Renewable Energy Policies Us

Renewable Energy Policies Us – Berkeley Lab tracks and analyzes state renewable portfolio standards (RPS) to inform policymakers, program managers, and others about the design and impact of these policies. Central to this work is Berkeley Lab’s Renewable Energy Portfolio Annual Update, an annual report published in presentation form that describes key developments, including recent regulatory revisions, the nature of the RPS process, past and expected results in renewable energy development. . , to comply with the rules. and ongoing goals and follow-up costs.

Data files related to various aspects of this report are also available for download and are updated regularly:

Renewable Energy Policies Us

In addition, Berkeley Lab regularly conducts current research on RPS-related issues, including several studies evaluating the costs and benefits of state RPS policies in collaboration with the National Renewable Energy Laboratory. Based on these various projects, Berkeley Lab staff regularly provide information on RPS principles to policymakers, renewable energy stakeholders, and others.

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Barbose, Galen L. US State Update Renewable Portfolio Standards 2021: Initial Version. 2021. Related files 2021 Report PDF (1.78 MB) RPS XLSX Demand Projection (58.16 KB) RPS XLSX Compliance Data (57.63 KB) RPS XLSX Target Percentage (56.85 KB) XLSX Retail Electricity Sales ( 45.89 KB)

Barbose, Galen L. US Renewable Portfolio Standards: 2019 Status Update. 2019. Related files 2019 Report PDF (679.99 KB) RPS XLSX Demand Projection (59.46 KB) RPS XLSX Compliance Data (56.4 KB) RPS XLSX Target Percentage (128.99 KB) Retail Electricity Sales XLSX ( 46.

Barbose, Galen L. US Renewable Portfolio Standards: 2018 Annual Status Report. 2018. Related PDF Files Report (432.55 KB) RPS XLSX Compliance Data (94.48 KB) RPS XLSX Demand Projection (89.12 KB)

Barbose, Galen L. US Renewable Portfolio Standards: 2017 Annual Status Report. 2017. LBNL-2001031. Related PDF File Report (918.46 KB) RPS XLSX Related Data (53.68 KB) RPS XLSX Demand Projection (50.25 KB)

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Wiser, Ryan H, Galen L Barbose, and Mark Bolinger. “The Cost Implications of Renewable Energy: Some Preliminary Considerations.” 2017. LBNL-1007261. Related files Presentation PDF (794.73 KB)

Mai, Trieu, Ryan H Wiser, Galen L Barbose, Lori Bird, Jenny Heeter, David Keyser, Venkat Krishnan, Jordan Macknick, and Dev Millstein. A Prospective Analysis of the Costs, Benefits, and Effects of US Renewable Portfolio Standards. 2016. LBNL-1006962. Related files Summary PNG Images (352.68 KB) Report PDF (3.27 MB) Factsheet PDF (184.22 KB) Presentation PDF (1.25 MB)

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Barbose, Galen L. 2016 State of the US Renewable Portfolio Report. 2016. LBNL-1005057. Related files Presentation PDF (992.52 KB)

Wiser, Ryan H, Galen L Barbose, Jenny Heeter, Trieu Mai, Lori Bird, Mark Bolinger, Alberta Carpenter, Garvin A Heath, David Keyser, Jordan Macknick, Andrew D Mills, and Dev Millstein. A Historical Assessment of the Benefits and Effects of US Renewable Portfolio Standards. 2016. LBNL-1003961. Related files Report PDF (4.15 MB) Presentation PDF (1.16 MB) Fact Sheet PDF (151.06 KB) Press Release PDF (102.68 KB)

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Barbose, Galen L, Lori Bird, Jenny Heeter, Francisco Flores, and Ryan H Wiser. “Standards and Benefits of United States Portfolio Restructuring Measures.” Renewable and Sustainable Energy Reviews 52 (2015) 523-533. Price LBNL-187516. Related PDF files (383.24 KB)

Barbose, Galen L, Jenny Heeter, Lori Bird, Samantha Weaver, Francisco Flores-Espino, and Ryan H Wiser. “Levels and Benefits of US Renewable Portfolio Standards.” International Association for Energy Economics 2014 Third Quarterly Energy Forum (2014).

Heeter, Jenny, Galen L Barbose, Lori Bird, Samantha Weaver, Francisco Flores, Ksenia Kuskova-Burns, and Ryan H Wiser. Summary of Cost-Benefit Estimates of Statewide Renewable Portfolio Standards. 2014. LBNL-6589E. Related PDF files (870.89 KB)

Wiser, Ryan H, Galen L Barbose, and Edward Holt. “Solar Subsidy in Renewable Portfolio Standards: The United States Experience.” Energy Policy 39.7 (2011) 3894 – 3905.

