據能源世界網8月3日雅加達報道，周二，印尼國家電力公司Perusahaan Listrik Negara (PLN)和阿拉伯聯合酋長國的馬斯達爾(Masdar)同意為一個145兆瓦的浮動太陽能發電項目提供融資后，印尼將開始建設這個東南亞最大的項目。

　　印度尼西亞的目標是，到2025年，其23%的能源來自可再生能源，該國政府表示，該國將努力到2060年實現凈零排放，不再使用煤炭。

　　PLN首席執行官Zulkifli Zaini周二在網上新聞發布會上表示，通過為該項目融資，我們可以立即開始建設。并補充道，我們樂觀地認為，在所有利益相關方的支持下，這個環保項目可以按計劃開始商業運作。

　　Cirata浮式光伏電站是PLN和馬斯達爾在西爪哇的合資企業，預計將成為東南亞同類電站中最大的，并計劃于2022年11月開始商業運營。

　　馬斯達爾周二在另一份聲明中稱，該項目的融資是通過三井住友銀行(Sumitomo Mitsui Banking Corp)、法國興業銀行(Societe Generale)和渣打銀行（Standard Chartered Bank）安排的。該聲明補充道，該項目正在建設中。

　　PLN表示，將開始逐步關閉燃煤電廠，這些電廠目前滿足了印尼約60%的能源需求。

　　郝芬 譯自 能源世界網

　　原文如下：

　　Indonesia begins construction on region's largest floating solar plant

　　Indonesia will begin work on a 145 megawatt (MW) floating solar power project, the largest in Southeast Asia, after state power utility Perusahaan Listrik Negara (PLN) and Masdar of United Arab Emirates agreed financing for the project on Tuesday.

　　Indonesia aims to have 23 per cent of its energy from renewable sources by 2025 and the government has said the country will try to reach net zero emissions by 2060 by moving away from coal.

　　"By securing the financial support for this project, we can immediately start the construction stage," PLN chief executive Zulkifli Zaini said in an online briefing on Tuesday.

　　"We are optimistic that, with the support of all stakeholders, this environmentally friendly project can start commercial operation on schedule," he added.

　　A joint venture between a unit of PLN and Masdar in West Java, the Cirata floating photovoltaic power plant is expected to be the largest of its kind in Southeast Asia and is scheduled to begin commercial operation in November 2022.

　　Financing of the project was arranged through Sumitomo Mitsui Banking Corp., Societe Generale, and Standard Chartered Bank, Masdar said in a separate statement on Tuesday.

　　Construction of the project was underway, the statement added.

　　PLN has said it will start to gradually shut down its coal-fired power plants, which currently meet around 60 per cent of Indonesia's energy demands.