Category Archives: Energy

Negative Energy Pricing

Posted on June 9, 2020 by climatechangefork

Last week, I outlined some markers of how the COVID-19 pandemic has impacted the global energy transition and how that ties in with climate change in the long run. For instance, the global decrease in GDP and the resulting drop … Continue reading →

Posted in Climate Change, Electricity, Energy | Tagged Battery, carbon emissions, CO2, Coal, conservation of energy, conversion, coronavirus, covid, COVID 19, crude oil, Demand, Economics, Economy, Electricity, Energy, energy transition, fossil fuel, GDP, Germany, greenhouse gas, Hydroelectric, lockdown, negative energy pricing, Oil, pandemic, Physics, Power, power company, power plant, power prices, primary energy, Renewable, Solar, Supply, Sustainability, Sustainable, US, Weather, Wind | Leave a comment

Coronavirus Impacts on the Energy Transition

Posted on June 2, 2020 by climatechangefork

What impacts will the COVID-19 pandemic have on the longer-term climate change disaster? I’ll begin to address this topic here, starting with some observations, and expand upon it with some suggestions in future blogs. Throughout my more than 8 years … Continue reading →

Posted in Electricity, Energy, Sustainability, US | Tagged carbon dioxide, carbon emissions, China, Climate Change, CO2, Coal, consumption, coronavirus, COVID 19, Economics, Electricity, Energy, energy transition, Fossil Fuels, Future, lockdown, pandemic, power plant, virus, Wuhan | 1 Comment

Earth Day in a Pandemic

Posted on April 21, 2020 by climatechangefork

Tomorrow is the 50th Earth Day, my wife’s birthday, and the 8th birthday of this blog. Happy Birthday to everybody. This year, however, Earth Day will not be the same festive occasion that will include community events out in the … Continue reading →

Posted in Climate Change, Energy | Tagged China, Climate Change, coronavirus, COVID 19, Drought, Earth Day, Economy, Electricity, Emissions, Energy, EPA, GDP, Himilaya, India, megadrought, Oil, Policy, Pope Francis, Price, renewable energy, shutdown, social distancing, Solar, Southwest, US, Wind | 1 Comment

Do-It-Yourself Ranking: How We Measure

Posted on March 10, 2020 by climatechangefork

When I first became a professor, I taught chemistry and physics. Both are traditional sciences with well-defined prerequisites. For physics you must first learn about mechanics (Kepler, Newton, etc.); in chemistry you have to start with the periodic table before … Continue reading →

Posted in Anthropogenic, assessment, Climate Change, Energy, Sustainability, UN | Tagged air quality, biodiversity, chemistry, company, Data, database, ecosystem, Emissions, Environment, environmental science, EPI, ESG, framework, higher education, index, indicator, Kepler, method, methodology, Nature, Newton, Physics, Policy, policymakers, Pollution, prerequisite, proximity to target, Ranking, sanitation, scale, School, Science, score, scoring, subjective, Sustainability, Sustainable, sustainable development, UN, Water | Leave a comment

Solar Roads: Driving Into the Future

Posted on February 18, 2020 by climatechangefork

The last three blogs were not fun. Some of my readers have asked, “Where can we move that isn’t here?” The answer, sadly, is nowhere. We must try to fix this place. Many of us are already doing so. We … Continue reading →

Posted in Electricity, Energy, Sustainability | Tagged Bike Lane, China, Dubai, dutch, Electricity, Energy, energy transition, France, Hungary, Korea, Netherlands, New York, Normandy, NYC, polar bear, Solar, solar panel, solar road, tech, Technology, Transition, US | 1 Comment

Electricity in Developing Countries: Biomass and Availability

Posted on November 19, 2019 by climatechangefork

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

Posted on November 12, 2019 by climatechangefork

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

Renewable Energy Use – Is Zero Carbon Achievable by 2050?

Posted on November 5, 2019 by climatechangefork

If you’ve been following my latest series detailing the indicators for the global energy transition (starting October 15th), you’ll agree that it’s time to ask the most important question: how are we doing? We can estimate the answer by examining … Continue reading →

Posted in administration, Anthropocene, Climate Change, Energy, Sustainability | 3 Comments

Coal Intensity & Coal Consumption

Posted on October 30, 2019 by climatechangefork

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?

Posted on October 22, 2019 by climatechangefork

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 | 1 Comment

Category Archives: Energy

Negative Energy Pricing

Coronavirus Impacts on the Energy Transition

Do-It-Yourself Ranking: How We Measure

Solar Roads: Driving Into the Future

Electricity in Developing Countries: Biomass and Availability

Carbon Footprints and Carbon Intensity: a Summary

Renewable Energy Use – Is Zero Carbon Achievable by 2050?

Coal Intensity & Coal Consumption

Primary Energy: What Fraction Do We Use for Electricity Production?

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