The findings are that new policy models and cost-cutting technologies would help nuclear play vital role in climate solutions. Progress in reducing carbon emissions requires a broad range of actions to effectively leverage nuclear energy.
However, nothing in the summary reveals the paradigm-shattering innovation that will be required to make nuclear power competitive with a diverse fleet of renewables plus storage that would achieve the same goals. The cost of a solar plant plus storage with today’s technology still costs less than a current technology nuclear plant. That alternative fleet would also provide better reliability by diversifying the generation sources through smaller plants and avoid any radiation contamination risk.
The nuclear industry must clearly demonstrate that it can get past the many hurdles that led to the recent cancellation of two projects in the southeast U.S. Reviving nuclear power will require more than fantasies about what might be.
The California Legislature is considering a bill (AB 893) that would require the state’s regulated utilities (including CCAs as well as investor-owned) to buy at least 4,250 megawatts of renewables before federal tax credits expire in 2022.
Unfortunately, this will not create the cost savings that seem so obvious. This argument was made by the renewable energy plant owners in the Diablo Canyon Power Plant retirement case (A.16-08-006) and rejected by the CPUC in its decision. While the tax credits lower current costs, these are more than offset by waiting for technology costs to fall even further, as shown by the solar power forecast above. Combined with the time value of money (discounting), the value of waiting far outweighs prematurely buying renewables.
And there’s a further problem–with a large number of customers moving from the IOUs to CCAs across all three utilities, the question is “who should be responsible for buying this power?” The CCAs will have their own preferences (often locally and community-scale) that will conflict with any choices made by the IOUs. The CCAs are already saddled with poor procurement and portfolio management decisions by the IOUs through exit fees. (PG&E has an embedded risk premium of $33 per megawatt-hour in its RPS portfolio costs.) Why would we want the IOUs to continue to mismanage our power resources?
Electricity customers in Davis and Yolo County are in the midst of choosing between the current incumbent electricity utility Pacific Gas & Electric (PG&E) and the new community choice aggregator (CCA) Valley Clean Energy Alliance (VCE). VCE is a joint powers authority (JPA) of the governments of the Yolo County, and the Cities of Davis and Woodland. (The Cities of Winters and West Sacramento have expressed interest in joining VCE as well.) By state law, customers are initially defaulted to the CCA at the outset before being given multiple chances over a six month period to choose to stay with the incumbent investor-owned utility–PG&E in this case.
Bob Dunning in his Davis Enterprise column August 8 confuses a lack of choice with just changing the starting point of the choice. Regardless of whether VCE or PG&E is the default provider, local customers still have exactly the same choice. But by having VCE start as the default provider, we level the playing field with the long-time giant monopoly utility, PG&E. (And customers can return to PG&E after 12 months if they are dissatisfied.) Why should we continue to give the big guy a continued advantage at the outset?
The electricity industry in California seems to face a new world about every 20 years.
In 1960, California was in a boom of building fossil-fueled power plants to supplement the hydropower that had been a prime motive source.
In 1980, the state was shifting focus from rapid growth and large central generation stations to increased energy efficiency and bringing in third-party power developers.
That set in motion the next wave of change two decades later. Slowing demand plus exorbitant power contract prices lead to restructuring with substantial divestiture of the utilities’ role in generating power. Unfortunately, that effort ended up half-baked due to several obvious flaws, but out of the wreckage emerged a shift to third-party renewable projects. However, the state still didn’t learn its lesson about how to set appropriate contract prices, and again rates skyrocketed.
This has now lead to yet another wave, with two paths. The first is the rapid emergence of distributed energy resources such at solar rooftops and garage batteries, and development of complementary technologies in electric vehicles and building electrification. The second is devolution of power resource acquisition to local entities (CCAs).
Panel imports were up 1,200 percent in fourth quarter 2017. That implies that installers were banking supplies to ride out the import tariff imposed by the Trump Administration. Unfortunately, it also means that the rapid technical and cost progress for panels may stall for that three year period.
The analogy to Netflix is fascinating. As GTM points out, Netflix started out competing with Blockbuster in video DVDs, but then spilled over into video streaming (BTW, a market that Enron famously thought it could corner in the last 1990s.) So Netflix is now competing with both cable and broadcast companies. One can see how renewables could jump out of just electric service to building space conditioning and water heating, and vehicle fueling. Tesla is already developing those options.