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Tag Archives: energy transition
Electricity in Developing Countries: Biomass and Availability
I have been following a set of fifteen countries over the past month (starting on October 15th). Together, they make up approximately 65% of the global population. I split them into three groups, based on income. The largest of these … Continue reading
Posted in Economics, Electricity, Energy, Sustainability
Tagged Adaptation, availability, available, Bangladesh, Bengal, biomass, carbon capture, carbon dioxide, carbon emissions, Clean Energy, Climate Change, CO2, CO2 emissions, Cycle, Documentary, Economics, Electricity, Emissions, Energy, energy transition, Fossil Fuels, GDP, global energy transition, Gosaba, Income, India, Indonesia, Mangrove, Microgrid, Nigeria, Pakistan, photosynthesis, Poverty, Sundarbans, Vinit Parmar
2 Comments
Carbon Footprints and Carbon Intensity: a Summary
Last week I strayed a bit from my series about the markers of our global energy transition, in which I have examined 15 populous countries in three income groups. When possible, I have used data from the World Bank. This … Continue reading
Posted in Climate Change, Energy, Sustainability, US
Tagged Adaptation, Bangladesh, Brazil, Carbon, carbon dioxide, Carbon Footprint, carbon intensity, China, CO2, CO2 emissions, commitment, Election, Electricity, electricity access, electricity intensity, energy transition, France, GDP, Germany, high income, India, indicator, Indonesia, Japan, low income, medium income, Mexico, Mitigation, Nigeria, Obama, Pakistan, Paris Agreement, primary energy, promise, Resources, Russia, Trump, Turkey, UK, US, World Bank
2 Comments
Coal Intensity & Coal Consumption
Today I am continuing my series (which started October 15th) examining the early signs of the global energy transition. In the previous two blogs my emphasis was on use of primary energy and electricity. This week, I’m looking at coal … Continue reading
Posted in Climate Change, Energy, Sustainability
Tagged Adaptation, America, Bangladesh, BP, Brazil, Britain, Carbon, carbon dioxide, carbon emissions, Carbon Footprint, carbon intensity, carbon production, China, Clean Energy, CO2, CO2 emissions, Coal, coal intensity, data transmission, electrical power, Electricity, electricity access, electricity intensity, Emissions, Energy, energy intensity, energy transition, France, fuel, GDP, Germany, heat, high income, India, indicator, Indonesia, intensity, IPAT, Japan, low income, Mexico, middle income, Natural Gas, Nigeria, Nuclear, Oil, Pakistan, Physics, power consumption, primary energy, Renewable, renewal, Russia, secondary energy, Solar, solar power, Sustainability, Sustainable, Thermodynamics, Turkey, UK, US, Wind, wind power, World Bank
4 Comments
Primary Energy: What Fraction Do We Use for Electricity Production?
Last week I looked at changes in electricity use (from 2000-2014), as a fraction of primary energy use, specifically as an early indicator of the energy transition to a more sustainable mix. I paid special attention to a group of … Continue reading
Posted in Climate Change, Energy, Sustainability
Tagged Adaptation, Bangladesh, Brazil, carbon dioxide, carbon emissions, China, Clean Energy, CO2 emissions, Coal, electrical power, Electricity, electricity access, Emissions, Energy, energy transition, France, Germany, heat, high income, India, Indonesia, Japan, low income, Mexico, middle income, Natural Gas, Nigeria, Nuclear, Oil, Pakistan, Physics, primary energy, Renewable, Russia, secondary energy, Solar, Sustainability, Thermodynamics, Turkey, UK, US, Wind
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Wisdom from Germany: How to Transition Away From Coal
This is the end of my series about my summer trip and the lessons I learned when I visited Germany. In last week’s blog, I promised to finish up my examination by comparing Germany’s energy transition efforts with those of … Continue reading
Posted in Climate Change, Energy, law, Sustainability
Tagged Angela Merkel, biomass, Capacity, carbon neutral, Coal, coal commission, coal mining, Electrical Grid, Electricity, Energy, energy mix, energy transition, EU, European Union, Fertility Rate, Fukushima, generation, Germany, global energy transition, goal, Infrastructure, Ireland, Japan, legislation, lignite, mineral oil, Natural Gas, Net-Zero, Netherlands, New York City, nuclear power, NYC, Policy, Power, power source, Renewable, renewable energy, Solar, target, US, Wind
6 Comments
Renewable Energy in Germany: Windmills
