“This is a budget-based strategy as opposed to a regulatory-based strategy,” Sen. @TinaSmithMN on a Reconciliation-friendly Clean Electricity Standard that is part of the Budget framework agreed on by @SenateBudget Dems yesterday. More via @bstorroweenews.net/articles/payme… & 🧵
Broad contours of a Reconciliation-friendly Clean Electricity Standard (CES) are now coming into public view, as House & Senate Dems prepare a $3.5T Budget Resolution that will kick off a Reconciliation process, which permits passage of budget-related measures w/50+ Senate votes.
There are many important details to be worked out + negotiations must secure support of all 50 Senate Democrats to ensure passage, but Sen. @TinaSmithMN, who has championed this key clean energy measure, and a Budget Cmte outline of the $3.5T plan have revealed broad outlines...
1. The CES AIMS TO ACHIEVE 80% CLEAN ELECTRICITY BY 2030. Note that policy passed via Reconciliation can only run for 10 years unless it is revenue neutral/positive after year 10, so a 2030 or rather 2031 goal is as far as we can likely go. (This is in line with 100% x 2035 goal)
2. This CES is "a budget-based strategy as opposed to a regulatory-based strategy," as @TinaSmithMN notes. Reconciliation can only be used to pass policies that are budgetary in nature -- involve spending or revenue. This has lead to design of a novel approach to a CES...
...a novel approach to a CES which replaces regulatory mandates (as seen in 30 state RPS & CES policies) with FEDERAL INVESTMENTS. Utilities recieve financial payments based on how much new clean electricity they bring online each year, achieving same goals as regular order CES.
3. The CES makes federal investments in clean electricity -- via financial payments to utilities described above -- which, along w/clean electricity tax credits in the broader Budget framework, SHIFTS THE COST OF THE CLEAN TRANSITION FROM RATEPAYERS TO THE PROGRESSIVE TAX BASE.
This is really important so I'll stress it again: unlike a regulatory CES, which puts costs on ratepayers, this investment-based CES has the federal govt -- via taxes on corporations & the wealthy -- pick up the tab. That makes this more progressive/just than a conventional CES.
4. The CES embraces principle that utilities "start the race where you’re at, and you run at the same pace," a concept @TinaSmithMN's staff developed in their 'regular order' CES introduced last Congress. EACH UTILITY STARTS WITH CURRENT CLEAN SHARE & ADDS NEW CLEAN EACH YEAR.
This is important & reflects wide diversity of positions utilities across nation find themselves in. Some are mostly clean already, others are getting started. The latter won't be penalized under this policy. All will make forward progress, adding clean energy across the country.
Not every utility will be required to reach 80% by 2030, as in a traditional CES. Some will exceed 80%, others will be below. The investment-based CES is designed to provide financial incentives for all utilities to add clean and get the country as a whole to that 80x30 goal.
5. The CES IS TECHNOLOGY NEUTRAL, meaning that all low-carbon electricity sources can compete & contribute to the national goal of 80% by 2030. That includes wind, solar, geothermal, nuclear, and fossil fuels or biomass with carbon capture. It's all hands on deck to reach 80x30.
Tech neutrality is important because it means ALL clean resources can contribute & utilities have flexibility to select cheapest portfolio of clean & reliable resources. That includes clean firm power sources like geothermal, nuclear, H2 & CCS which can replace gas & coal plants.
Some on Left are concerned RE CCS & nuclear in CES. To those I say: these have to outcompete clean, cheap & mature renewables. And without a policy to reach 80% clean electricity by 2030, we will FAIL to reach 50+% US-wide reductions. We will FAIL to confront the climate crisis.
To moderates like @Sen_JoeManchin who champion innovation to clean up fossil energy & ensure its future, I say: this is the chance you've been waiting for. This CES is about eliminating emissions, NOT fossil energy. A CES + 45Q, SCALE & CATCH Acts is the chance to make CCS real.
