method for the management of primary reserve margin in a plant for the production of electricity and installation for the production of electrical energy

• 1. 控制用于生产电能的联合循环设备的方法以及用于生产电能的联合循环设备 [P] . 中国专利： CN104040119A . 2014-09-10
• 2. 一种应用于智能工厂的生产管理方法和系统 [P] . 中国专利： CN113592216A . 2021-11-02
• 3. method for control of a condenser to air of a plant for the production of electricity with optimized management of state transitions, and installation for the production of electrical energy [P] . IT1401151B1 . 2013-07-12

  机译： 控制状态转换的优化管理电力生产设备的空气冷凝器的方法以及用于生产电能的设备

• 4. method for control of a condenser to air of a plant for the production of electricity with optimized management of state transitions, and installation for the production of electrical energy [P] . ITMI20101396A1 . 2012-01-29

  机译： 控制状态转换的优化管理电力生产设备的空气冷凝器的方法以及用于生产电能的设备

• 5. method for control of a condenser to air of a plant for the production of electricity with automatic selection of the state and installation for the production of electrical energy [P] . IT1401150B1 . 2013-07-12

  机译： 用于自动产生状态的选择和用于发电的设备的用于控制发电设备的空气冷凝器的方法

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• 2. Gas Valorization in the Republic of Congo: Production of Electricity from National Gas Reserves [J] . Prince Valdano Itoua, Durell Esperance Ndinga Manguet 自然资源（英文） . 2021,第005期
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• 4. Choice of Site for the Installation of Photovoltaic Solar Power Plants in Senegal: Consequences on Electricity Production [J] . Mactar Faye, Ababacar Thiam Journal of Power and Energy Engineering . 2017,第12期
• 5. Electricity production and cooling energy savings from installation of a building-integrated photovoltaic roof on an office building [J] . George Ban-Weiss, Craig Wray, Woody Delp, Energy and Buildings . 2013,第JANa期
• 6. Optimised Use of Fossil Primary Energies in Integrated Steel Plants for Crude Steel Production in Regards to Technical, Economical and Ecological Aspects [C] . Klaus Knop, Pablo Duarte, Eugenio Zendejas China International Steel and Raw Materials Conference . 2003
• 7. Integrating Variable Renewable Energy on Electricity Grids through a Multi-Scaled Energy Modelling Approach: From Capacity Expansion to Production Cost Modelling [D] . McPherson, Madeleine. 2017
• 8. Comparison of Different Electricity-Based Thermal Pretreatment Methods for Enhanced Bioenergy Production from Municipal Sludge [O] . E. Hosseini Koupaie, T. Johnson, C. Eskicioglu 2018
• 9. A New Method to Determine the Ratio of Electricity Production from Fossil and Biogenic Sources in Waste-to-Energy Plants [O] . -1

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• 2. Pion, Kaon and Antiproton Production in iPb/i+iPb/iCollisions at LHC Energy √span style=quot;margin-left:-2px;margin-right:2px;margin-top:2px;border-top:1px solid blackquot;s subNN/sub/span=2.76 TeV: A Model-Based Analysis [J] . Pradeepta Guptaroy ,Sima Guptaroy . 现代物理（英文） . 2015,第2期
• 3. Application of Wind Energy Conversion Systemsfor the Production of Electrical Energy at the Northeast of Brazil [J] . Juraci Carlos de Castro Nobrega ,Telmo Silva de Araujo . 材料科学与工程：中英文B版 . 2013,第011期
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• 5. 用于电缆生产设备的数字式悬垂系统的研制 [A] . 乔君丰 . 2021