One of the main stops on my extensive summer trip (September 4th blog) was Germany. I have talked about that throughout September (with the exception of my September 10th blog, when I focused on Dubai). This blog will be the … Continue reading
Posted in Climate Change, Economics, Electricity, Energy, Sustainability
Tagged Angela Merkel, biomass, carbon dioxide, Cars, climate, CO2, CO2 emissions, Coal, commitment, Electricity, Energy, Energy Consumption, energy transition, Fiat, Germany, GHG, greenhouse gases, hydro, manufacture, mineral oil, Natural Gas, Nuclear, nuclear power, Power, power consumption, renewables, Solar, target, Toyota, Wind
2 Comments
Cherry-Picking Data in an Energy Transition: Renewables & Polar Bears
My original plan was to continue writing about what I learned during my summer-long trip. Last week I focused on Dubai and I thought to focus this week’s blog on the greenhouses in the Netherlands. However, as usual in this … Continue reading
Posted in Anthropocene, Anthropogenic, Climate Change, Energy, Sustainability
Tagged Adaptation, Al Gore, Anthropogenic, Arctic, arctic melt, biogas, cherry picking, climate, Climate Change, conservation, Economy, Electrical Grid, Electricity, energy transition, Environment, experiment, Germany, global energy transition, Greta Thunberg, ice, ice melt, inconvenient, inconvenient truth, initiative, matter, Netherlands, phase transition, photovoltaics, polar bear, profit, Renewable, renewable energy, renewables, satellite, Science, sea ice, Solar, subsidy, Sustainability, Sustainable, thermometer, turbine, Water, wildlife, Wind, wind farm, wind power
11 Comments
Extreme Heat: Big Cities, 2050
We are entering new levels of extreme heat. June 2019 was the warmest June ever recorded. The Weather Channel summarized it: At a Glance Four separate analyses, including from NOAA and NASA, found Earth’s warmest June on record was in … Continue reading
Posted in Anthropocene, Anthropogenic, Climate Change, Extreme Weather, Sustainability
Tagged 1880, 2050, a/c, Adaptation, air conditioner, air conditioning, Anthropocene, Anthropogenic, Beijing, Britain, C40, Cairo, China, city, Climate Change, Climate Change Denial, Climate Change Deniers, Climate Skeptics, CO2, CO2 emissions, Delhi, Drought, Dubai, Egypt, Emissions, Energy, energy transition, Environment, Europe, extreme heat, Extreme Weather, Future, Global Warming, greenhouse gas, Health, heat, heat wave, heatwave, India, Istanbul, Japan, Ljubljana, London, Madrid, Mexico, Mexico City, Mitigation, Moscow, NASA, New York City, NOAA, NYC, Renewable, renewable energy, risk, Science, Seattle, Slovenia, Solar, Spain, summer, Sustainability, Temperature, temperature change, Tokyo, urban population, US, Water, water crisis, Water Shortage, Water Stress, Wind
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Electricity Use: Lighting – Incandescent vs. LED
In this blog, I would like to go through some details about judicious selection of the lighting devices that we use (e.g. incandescent, compact fluorescent, halogen or LED) and when or how much we choose to use our electricity. It … Continue reading
Posted in Climate Change, Electricity, Energy, Sustainability, US
Tagged a/c, air conditioning, appliances, carbon emissions, cfl, commercial, compact fluorescent, economic, efficient, electrical power, Electricity, electricity access, electronics, Energy, Energy Consumption, energy efficient, energy star, energy transition, Environment, environmental, EPA, fluorescent, GDP, global energy transition, halogen, heat, home, incandescent, industrial, LED, light, light bulb, lighting, lumens, rebate, residential, sector, transportation, US, use, Voltage, wasted energy, Water, wattage, watts
2 Comments
Buildings: Emissions
In urban environments, buildings are major contributors to climate change. In fact, according to the NYC Greenhouse Gas Inventory of 2016, they are responsible for two-thirds of New York City’s annual emissions. I have been looking at mitigation efforts of … Continue reading
Posted in Climate Change
Tagged Adaptation, Anthropocene, Anthropogenic, building, Carbon, city council, Climate Change, Climate Change Denial, Climate Change Deniers, Climate Skeptics, CO2, CO2 emissions, Efficiency, efficient, Emissions, Energy, energy transition, Environment, Future, Global Warming, governance, Government, green, greenhouse gas, law, legislation, Mitigation, NYC, Renewable, renewable energy, Science, Solar, Sustainability, Timeline, urban green, US, Wind
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