Topic:"Electricity Generation" in M07544

Electricity Generation Figure 1 below highlights the various forms of generation (both in-state and out of state) used to meet California's electricity needs in 2014 4 . Figure 2 highlights the historical trend of installed in-state capaci...

AI summary The text references two figures illustrating California's electricity generation sources in 2014 and historical trends in installed in-state capacity from 2001 to 2014. No specific claims or entities are directly mentioned beyond general references to California and the figures.

Electricity Generation Ontario is a summer peaking province, with a peak load of 27,005 MW, which was recorded in August, 2006. Last year, the summer peak was over 22,000 MW. Some LDCs in Ontario are winter peaking. In 2015, total electric...

AI summary Ontario experiences summer peak loads of 27,005 MW (2006) and winter peaks in some LDCs. In 2015, total electricity consumption was 114 TWh, with residential (39%), commercial (44%), and industrial (17%) sectors. Supply mix details are referenced in a figure.

2014 Total System Power in Gigawatt Hours Fuel Type California In-State Generation (GWh) tate California Imports Imports Imports (GWb) California Power Mix (GWh) Percent California Power Mix Coal 1,011 0.5% - 17,877 18,888 6.4% Large Hydro...

AI summary The table presents the breakdown of California's total system power in gigawatt hours for 2014, detailing fuel types, in-state generation, imports, and the overall power mix with percentages. It includes data on coal, natural gas, renewables, and other energy sources.

Electricity Generation Ontario is a summer peaking province, with a peak load of 27,005 MW, which was recorded in August, 2006. Last year, the summer peak was over 22,000 MW. Some LDCs in Ontario are winter peaking. In 2015, total electric...

AI summary Ontario's peak electricity load is 27,005 MW (summer peak), with 22,000 MW in the previous year. Consumption is 114 TWh annually, split across residential (39%), commercial (44%), and industrial (17%) sectors. The supply mix is illustrated in a figure.

Electricity Generation Ontario is a summer peaking province, with a peak load of 27,005 MW, which was recorded in August, 2006. Last year, the summer peak was over 22,000 MW. Some LDCs in Ontario are winter peaking. In 2015, total electric...

AI summary Ontario experiences summer peak loads, with 27,005 MW recorded in 2006 and 22,000 MW in the previous year. Some LDCs are winter peaking. In 2015, residential and commercial sectors consumed the majority of electricity, with residential at 45 TWh (39%) and commercial at 50 TWh (44%).

Electricity Generation Figure 1 below highlights the various forms of generation (both in-state and out of state) used to meet California's electricity needs in 2014 4 . Figure 2 highlights the historical trend of installed in-state capaci...

AI summary The text references figures illustrating California's electricity generation sources (in-state and out-of-state) in 2014 and historical trends in installed in-state capacity from 2001 to 2014. It highlights data visualizations but does not provide specific details or analysis.

Peak Demand Electricity: 12,316 MW (2015) Gas: 1,068 MDt (2016) Electric Retail Price per kWh in 2014 for Con Ed (In Cents) Residential: 28.85 Commercial: 22.16 Industrial: 20.18 Transportation: 17.44 Retail Price per Thousand Cubic Feet i...

AI summary The text provides statistical data on peak demand, electricity and gas usage, retail prices, and energy generation sources in Nova Scotia and New York State, including breakdowns by sector and fuel type.

Total Energy Production (MWh) 6,884,910 Hydroelectric 1,285,912 Natural gas 3,029 Nuclear 4,846,327 Other biomass 25,698 Petroleum 5,103 Solar 17,293 Wind 236,034 Wood 465,513 Vermont is summer peaking with a load of 1,255 MW. Of the 6,900...

AI summary The document provides a breakdown of energy production in Vermont, showing that over 85% of generation comes from large-scale generators and CHP units, with nuclear contributing the largest share. Most generators participate in ISO-NE's forward capacity market, and Vermont experiences summer peaking at 1,255 MW.

Electricity Generation Ontario is a summer peaking province, with a peak load of 27,005 MW, which was recorded in August, 2006. Last year, the summer peak was over 22,000 MW. Some LDCs in Ontario are winter peaking. In 2015, total electric...

AI summary Ontario experiences summer peaking with a peak load of 27,005 MW (2006) and 22,000 MW (last year), while some LDCs are winter peaking. In 2015, total electricity consumption was 114 TWh, with residential (39%), commercial (44%), and industrial (17%) sectors. The supply mix is referenced in a figure.

Peak Demand Electricity: 12,316 MW (2015)Gas: 1,068 MDt (2016) Electric Retail Price per kWh in 2014 for Con Ed (In Cents) Residential: 28.85Commercial: 22.16Industrial: 20.18Transportation: 17.44 Retail Price per Thousand Cubic Feet in 20...

AI summary The text provides statistics on peak demand and energy generation, including electricity and gas figures, retail prices for different sectors, and state net generation by energy source. It includes data from 2014 to 2016, highlighting the share of energy generated from various sources such as nuclear, natural gas, hydroelectric, coal, wind, and others.

Electricity Generation Massachusetts is dominated by natural gas generation 97. Massachusetts is summer peaking with a load of 13,128 MW. Over 95 percent of the electricity generated comes from large scale generators and CHP units, while t...

AI summary Massachusetts electricity generation is dominated by natural gas (97%), with summer peak load at 13,128 MW. Over 95% of generation comes from large-scale generators and CHP units, with most participating in ISO-NE's capacity market.