[Episode #72] – The Future of Solar
What’s next for solar, as it becomes the cheapest form of new power generation? Do we still need solar advocates and incentives, or can it now stand on its own?

What’s next for solar, as it becomes the cheapest form of new power generation? Do we still need solar advocates and incentives, or can it now stand on its own?
Australia is at the cutting edge of energy transition, with the world’s largest grid battery and rapidly replacing coal with renewables. How are they doing it?
Contests over the control of wholesale markets are a core feature of energy transition and raise complex legal questions, which we explore in this episode.
If 13 US states and parts of Canada and Mexico were to join the California ISO system, how would it affect power markets across the West?
How can we count the uncountable in energy transition, and turn it into relevant data that can inform climate policy?
What do disruptive companies like oil and gas frackers and Tesla have in common, and what can they tell us about energy transition? Part 2 of 2.
What do disruptive companies like oil and gas frackers and Tesla have in common, and what can they tell us about energy transition? Part 1 of 2.
The changing jet stream is associated with many of the extreme weather events in recent years, and tree-ring data shows that climate change is to blame.
Energy expert Eric Gimon answers questions submitted by Energy Transition Show subscribers.
As we transfer loads from transportation and space heating over to renewably-powered electricity, will we discover a limit to the “electrify everything” mantra?
How did utilities in the South squander more than $40 billion on failed nuclear and coal plants, and how can such boondoggles be prevented in the future?
How should we value storage services? Will CSP and EVs change the grid? How can machine learning and data analytics accelerate energy transition?
How does utility resource procurement need to adapt to a changing world? Can wholesale markets survive the transition to more distributed resources? Is there a risk of becoming too dependent on natural gas to provide grid balancing services? And how does storage may need to be valued in order to fulfill its greatest potential on the grid?
Why motivates students in the Energy and Environment program at Duke, what topics do they find the most challenging, and why are they interested in energy transition?
How well do we understand the melting of our glaciers and ice caps, and how much sea levels might rise as a result…and when?
How can artificial intelligence, machine learning, and the Internet of Things turn demand flexibility into a core grid asset and displace fossil fuels?
What is lifecycle assessment, and how can it help us choose between various energy options during the transition? NREL’s Garvin Heath explains.
NREL’s Paul Denholm explains how solar + storage systems participate in wholesale electricity markets, and when they can compete with natural gas peaker plants.
What do carbon budgets really say about the future warming of the planet, and how much warming should we expect? Climate scientist Dr. Glen Peters explains.
Could the blockchain be a powerful new enabler of energy transition, or is it just another overhyped solution in search of a problem?
How can we maintain stable voltage and frequency on the power grid as we replace conventional synchronous generators with wind and solar?
When humanity’s demands exceed Earth’s ability to satisfy them, is energy transition even possible? Father of ecological footprint analysis Bill Rees explains.
In space heating, “deep decarbonization” is about a lot more than just swapping old furnaces. It requires a complete understanding of human health and comfort.
For our two-year anniversary, we discuss some of the most interesting questions in energy transition today. And Chris muses on the lessons of Hurricane Harvey.
How does the IPCC climate modeling process work, and does any of it project a successful energy transition happening this century?
To realize our renewable energy potential in the U.S., we’ll need more long-distance transmission lines. But there are a lot of obstacles, which we’ll discuss
How should we think about the influence of the global energy system on the climate over the next century?
How does the carbon cycle work, and what’s its relationship to global warming? And what are the most effective ways of teaching climate science?
Claude Turmes, a 15-year Member of the European Parliament, relates the history of Europe’s energy transition policies and his hopes for the future.
Can we run the world on 100% renewables? Is that even the right goal? A new critique of Prof. Mark Jacobson’s work on 100% renewables offers some insights.