TAILIEUCHUNG - Strategic planning of regional energy system based on life cycle assessment methodology

The Krasnodar territory is considered one of most attractive regions in Russia in terms of its climatic characteristics for the development of renewable energy sources. According to the current plans of Russian Ministry of Energy, the cumulative capacity of wind generating facilities in the Krasnodar Territory will reach 405 MW by 2022. It is well known form the literature, the average installed capacity utilization factor of wind turbines currently is about 30%. Comparatively low installed capacity utilization factor of wind parks significantly increases their payback period, thereby reducing commercial attractiveness. However, from an environmental point of view, low installed capacity utilization factor of wind plant can also be a problem: this means that most of the energy and materials spent on the manufacturing of an energy object do not produce a useful output, in other words, wasted. Therefore, a promising way to increase the installed capacity utilization factor of wind and solar plants is the use of energy storage systems. | Strategic planning of regional energy system based on life cycle assessment methodology

• Năng lượng
• Wind energy
• Life cycle assessment
• Regional energy system
• Energy storage
• Strategic planning
• Part of promising renewable energy
• Potential of wind energy
• Source of wind power
• Wind speed distribution
• Wind speed character analysis
• Wind Energy Handbook
• electricity generation
• wind turbine technology
• wind farm design
• electrical power system
• wind resource
• Wind power
• Techno economic feasibility
• Large scale integration of wind energy
• Large scale integration
• Implementing wind power
• Economic analysis of PV wind hybrid system
• 25 locations in Taiwan
• PV wind hybrid system
• National Energy Renewable Laboratory
• Hybrid PV wind system
• Photovoltaic wind hybrid systemư
• QuikSCAT wind data
• East Vietnam Sea
• Wind energy resource evaluation
• Wind power generation evaluation
• Power resource of East Vietnam sea
• Wind speed
• Wind density
• Wind rose
• Power law index
• Weibull distribution
• Energy
• Electrical energy
• Chemical energy
• Nuclear energy
• Thermal energy
• Energy conversion
• Offshore wind
• Permanent magnet wind generator
• Levelized cost of energy
• Turbine's nominal power
• High distributions
• Wind potential
• CrossCalibrated Multi Platform
• Traditional energy resources
• fossil energy
• biomass energy
• renewable energy systems
• biofuels
• Serious energy
• renewable energy technologies
• solar
• wind
• Lecture Power system stability
• Bài giảng Ổn định hệ thống điện
• Power system stability
• Modeling Wind and Solar
• Wind turbine generators (WTGs)
• Wind energy economics
• Energy Generation
• Voltage Dips
• Conversion Systems
• Power System
• Wind Generation
• Energy research and social sience
• Media content analysis
• National interest areas
• Wind parks
• Savonius engine
• Renewable energy
• Wind turbine efficiency
• Electric motor
• Energy conversi
• Environmental Impact
• fossil fuels
• Energy world wide
• Power plant technology
• Fast breeder reactors
• Seothermal energy
• Solar energy wind energy
• Energy from the oceans
• Net present value
• Internal rate of return
• Discount rate (r)
• Simple payback period
• Retscreen expert
• Isolated energy systems
• Generated power supplies
• Nuclear energy plants
• Wind energy plants
• Solar energy plants
• CCMP data
• Marine and power planning
• Offshore wind energy
• Spatial and temporal variation
• Vietnam sea
• Offshore wind resource assessment off the south african coastline
• Sustainable future energy mix
• Steep continental shelf drop
• Sustainable future energy mix in line
• Analysed for each site
• Marine economic development
• Climate change
• SWOT analysis
• Context of climate change
• Social acceptance
• Wind turbine sound
• Noise annoyance
• Planning phase
• Combining wind power
• Multi use offshore installations
• Social license
• Coastal communities
• Action Situations
• Ground clearance
• Annual energy production
• Tower cost
• Rotor blades