Electric Power Monthly - U. S. Energy Information Administrationtables (html)additional formats. Summary Statistics. ES1. A Total Electric Power Industry. ES1. B Total Electric Power Industry, Year- to- Date ES2. A Receipts and Cost of Fossil Fuels for the Electric Power Industry by Sector, Physical Units ES2. B Receipts and Cost of Fossil Fuels for the Electric Power Industry by Sector, Btus Chapter 1. Dceo Public Sector Energy Efficiency ProgramThe Department of Industry, Innovation and Science works with our stakeholders to help shape the future economy, through learning, discovery and innovation. Welcome to Arizona Health Care Cost Containment System (AHCCCS) Arizona Health Care Cost Containment System (AHCCCS) is Arizona's Medicaid agency that offers health care programs to serve Arizona residents. 6:57 pm Famous Dave's appoints Michael Lister as CEO succeeding Adam Wright (DAVE): Co announced that Adam J. Wright, Chief Executive Officer, is no longer an employee of the Company, and has resigned from the Board. The White House provides timely and accurate information about the President's latest events and public statements. Here you'll find photos, video, and transcripts, as well as proclamations, executive orders. Metropolitan Mayors Caucus Public Sector Energy Efficiency ProgramNet Generationby. Energy Source: Total - All Sectors. A Renewable Sources: Total - All Sectors. A Energy Source: Electric Utilities. B Energy Source: Independent Power Producers.
C Energy Source: Commercial Sector. D Energy Source: Industrial Sector. E Energy Source: Residential Sector. A State by Sector. B State by Sector, Year- to- Date from. A Coal by State by Sector. B Coal by State by Sector, Year- to- Date. A Petroleum Liquids by State by Sector. B Petroleum Liquids by State by Sector, Year- to- Date. A Petroleum Coke by State by Sector. B Petroleum Coke by State by Sector, Year- to- Date. A Natural Gas by State by Sector. B Natural Gas by State by Sector, Year- to- Date. A Other Gases by State by Sector. B Other Gases by State by Sector, Year- to- Date. A Nuclear Energy by State by Sector. B Nuclear Energy by State by Sector, Year- to- Date. A Hydroelectric (Conventional) Power by State by Sector. B Hydroelectric (Conventional) Power by State by Sector, Year- to- Date. A Renewables Sources Excluding Hydroelectric by State by Sector. B Renewables Sources Excluding Hydroelectric by State by Sector, Year- to- Date. A Hydroelectric (Pumped Storage) Power by State by Sector. B Hydroelectric (Pumped Storage) Power by State by Sector, Year- to- Date. A Other Energy Sources by State by Sector. B Other Energy Sources by State by Sector, Year- to- Date. A Wind by State by Sector. B Wind by State by Sector, Year- to- Date. A Biomass by State by Sector. B Biomass by State by Sector, Year- to- Date. A Geothermal by Census Division by Sector. B Geothermal by Census Division by Sector, Year- to- Date. A Solar Photovoltaic by Census Division by Sector. B Solar Photovoltaic by Census Division by Sector, Year- to- Date. A Solar Thermal by Census Division by Sector. B Solar Thermal by Census Division by Sector, Year- to- Date. Chapter 2. Consumption of Fossil Fuels. Coal: Consumption for. A Electricity Generation by Sector. B Useful Thermal Output by Sector. C Electricity Generation and Useful Thermal Output by Sector. Petroleum Liquids: Consumption for. A Electricity Generation by Sector. B Useful Thermal Output by Sector. C Electricity Generation and Useful Thermal Output by Sector. Petroleum Coke: Consumption for. A Electricity Generation by Sector. B Useful Thermal Output by Sector. C Electricity Generation and Useful Thermal Output by Sector. Natural Gas: Consumption for. A Electricity Generation by Sector. B Useful Thermal Output by Sector. C Electricity Generation and Useful Thermal Output by Sector. Landfill Gas: Consumption for. A Electricity Generation by Sector. B Useful Thermal Output by Sector. C Electricity Generation and Useful Thermal Output by Sector. Biogenic Municipal Solid Waste: Consumption for. A Electricity Generation by Sector. B Useful Thermal Output by Sector. C Electricity Generation and Useful Thermal Output by Sector. Wood / Wood Waste Biomass: Consumption for. A Electricity Generation by Sector. Consumption of Coal for. A Electricity Generation by State by Sector. B Electricity Generation by State by Sector, Year- to- Date. Consumption of Petroleum Liquids for. A Electricity Generation by State by Sector. B Electricity Generation by State by Sector, Year- to- Date. Consumption of Petroleum Coke for. A Electricity Generation by State by Sector. B Electricity Generation by State by Sector, Year- to- Date. Consumption of Natural Gas for. A Electricity Generation by State by Sector. B Electricity Generation by State by Sector, Year- to- Date. Consumption of Landfill Gas for. A Electricity Generation by State by Sector. B Electricity Generation by State by Sector, Year- to- Date. Consumption of Biogenic Municipal Solid Waste for. A Electricity Generation by State by Sector. B Electricity Generation by State by Sector, Year- to- Date. Consumption of Wood / Wood Waste Biomass for. A Electricity Generation by State by Sector. B Electricity Generation by State