Energy Systems and Technologies: An Overview
Classified in Technology
Written at on 
English with a size of 5.47 KB.
Page 1
Scope of Energy
Dimensions of Energy
Page 2
Defining Concepts
- Energy Source
- Energy Resources
- Energy Reserves
- Energy Carrier
Page 3
Classification of Energy Sources
Page 4
OPEC as an Oligopoly
Page 4-5
The Crude Market: Acquisition of Materials
Page 5-6
Spot-Market Petroleum Products and Meeting Demand
Security Stocks and Strategic Reserves
Page 6
The Crisis of 1990
Page 7
The Oil Markets: Explaining the Crisis of 1997-99
Page 8
Location of the Oil Market After 9/11
Situation in 2008
Factors Influencing the Oil Market
Page 9
Profitability of the Oil Industry
Explaining its Effects on Oil Prices, Refining, Exploration, Production, and Consumption
Page 10-11
CORES: Objectives, Performance Criteria, Members, Financing
Page 11
The Control of Fuel Prices
Page 12
Energy Management
Objectives and Functions
Page 13
Factors in Fuel Selection
List and Explanation
Page 14
New Electrical System
Fundamental Principles, Security and Quality of Supply
Objectives of the New Electrical System
Page 15-16
Firms and Agencies in the New Electric System
Page 16
System Management in the New System
Market Operator, System Operator
Page 17
Regulatory Bodies of the Spanish Electric System
Functions
Page 18
Key Elements of the New Electric System vs. Previous Legislation
Options for Qualified Customers to Purchase Power and Price Components
Page 19
Components of Ongoing Costs and Diversification Costs
Their Role in the Tariff System
Page 19-20
Agents in the Gas Sector
Page 20
Coordination and Supply Regulation of Natural Gas (NG)
Page 20-21
Advantages of Cogeneration
Benefits to the Nation and Industry
Page 21-22
Fundamental Differences Between Gas, Steam, and MCIA Turbines
Choice of Driving Force, Advantages, and Disadvantages
Page 23-24
Vapor-Liquid Transformation in a Steam Boiler
Explanation and Graph
Page 25-26
Measures to Increase Performance (or Savings) in Generation Systems
Page 27
Purges and Steam Degassing
Processes and Benefits
Page 28-29
Operationally Efficient Refrigerators
Improving Cold Installations
Page 29
Energy-Efficient Air Conditioning Technologies
Improving Cold Installations
Page 30
Absorption Systems
Storage Systems and Distribution Networks
Page 32
Differences Between Feasibility Report and Feasibility Study of Cogeneration
Stages of Each
Page 33
Most Commonly Used Artificial Gas
Page 34
Fuel Delivery to Power Plants (Solid, Liquid, Gaseous)
Page 35
Types of Boiler Feeding (Direct and Indirect)
Page 36
Different Types of Boilers
Page 37
What is a Measuring Regulating Station (MRS) and its Purpose?
Description, Installation, Special Features, Components, and Drawing
Page 38
Transport Systems for Liquefied Petroleum Gases (LPGs)
Page 39
Different Types of Radioactive Decay and X-Rays
Page 40
Elements of a Nuclear Reactor
Page 41
Pressure Water Reactors and Boiling Water Reactors
Page 42
Energy Saving and Efficiency Plans
Differences Between Green and White Papers
Page 43
The Plan to Promote Renewable Energies 2000-2010
Page 44-45
Types of Wind Generators and Their Components
Page 45
Drawing of a Horizontal Wind Turbine
Page 46-47
Solar Collectors
Operation, Features, Elements, Properties for Maximum Efficiency
Page 48
Elements of a Solar Installation for Low-Temperature Hot Water and Heating
Page 49
Provision of Solar Collectors
Page 50
Photovoltaic Solar Energy
Definition, Advantages, Disadvantages
Phases of Manufacturing a Photovoltaic Panel
Page 51
Photovoltaic Systems
Applications, Designs, Types
Page 52
Freelance Photovoltaic Systems (Centralized and Decentralized)
Page 53
Biomass
Definition and Types
Biofuels
Page 54
Biogas
Formation Process and Generation Locations