million-kW tidal-flat photovoltaic demonstration project has been successfully connected to the grid, involving three collector lines and six sub-arrays, advancing toward the goal of connecting the entire project to the grid by the end of 2026. Once completed, the project is expected to deliver an average annual on-grid electricity output of approximately 2.234 billion kWh and reduce carbon dioxide emissions by 1.77 million tonnes per year. Learn about the latest grid-connection progress and key considerations for coordinating project delivery, equipment supply, and technical documentation, providing a reference for subsequent construction, supply, and service arrangements.

GCL New Energy Wins Contract for Commissioning and O&M Technical Services for a 1.2 GW Solar Project in Saudi Arabia, a key IPP project in Saudi Arabia’s fifth NREP round. The procurement development offers a reference for companies interested in the Middle East solar market. This article focuses on the scope of services, the handover of responsibilities between commissioning and operations, technical documentation, and delivery requirements, helping solar technical service providers, contractors, and equipment suppliers assess business opportunities and contract performance risks. Click to learn about the procurement signals behind the award and key points for reviewing project documents.

TCL SunPower launches Origin residential solar panels with an output of 485–505 W and a maximum conversion efficiency of 24.7%. Featuring back-contact cell technology, A+ rated shade resistance, and a 40-year warranty. How should you evaluate panel selection and long-term coverage when roof space is limited or partially shaded? Learn about the key specifications, suitable applications, and buying considerations to help inform residential solar projects.