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This book focuses on novel techniques in the four domains of new energy development, large-scale energy storage, multi-energy dispatch, and new energy applications. The content will make valuable contributions to professionals of industry and academia, since most of the authors are professors or senior engineers with rich experiences of practices, and typical challenges faced by the industry will be discussed and solutions will be introduced except for unfolding spectacular insights of research. Regulators of energy authorities will also find it helpful, since the future of energy will be expounded and new ideas for realizing the formation of new energy-dominated and more efficient and safer power system will be encountered.
List of contents
Development and Prospect Analysis of New Energy in Oilfield.- Research on the application of the "one pipe dual injection" water and gas alternating injection technology in CO2 flooding of D oilfield.- Exploration and Analysis of Photovoltaic Power Generation Project in A Oilfield.- Exploration and Practice on Oil and Gas and New Energy Integration of Y Oilfield under the “Dual Carbon” Goal.- New Method of Converting Electrical Parameters of Coalbed Methane Pumping Well into Indicator Diagram.- Development and implementation of information management and engineering design system for shallow geothermal energy development and utilization.- DPCNN-Transformer Network for Remaining Useful Life Prediction of Lithium-Ion Batteries.- The synthesis and thermal storage performance simulation of graphene composite phase change materials.- Research on Geothermal Heating Production and Injection Technology in the Beijing-Tianjin-Hebei Region.- Construction and Practice of Environmental Monitoring Technology System for Carbon Dioxide Geological Utilization and Storage Projects.- Research and Application of Integrated Geothermal Extraction and Reinjection Technology.- Partial Power Converter with AI Strategy for Photovoltaic System.- Load Forecasting Using Multi-source Data based on CNN-LSTM-Attention Network.- Enhancement of zero fossil energy consumption construction in a western China oil field.- Green Transformation of the Petroleum Industry: Integration of Oil Extraction and New Energy Development.- Technology Optimization And Field Test For Improving Development Effect Of Deep Low-permeability Water-Sensitive Reservoirs.- Key Parameter Design On Optimization Of Green Electricity And Network Electricity To Decrease Electric Heating Cost and Field Test In Deep SAGD Steam Injection Well.- Well Test analysis Method of Geothermal Well in Natural Fractured Reservoir.
About the author
Prof. Jiaen Lin’s team has been committed to the monitoring and model analysis technology research in the field of oil, gas, and water exploitation for many years and has established the “Reservoir Monitoring and Management Research Office”. The College of Petroleum Engineering to which the team belongs has established the Department of New Energy Science and Engineering to enhance geothermal energy and other new energy technology research and teaching work. The theoretical methods of oil and gas reservoir monitoring, such as underground fluid flow simulation, well test analysis, and production data analysis, which Prof. Lin has studied in the past 20 years, can be applied to geothermal energy development.
Summary
This book focuses on novel techniques in the four domains of new energy development, large-scale energy storage, multi-energy dispatch, and new energy applications. The content will make valuable contributions to professionals of industry and academia, since most of the authors are professors or senior engineers with rich experiences of practices, and typical challenges faced by the industry will be discussed and solutions will be introduced except for unfolding spectacular insights of research. Regulators of energy authorities will also find it helpful, since the future of energy will be expounded and new ideas for realizing the formation of new energy-dominated and more efficient and safer power system will be encountered.
