西門子能源已與廣東能源集團達成協議，為肇慶鼎湖熱電聯產項目提供F級燃氣輪機設備。該項目位于廣東省肇慶市鼎湖區，預計將于2023年

西門子能源已與廣東能源集團達成協議，為肇慶鼎湖熱電聯產項目提供F級燃氣輪機設備。

該項目位于廣東省肇慶市鼎湖區，預計將于2023年開始運營。完成后，將對優化粵港澳大灣區（GBA）能源結構和布局中發揮重要作用。

該項目是西門子能源全球首次在F級燃氣-蒸汽聯合循環機組中采用中位大平臺布置及燃機進氣系統采用側進氣鏡像布置方案的項目。該設計具有大型高架操作平臺布局和鏡像側進氣系統。2×460MW級燃氣蒸汽熱電聯產機組包括兩臺SGT5-4000F燃氣輪機，兩臺蒸汽輪機，四臺發電機，兩臺SPPA-T3000控制系統及相關輔助設備。

西門子能源集團執行副總裁卡里姆·阿敏（Karim Amin）表示：“大灣區的現代能源供應系統是朝著中國2060年實現碳中和目標邁出的重要一步，我們期待著與廣東能源集團在這一方向上的持續合作。”

該項目預計將提供高達35億千瓦時的年發電量，該裝置的聯合循環效率達到60％或更高，二氧化碳排放量減少高達60％，這不僅可以為電網提供清潔電力，還可以為電網提供支持。通過更換分散的小型鍋爐來解決該地區產業集群的供熱需求。

https://www.world-energy.org/article/16071.htmlSiemens Energy to Supply F-Class Gas Turbines to Chinese CHP Projecthttps://www.world-energy.org/article/16071.html

原文閱讀：

Siemens Energy has reached an agreement with Guangdong Energy Group to provide F-class gas turbine island equipment for the Zhaoqing Dinghu Combined Heat and Power generation project.

Located in Dinghu District, Zhaoqing City, Guangdong Province, the project is expected to start operation in 2023. When completed, it will play a key role in optimising the energy structure and layout of the Guangdong-Hong Kong-Macao Greater Bay Area (GBA) and building a modern energy supply system.

The project is the first in the world to provide Siemens F-class gas-steam combined cycle units with the latest and newest design that features a large, elevated operation platform layout and mirrored side air intake system. The 2×460MW class gas-steam CHP units include two SGT5-4000F gas turbines, two steam turbines, four generators, two SPPA-T3000 control systems and related auxiliary equipment.

Karim Amin, executive vice president generation at Siemens Energy, said: “A modern energy supply system for the GBA is an important step towards China’s 2060 carbon neutral goal and we look forward to our continued cooperation with Guangdong Energy Group in this direction.”

The project will deliver an estimated annual power generation capacity of up to 3.5 billion kWh, combined cycle efficiency of the unit of 60% or more and CO2 emission reduction of up to 60%, which not only provides clean electricity to the grid but also supports the heating demand of the industrial clusters in the area by replacing scattered small boilers.