The Future Of Renewable Energy

The Future Of Renewable Energy – In the second half of this special two-part episode of our CleanTech Talk podcast series, Michael Barnard, Chief Strategist at TFIE Strategy Inc.

Ladies and Gentlemen, take Zach Shahan’s place as host for a chat with Mark Z. Jacobson, professor at Stanford University and co-founder of the Solutions Project, about the world’s transition to 100% renewable energy. You can listen to the entire conversation in the embedded player below. Below this embedded SoundCloud player is a brief summary of the topics covered, but tune in to the podcast to see the full discussion.

The Future Of Renewable Energy

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Mike and Mark start the second half of the podcast talking about the potential of renewable energy and electrification to significantly reduce the cost of electricity in more remote locations. As Mark notes, Hawaii, for example, could see a big drop in prices due to greater reliance on renewable energy sources and less reliance on fossil fuels that have to be shipped to a remote country. Both experts explore how renewable energy creates grid reliability and countless other benefits, and as Mark explains, it will also be cheaper in the future than our current energy sources, even by more conservative estimates.

Mike and Mark then talk about other energy sources including pumped hydro and storage and nuclear power. He notes that nuclear power is not something that should be included in future plans because current cost assumptions are underestimated and the time required to build power plants does not keep pace with the need to rapidly transition to cleaner energy sources.

Mike and Mark dive into their thoughts on what has changed in the energy industry over the last decade. From a global engineering and policy perspective, Mark notes the falling costs of renewable energy, the rise and development of electric cars, and breakthroughs in battery storage. He is particularly excited to see the excitement around the movement for a global transition to 100% renewable energy.

The two conclude the podcast by briefly sharing their thoughts on the Green New Deal and the non-partisan nature of the transition to renewable energy. As Mark notes, even conservative politicians are beginning to embrace renewable energy because it has proven to be the most cost-effective option.

Eight Predictions For The Future Of Renewable Energy

To learn more about these topics and more information about Mark’s latest research, listen to the show! Listen to the first episode too.

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Future Renewable Sources Of Energy

Winter is a Cutler Scholar and undergraduate double majoring in environmental studies and journalism in the Ohio University Honors College with a minor in French. Her academic interests include environmental communication, technology and social innovation, particularly in relation to climate change mitigation and adaptation. Although Winter attends school in her hometown of Athens, Ohio, she uses her breaks to explore the wider world. She spent her last sabbatical doing her own research on climate change and environmental justice in Southeast Asia. This year, he will complete his dual work and a complementary documentary series on climate change communication. Winter is happy to contribute to the team and work with them as a summer intern in the newsroom.

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Tigercom did an excellent report on the “Physics of American Politics” and the clean energy industry. I wanted to write about… 100% renewable energy presents an exciting opportunity to bring great benefits to our economy; 100% renewable energy is possible. Photo: Dennis Schroeder, NREL.

We live in a time of high volatility in gas prices, which has affected almost all sectors of our economy. We also live in an age plagued by costly “this is not normal” weather events. The Intergovernmental Panel on Climate Change (IPCC) has just warned us of the decisive fate that this decade of climate intervention poses for us and all the species on which we depend.

And we’re still trying to recover from a pandemic that has made even clearer the disproportionate impacts of air pollution on overburdened communities, making them even more vulnerable to the negative impacts of COVID-19.

The transition to renewable energy is not only one of the most important tools at our fingertips for climate action, but also a great opportunity to gain more control over our energy decisions, improve the health of our communities and the planet, and create jobs and wealth. , and more.

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The Union of Concerned Scientists (UCS)—along with environmental groups COPAL in Minnesota, GreenRoots in Massachusetts, and the Coalition for Environmental Justice in Michigan—participated in an analysis that addressed these questions.

Explore how the USCA’s two dozen member states can meet all of their electricity needs with renewables while decarbonizing other sectors of the economy and providing equitable benefits to all communities. Our study also conducted a detailed analysis of three USCA member states—Massachusetts, Michigan, and Minnesota—to further highlight the public health, economic, and energy affordability issues of transitioning to 100 percent renewable energy.

Using the National Renewable Energy Laboratory’s Regional Energy Deployment System (ReEDS) electricity model, we explored how USCA states could meet 100 percent of the state’s energy needs by 2035 with a strengthened renewable electricity (RES) standard. This level of ambition resonates with the growing number of countries that have already committed to 100% renewable or carbon-free energy, along with cities, towns, businesses and institutions. And we’re already seeing the important role that renewables are starting to play in our energy mix. Just last month, wind power in the United States produced more electricity in one day than coal and nuclear power combined.

We find that in our “100% RES” scenario, coal production will virtually disappear in the US states by 2040. From 2020 to 2040, solar energy in these countries will increase almost ninefold, and wind more than sevenfold.

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In 2040, electricity production in the USCA countries is 73 percent renewable. It’s not 100% because of the gap between consumption and production: Even though the USCA states meet all of their electricity needs from renewable sources as required by RES, our modeling allows for coal, gas and nuclear power plants to continue operating—which they do because the main US power grids are interconnected in many states, with power distributed across state lines.

The transition to 100% renewable energy is more than just technology. I admit I’m excited to see small and large scale solar operations, and the panels continue to improve with each generation. I also find it fascinating to learn about bigger and more powerful wind turbines that make better use of wind energy on land and in the ocean. But one of the things I appreciate most about renewable energy is the countless opportunities that a switch to renewable energy can bring, including cleaner air, better health and more jobs.

And our modeling shows the power of renewable energy. Fossil fuel divestment in the 100% RES scenario reduces the amount of harmful air pollution from power plants much more than in our no new policy/business as usual scenario. Sulfur dioxide (SO

) emissions from power plants in the USCA states will be reduced by 88 and 77 percent by 2040, respectively, compared to 27 and 18 percent, respectively, under current policies and plans. The move will result in approximately 6,000 to 13,000 fewer premature deaths, more than 140,000 fewer asthma exacerbations and 700,000 fewer working days lost to the disease from 2022 to 2040 compared to current policies and plans. The value of public health benefits is nearly $280 billion over two decades.

Technologies Changing The Future Of Renewable Energy

) shows. By reducing fossil fuel consumption in line with the 100% RES policy, CO2 emissions from power plants in US states will be 58% below 2020 levels by 2040; the reduction is only 12 percent compared to current policies and plans.

Our analysis highlights the importance of grid cleaning in the electrification of transport and construction. Accelerating electrification without a strong focus on grid decarbonisation – the ‘Electrification without decarbonisation’ scenario – results in almost five times higher SO2 emissions from power plants.

In addition, there are many other benefits that are needed now more than ever as our economy struggles to recover from the pandemic, including the enormous potential for new clean energy jobs. Only in Michigan is our 100%

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