Innovative Decarbonization Policies: California, United States

Wiser, Ryan H, Galen L Barbose, and Edward Holt. Contributing the Solar Energy Portfolio to Renewable Standards: The United States Experience. Berkeley: LBNL, 2010. LBNL-3984E. Related files Report PDF (699.24 KB) Presentation PDF (585.88 KB)

Wiser, Ryan H, and Galen L Barbose. Renewable Portfolio Standards in the United States: Status Report with Data Through 2007. Berkeley: LBNL, 2008. LBNL-154E. Related files Report PDF (1.46 MB) Presentation PDF (601.54 KB)

Chen, Cliff, Ryan H Wiser, and Mark Bolinger. Measuring the Costs and Benefits of State Renewable Energy Portfolio Standards: A Comparative Analysis of State-Level Policy Impact. Berkeley: LBNL, 2008. LBNL-61580. Related files Report PDF (551.65 KB) Presentation PDF (231.11 KB)

Wiser, Ryan H, Christopher Namovicz, Mark Gielecki, and Robert Smith. Renewable Portfolio Standards: Real-Time Experience in the United States. Berkeley: LBNL, 2007. LBNL-62569. Related PDF files (371.9 KB)

Historic Climate Bill Faces State Schism On Clean Energy

Holt, Edward and Ryan H Wiser. Renewable Energy Certificates, Emission Contributions, and Green Energy Programs in State Renewable Energy Portfolio Rules. Berkeley: LBNL, 2007. LBNL-62574. Related files Report PDF (292.14 KB) Presentation PDF (287.39 KB)

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Wiser, Ryan H. “Managing Solar Power in Revised Portfolio Standards.” 2007. Related PDF files (371.47 KB)

Wiser, Ryan H. “Renewable Portfolio Standards: A Focus on Western States.” AWEA Wind Power Finance & Investment Workshop, March 2007, San Francisco, CA 2007. Related PDF files (235.58 KB)

Wiser, Ryan H. “Usual Expectations: A Review of Government Experience and RPS Policies.” 2006. Related PDF files (355.29 KB)

Renewable Energy: The Public Wants It, And Quick

Wiser, Ryan H, Kevin Porter, and Robert Grace. Examining the United States portfolio recovery standards experience. Berkeley: LBNL, 2004. LBNL-54439. Related files Report PDF (687.56 KB) Presentation PDF (364.18 KB)

Wiser, Ryan H. “Renewable Portfolio Standards: What Are We Learning?” NARUC Winter Conference Washington, D.C. March 9, 2004 2004. Related PDF files (364.18 KB)

Wiser, Ryan H, and Ole Langniss. The Texas Renewable Portfolio Standard: A Preliminary Assessment. Berkeley: LBNL, 2001. LBNL-49107. Related PDF files (77.09KB)DETROIT – General Motors announced today that it plans to use 100 percent renewable energy to power its US operations by 2025 – five years earlier than previously announced and 25 years behind its original goal launched in 2016. before that By expanding the renewable energy target, GM aims to avoid one million tons of carbon emissions between 2025 and 2030.

“We know climate change is important and every company needs to work to reduce carbon emissions as quickly as possible,” said GM Sustainability Director Kristen Siemen. “We’re doing just that as we strive to reach 100 percent renewable energy in the U.S. five years ago while continuing our commitment to an electric, neutral future.”

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Earlier this year, GM announced science-based goals and plans to become carbon neutral in global food and energy use by 2040, in line with plans to eliminate emissions from new electric vehicles by 2035. The company has committed to putting up the money. 35 billion in electric and autonomous vehicles and aims to introduce more than 30 types of electric vehicles worldwide by 2025.

Finding renewable energy is a key part of GM’s plan to boost its reputation. To achieve climate goals, the company focuses on renewable energy in four pillars:

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1. Increasing energy efficiency: GM’s energy goals begin with reducing energy consumption by increasing energy efficiency. For 10 years, GM has received the EPA Energy Star Sustained Excellence Award for its energy efficiency efforts.

2. Renewable supplies: While trying to reduce the amount of energy needed to run its facilities, GM also owns renewable energy through direct sales, green pricing and power purchase agreements. This is the main way for GM to achieve the goal of increasing energy.

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3. Conflict resolution: GM is developing a technology to store extra energy internally and for long periods of time so that its energy is not affected by external fluctuations.

4. Policy promotion: Policy efforts are needed to increase transmission, create microgrids that facilitate the deployment of renewable energy, and buy markets for carbon-free energy solutions. GM supports policies that help create carbon-free renewable energy.

In addition, GM announced that it is working with regional transmission company PJM Interconnection and energy services company TimberRock to monitor real-time carbon emissions at GM sites related to electricity use.

This carbon tracking system allows GM to make smart energy use decisions based on the grid’s carbon emissions at any given time. The power supply is more fuel efficient, the GM can make decisions about using only stored energy or reducing the amount of energy used.

Pdf) Us State Policies For Renewable Energy: Context And Effectiveness

The project is expected to expand over time to include emissions associated with customers’ electric vehicles, help GM understand how much emissions it needs to target and help the company decide where to invest in renewable energy before a larger project overseas. his works

“We are delighted that GM has increased its ambition for 100% renewable electric vehicles and advanced its target to 2025,” said Sam Kimmins, director of RE100 at the Climate Group. “This is kind of fast.

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