This investment-based CES is pivotal to U.S. climate & economic goals. It's our best & only shot at passing a transformative policy that would set US electricity sector on path to 100% clean, create 100s of thousands of jobs, and avoid 10s of thousands of pollution-related deaths
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DOE's new "Earthshot" aims to drop the cost of "long duration" storage 90% below cost of current Lithium ion batteries, the dominant grid storage option today, by 2030.
Lazard pegs cost of large 100s MWh scale Li-ion installations at $163-309/kWh so DOE target is ~$15-30/kWh.
And by "long duration", DOE means any technology technically and economically suited to >10 hours of sustained discharge.
Those targets for both duration and cost will move the needle, but based on our research, they are probably not aggressive enough.
Today's big news: @POTUS & a bipartisan group of Senators have "struck a deal" on an infrastructure package. apnews.com/article/biden-… That has many asking, What does this mean for #cleanenergy & #climateaction? tl/dr: There's now a narrow path to victory. Here's what it looks like
There's now a "two-step dance" to get both a bipartisan infrastructure bill + a party-line budget reconciliation through Congress. The former has key energy RD&D wins in it, and the latter is key to drive big emissions cuts in 2020s. Pelosi says it's all or nothing: both or none.
Pelosi today said "There ain’t going to be a bipartisan bill without a reconciliation bill."
Wyden & other senators have been clear they wont vote for infra. bill without an agreement amongst all 50 Democrats on reconciliation that has climate priorities
This #heatdome heading for West Coast looks intense. Residents should have a plan to stay cool if power goes out. Extreme temps are dangerous and mean blackouts are given drought constrained hydro output and peak electricity demand across most of Western google.com/amp/s/gizmodo.…
Extreme temps are projected from the Yukon to Los Angeles, meaning there won't be places with much spare electricity capacity. And a "megadrought" had already severely curtailed the region's important hydropower output & wind power can drop during high pressure fronts too.
Be safe and plan ahead. Full tank of gas, plenty of water, and given lightning risk, maybe pack a fire "go bag" too.
I hate it but this is going to get more and more common. Climate change means this is one of the coolest summers we're likely to experience in our lives. 😟
Im so happy to introduce you all to GenX, a free open source optimization model for investment planning in the power sector, developed by the @MITEnergy Initiative & @Princeton ZERO Lab!!
GenX is a highly-configurable, open source electricity resource capacity expansion model that incorporates several state-of-the-art practices in electricity system planning to offer improved decision support for a changing electricity landscape. genxproject.github.io/GenX/dev/model…
Some backstory: GenX was originally written by @nsepulvedam & I during our graduate studies @MITEnergy/@TppMit/@mitidss. We each needed a planning model for our research & rather than each build a 'single-purpose' tool, we joined forces to develop a flexible model w/lots of uses!
It's official: Biden will commit to reduce US greenhouse gas emissions 50-52% below 2005 levels by the end of the decade. He'll make the commitment at 8am EST today as the virtual climate summit with world leaders kicks off. nytimes.com/live/2021/04/2…
This goal is almost double the commitment the Obama Admin set for 2025 (25-28% below 2005) and requires accelerating the pace of emissions declined observed over the last decade. See below for progress to date (via @rhodium_group). 2030 goal requires ~3,200 MMT CO2 equivalent.
Making this goal a reality will require steep reductions in fossil fuel use across all sectors.
We'd have to virtually eliminate coal from power generation by 2030, ramp up clean sources (to more than double today's share), and cut electricity emissions to 75-80% below 2005.
Uniper is planning a 'hydrogen hub' in Wilhelmshaven, Germany, w/ammonia import terminal, 410 MW electrolyser, and regional H2 transport network: gulfenergyinfo.com/h2tech/news/20…
The America Jobs Plan calls for 15 clean H2 demonstrations that could seed similar hubs in the US by the way.
Note that aammonia, or NH3, is a potential long-distance carrier of H2. Hence the import terminal and proposed 'ammonia cracker' in the Uniper hub plans.
Notable too: "In addition, Uniper is working ... to ascertain whether it would be feasible to build a direct reduction plant w/upstream H2 electrolysis on the site of the existing power plant in Wilhelmshaven, as well as the required infrastructure for supplying raw materials."