by Sector, Year- to- Date. Chapter 3. Fossil- Fuel Stocks for Electricity Generation. Stocks of Coal, Petroleum Liquids, and Petroleum Coke: 3. Electric Power Sector. Electric Power Sector, by State. Electric Power Sector, by Census Division. Stocks of Coal by Coal Rank. Chapter 4. Receipts and Cost of Fossil- Fuels. Receipts, Average Cost, and Quality of Fossil Fuels: 4. Total (All Sectors)4. Total (All Sectors) (continued)4. Electric Utilities. Electric Utilities (continued)4. Independent Power Producers. Independent Power Producers (continued)4. Commercial Sector. Commercial Sector (continued)4. Industrial Sector. Industrial Sector (continued)Receipts of Coal Delivered for. A Electricity Generation by State. B Generation by State, Year- to- Date. Receipts of Petroleum Liquids Delivered for. A Electricity Generation by State. B Generation by State, Year- to- Date. Receipts of Petroleum Coke Delivered for. A Electricity Generation by State. B Electricity Generation by State, Year- to- Date. Receipts of Natural Gas Delivered for. A Electricity Generation by State. B Electricity Generation by State, Year- to- Date. Average Cost of Coal Delivered for. A Electricity Generation by State. B Electricity Generation by State, Year- to- Date. Average Cost of Petroleum Liquids Delivered for. A Electricity Generation by State. B Electricity Generation by State, Year- to- Date. Average Cost of Petroleum Coke Delivered for. A Electricity Generation by State. B Electricity Generation by State, Year- to- Date. Average Cost of Natural Gas Delivered for. A Electricity Generation by State. B Electricity Generation by State, Year- to- Date. Receipts and Quality of Coal by Rank Delivered for Electricity Generation. Total (All Sectors) by State. Electric Utilities by State. Independent Power Producers by State. Commercial Combined Heat and Power Producers by State. Industrial Combined Heat and Power Producers by State. Chapter 5. Capacity. Electric Generating Summer Capacity Changes. A Net Summer Capacity for Utility Scale Solar Photovoltaic and Distributed Solar Photovoltaic Capacity (Megawatts)6. B Net Summer Capacity for Estimated Distributed Solar Photovoltaic Capacity by Sector (Megawatts)Net Summer Capacity: 6. A Net Summer Capacity of Utility Scale Units by Technology by State. B Net Summer Capacity Using Primarily Renewable Energy Sources by State. C Net Summer Capacity of Utility Scale Units Using Primarily Fossil Fuels by State. Utility Scale Generating Units. New Utility Scale Generating Units by Operating Company, Plant, and Month. Retired Utility Scale Generating Units by Operating Company, Plant, and Month. Planned. 6. 5 Planned U. S. Electric Generating Unit Additions. Planned U. S. Electric Generating Unit Retirements. Capacity Factors. A Capacity Factors for Utility Scale Generators Primarily Using Fossil Fuels. B Capacity Factors for Utility Scale Generators Not Primarily Using Fossil Fuels. Appendix A. Relative Standard Error. Relative Standard Error for Net Generation: A1. A Total (All Sectors) by Census Division and State. A1. A Total (All Sectors) by Census Division and State (Continued)A1. B Total (All Sectors) by Census Division and State, Year- to- Date. A1. B Total (All Sectors) by Census Division and State, Year- to- Date (Continued)A2. A Electric Utilities by Census Division and State. A2. A Electric Utilities by Census Division and State (Continued)A2. B Electric Utilities by Census Division and State, Year- to- Date. A2. B Electric Utilities by Census Division and State, Year- to- Date (Continued)A3. A Independent Power Producers by Census Division and State. A3. A Independent Power Producers by Census Division and State (continued)A3. B Independent Power Producers by Census Division and State, Year- to- Date. A3. B Independent Power Producers by Census Division and State, Year- to- Date (continued)A4. A Commercial Sector by Census Division and State. A4. A Commercial Sector by Census Division and State (continued)A4. B Commercial Sector by Census Division and State, Year- to- Date. A4. B Commercial Sector by Census Division and State, Year- to- Date (continued)A5. A Industrial Sector by Census Division and State. A5. A Industrial Sector by Census Division and State (continued)A5. B Industrial Sector by Census Division and State, Year- to- Date. A5. B Industrial Sector by Census Division and State, Year- to- Date (continued)Relative Standard Error for Retail Sales of Electricity to. A6. A Ultimate Customers by End- Use Sector, Census Division, and State. A6. B Ultimate Customers by End- Use Sector, Census Division, and State, Year- to- Date. Relative Standard Error for Revenue from Retail Sales of Electricity to. A7. A Ultimate Customers by End- Use Sector, Census Division, and State. A7. B Ultimate Customers by End- Use Sector, Census Division, and State, Year- to- Date. Relative Standard Error for Average Retail Price of Electricity to. A8. A Ultimate Customers by End- Use Sector, Census Division, and State. A8. B Ultimate Customers by End- Use Sector, Census Division, and State, Year- to- Date. Appendix B. Major Disturbances and Unusual Occurrences. B1 Major Disturbances and Unusual Occurrences, Year- to- Date 2. B2 Major Disturbances and Unusual Occurrences, 2. Appendix C. Technical Notes. Technical notes C1 Average Heat Content of Fossil- Fuel Receipts. C2 Comparison of Preliminary Monthly Data Versus Final Monthly Data at the U. S. Level, 2. 