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鋼鐵企業自備電廠機組配置優化.煤氣系統優化調度 版權信息
- ISBN：9787564365547
- 條形碼：9787564365547 ; 978-7-5643-6554-7
- 裝幀：一般膠版紙
- 冊數：暫無
- 重量：暫無
- 所屬分類：>
鋼鐵企業自備電廠機組配置優化.煤氣系統優化調度 本書特色
作者長期從事鋼鐵企業、自備電廠煤氣系統預測、優化調度等課題的研究，并跟蹤國內外的研究動態。本書是作者多年研究的總結，同時也吸收了國內外的*新研究成果。本書綜合考慮煤氣放散和機組運行效率下降對整個煤氣系統價值的影響，建立自備電廠機組配置優化模型；考慮到依靠人工經驗無法對其煤氣供人量進行準確預測，針對煤氣供人量特性，建立自備電廠煤氣供人量預測模型；在預測模型的基礎上，從煤氣系統全局出發，以總運行成本*小為目標，考慮鍋爐負荷波動頻繁的特點，建立優化調度模型。為此，本書將所建模型應用于實際鋼鐵企業自備電廠，從系統和全局視角出發研討鋼鐵企業自備電廠機組配置優化、煤氣優化調度問題，豐富鋼鐵企業自備電廠煤氣系統預測、優化、調度問題的研究方法，以期為鋼鐵企業自備電廠煤氣系統提供理論與方法上的指導。
鋼鐵企業自備電廠機組配置優化.煤氣系統優化調度 內容簡介
本書運用數學模型結合富余煤氣的自身特性對自備電廠煤氣系統進行預測及調度，對發展鋼鐵生產、降低能源消耗和產品成本是一種強有力的手段和途徑，具有重要的理論意義和現實意義。綜合考慮煤氣放散和機組運行效率下降對整個煤氣系統價值的影響，建立自備電廠機組配置優化模型；考慮到依靠人工經驗無法對其煤氣供入量進行準確預測，針對煤氣供入量特性，建立自備電廠煤氣供入量預測模型。在預測模型的基礎上從煤氣系統全局出發，以總運行成本很小為目標，考慮鍋爐負荷波動頻繁的特點，建立優化調度模型。為此，本書將所建模型應用于實際鋼鐵企業自備電廠，從系統和全局視角出發研討了鋼鐵企業自備電廠機組配置優化、煤氣優化調度問題，豐富了鋼鐵企業自備電廠煤氣系統預測、優化、調度問題的研究方法，以期為鋼鐵企業自備電廠煤氣系統提供理論與方法上的指導。本書可作為生產過程物流專業及相關專業的通用教材，也可供相關方向科研人員、企業在職人員培訓使用。
鋼鐵企業自備電廠機組配置優化.煤氣系統優化調度 目錄
目 錄
CONTENTS
1 緒 論································································································· 001
1.1
我國鋼鐵企業煤氣資源及回收利用···················································· 001
1.2
鋼鐵企業富余煤氣資源利用現狀······················································· 006
1.3
鋼鐵企業自備電廠現狀及存在的問題················································ 010
1.4
研究內容與創新點·········································································· 021
2
鋼鐵企業自備電廠機組優化配置研究······················································ 025
2.1
鋼鐵企業自備電廠煤氣系統靜態平衡分析·········································· 025
2.2
自備電廠富余煤氣量的統計學特性···················································· 027
2.3
自備電廠機組配置優化模型····························································· 034
2.4
本章小結······················································································· 047
3
鋼鐵企業自備電廠煤氣供入量預測研究··················································· 048
3.1
自備電廠煤氣供入量影響因素及模型選擇·········································· 048
3.2
ARMA時間序列預測建模································································ 051
3.3
模型驗證······················································································· 058
3.4
本章小結······················································································· 066
4
鋼鐵企業自備電廠煤氣系統優化調度研究················································ 068
4.1
自備電廠鍋爐及燃料調節特點·························································· 068
4.2
自備電廠煤氣系統優化調度模型······················································· 070
4.3
本章小結······················································································· 082
5
模型應用····························································································· 083
5.1
自備電廠機組配置優化模型在鋼鐵企業的應用··································· 083
5.2
自備電廠煤氣系統化優化調度模型在鋼鐵企業的應用·························· 095
5.3
本章小結······················································································· 116
參考文獻·································································································· 118
展開全部
鋼鐵企業自備電廠機組配置優化.煤氣系統優化調度 作者簡介
孟華，女，博士，副教授，重慶化工職業學院財經學院物流管理專業帶頭人。電子科技大學波博士后在讀，主要研究方向為生產過程物流管理與控制。本人一直用系統工程的方法研究冶金工業節能和生產過程物流控
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