The race is on! The declining COST of wind and solar power is in a race with declining MARKET VALUE: which will win? New research in Joule looks at trends by region, at emp.lbl.gov/news/declining… THREAD! Image
While solar has high value at low penetrations, value falls as output grows – solar is 19% of generation in CAISO, with major drops in value. Wind has low value at every penetration, but has faced less value decline with market share to date. 2/x Image
The biggest value penalties come from the timing of generation not matching high market prices, and from congestion causing pockets of low prices. Curtailment was not a major factor. Value penalties rise with market share. 3/x Image
The good news is that the COST of wind and solar has fallen faster than its VALUE. But how long can that continue? What happens if future value falls below cost?

New research in Joule looks at trends by region, at emp.lbl.gov/news/declining…

4/x Image
Strategies to minimize value decline must be matched with its cause in each region. New transmission will relieve congestion penalties. Storage or flexible demand will help with the timing penalty. 5/x Image
Solar developers are responding by pairing #solarenergy with batteries in “hybrid” plants. Wind developers are using larger blades to shift output to more hours. Vehicle and building electrification may change the game altogether.

6/x Image
For the full analysis of the race between COST and VALUE of wind and solar, see the @BerkeleyLab research in the journal Joule at emp.lbl.gov/news/declining…. /end Image

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More from @BerkeleyLabEMP

24 May
We have new data on utility interconnection queues! THREAD! There is now over 750 GW of generation and 200 GW of storage capacity in interconnection queues in the US – a new record. For full data and more, see QUEUED UP at emp.lbl.gov/publications/q…. 1/x
To put that in perspective, the US had a total of 1,117 GW of utility-scale capacity operating last year. While not all projects will get built, it shows strong commercial interest in new development. See the interactive data visualization at emp.lbl.gov/publications/q… 2/x
Solar and wind dominate the queues. Solar is booming, and increasingly paired with storage. Wind queues are consistent around 200 GW, while gas projects in queues have declined. Including estimated battery capacity for some hybrid projects, proposed storage exceeds 200 GW. 3/x
Read 10 tweets
13 Apr
THREAD: In 2005, the official Annual Energy Outlook saw power sector CO2 rising from 2,400 to 3,000 MMT by 2020. But actual emissions fell to 1,450 MMT, 52% below projected levels. A new @BerkeleyLab report looks at how we got “halfway to zero.” emp.lbl.gov/publications/h… 1/11
The biggest change was drastically less demand for electricity, due in part to sectoral and economic changes, but also to greater energy efficiency driven by policies and technology advancement. Instead of rising by 24% it was dead flat. 2/11
And as demand stayed flat, cheaper natural gas from the shale gas revolution combined with the rapid growth of wind and solar power to squeeze out coal. Some nuclear retirements were offset by greater output at existing plants. 3/11
Read 11 tweets
10 Nov 20
The new @BerkeleyLab compilation of utility-scale #solar data and trends is out! A briefing slide deck, data file, maps, and data visualizations can all be found at utilityscalesolar.lbl.gov.

Here are some highlights → THREAD
More than 4.5 GW of utility-scale (>5 MW) solar came online in 2019, bringing cumulative capacity to 29 GW. Projects are spread across all 10 regions that we track, though more heavily concentrated in the sunniest regions. Maps and data available at utilityscalesolar.lbl.gov. 2/x
The median installed cost of new projects in 2019 fell to $1.4/W-AC, down 20% from 2018 and more than 70% from 2010. 77% of projects and 88% of capacity added in 2019 used single-axis tracking. More details in the new @BerkeleyLab data resource at utilityscalesolar.lbl.gov. 3/x
Read 10 tweets
9 Nov 20
THREAD: New research from @BerkeleyLab, published in @NatureEnergyJnl, shows that policy and business model interventions can help low- and moderate-income households enjoy the benefits of rooftop #solar. Online at rdcu.be/b993z 1/x
Many states have programs to help low-income households go solar. But which create the biggest effects? Our research compares LMI incentives, leasing, and PACE finance programs. emp.lbl.gov/publications/i… 2/x
Using demographic data from solar adopters, @BerkeleyLab can parse the effects of different policies and business models. General subsidies do little to reach low-income customers, while leasing and PACE help a little. Most effective are direct LMI incentives. 3/x
Read 6 tweets
6 Nov 19
THREAD ALERT! Our annual “Tracking the Sun” report on distributed #solar is out! We have price, technology and other data from 1.6 million PV systems, representing 81% of the total installed through 2018. 1/x emp.lbl.gov/tracking-the-s…
@BerkeleyLab @BerkeleyLabETA @SEIA @CALSSA_org @CalEnergy @pvmagazineusa @ASES_Solar @SEPAPower @SolarPowerWorld @SolarIndustry Median installed prices for distributed #solar were $3.70/W for residential, $3.00/W for small non-residential, and $2.40/W for large non-residential systems last year, down 5-7% from 2017. 2/x
@BerkeleyLab @BerkeleyLabETA @SEIA @CALSSA_org @CalEnergy @pvmagazineusa @ASES_Solar @SEPAPower @SolarPowerWorld @SolarIndustry @SolarEnergyNews @SolarFred @SolarInMASS @POWERmagazine @ENERGY @drvox @FortnightlyMag @cleantechnica @greentechmedia @UtilityDive Distributed #solar prices have fallen by 50 cents per Watt annually since 2000, on average. Roughly 64% of that is due to module and inverter price declines, plus lower BoS and soft costs. 3/x
Read 10 tweets

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