01. 2 Through 2. C3 Comparison of Annual Monthly Estimates Versus Annual Data at the U. S. Level, All Sectors 2. Through 2. 01. 4C4 Unit- of- Measure Equivalents for Electricity. Electric Power Data by Month and State, 2. Better Buildings are our Legacy. LEED, or Leadership in Energy and Environmental Design, is changing the way we think about how buildings and communities are planned, constructed, maintained and operated. Leaders around the world have made LEED the most widely used third- party verification for green buildings, with around 1. LEED works for all buildings—from homes to corporate headquarters—at all phases of development. Projects pursuing LEED certification earn points across several areas that address sustainability issues. Based on the number of points achieved, a project then receives one of four LEED rating levels: Certified, Silver, Gold and Platinum. LEED- certified buildings are resource efficient. They use less water and energy and reduce greenhouse gas emissions. As an added bonus, they save money. Learn more about why LEED continues to be the leading benchmark in green building. LEED v. 4 is bolder and more specialized for building projects worldwide. The newest version of LEED is designed to be more flexible and improve the overall user experience. Here's why LEED v. Materials. Focuses on materials to get a better understanding of what's in them and the effect those components have on human health and the environment. Performance- based. Takes a more performance- based approach to indoor environmental quality to ensure improved occupant comfort. Smart grid. Brings the benefits of smart grid thinking to the forefront with a credit that rewards projects for participating in demand response programs. Water efficiency. Provides a clearer picture of water efficiency by evaluating total building water use. Learn more about LEED v. All buildings in. LEED is flexible enough to apply to all project types. LEED was developed to address all buildings everywhere, regardless of where they are in their life cycle. From hospitals to data centers, from historical buildings to those still in the design phase, there is a LEED for every building. Select a project type below to learn more. Certification options. LEED offers several options structured for companies and organizations seeking certification for multiple buildings. Volume certification is designed for LEED users looking to certify an entire portfolio of building projects. It streamlines the process by focusing on the similarities in design, operations and delivery. LEED campus and multiple building certification is available for several buildings on a single site and offers a number of options to help project owners determine the best way to reach their goals. Options for federal agencies also have been established to support projects as they meet the requirements of the Guiding Principles for Federal Leadership in High Performance in Sustainable Building. LEED is pushing the green building industry further. The LEED certification process is designed to inspire project teams to seek innovative solutions that are better for our environment and better for our communities. Here's how to get started. Select a rating system for your project, and learn basic program requirements. Each LEED rating system groups requirements that address the unique needs of different building and project types. For LEED v. 4: Discover LEED to determine which rating system is the best fit and then follow up by reading the Selection Guidance to make sure you've made the right choice. For LEED 2. 00. 9: Use our other Selection Guidance to choose between the available LEED 2. Make sure to check out the Minimum Program Requirements to know if your project is eligible for LEED certification. Review our series of LEED certification guides. We strive to make the LEED customer experience the best it can be. Our Certification Guides lead projects through the LEED process under each rating system, starting from registration to certification. Decide which credits your project should pursue. Prerequisites are the green building standards every project must meet. Credits allow project teams to customize how they pursue certification. By fulfilling credits, projects earn points that determine its certification level: Certified (4. Silver (5. 0- 5. 9 points), Gold (6. Platinum (8. 0+). Equip your project with the right tools. Fees and deadlines. There's a flat registration fee and a certification fee, which is based on a project's size and the rating system the project was registered under. Registration fees are due at a project's registration; certification fees are due when an application is submitted for review. View detailed fee tables. At any given point, LEED rating systems are either open for registration and certification; closed for registration, but open for certification; or closed for registration and certification (sunset). View the deadlines table.
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