CCST Releases New Energy Futures Report: Renewable Energy and Carbon Capture

April 12, 2012 | ,   | Contact: M. Daniel DeCillis

California's Energy Future Renewable Fossil Fuels CoverCCST has released a new publication as part of the California’s Energy Future (CEF) project, a study designed to help inform the decisions California state and local governments must make in order to achieve California’s ambitious goals of significantly reducing total greenhouse gas emissions over the next four decades.

California’s Global Warming Solutions Act of 2006 (AB32) and Executive Order S-3-05 set strict standards for the state to meet. In order to comply, California needs to reduce its greenhouse gas emissions to 80% below 1990 levels by 2050 while accommodating projected growth in its economy and population.

In a May 2011 summary report, an analysis first estimated how emissions could be reduced through modifications to demand, including aggressive efficiency and electrification. The new document, “Electricity from Renewable Energy and Fossil Fuels with Carbon Capture and Sequestration“, the fourth report in the CEF publication series, examines electricity generation through fossil fuel combustion with CO2 capture and sequestration (“fossil/CCS”) – a process that removes as much carbon as possible from major emissions sources such as power plants, and stores it in deep geological formations.

“[Carbon capture and sequestration] is the only other currently scalable technology besides nuclear energy that can easily provide many tens of GW of baseload capacity in a future electric grid that would otherwise become increasingly dominated by variable wind and solar generation,” notes the report. “However, there are still GHG emissions associated with fossil/CCS electricity; while small, they will contribute noticeably to a stringent statewide cap.” In addition, CCS is not yet a technology that can be deployed at commercial scale.
Electricity supply must balance with demand at all timescales. In the case of intermittent renewable energy, load balancing must include a source of power when the renewable energy source is not available.

The report also examines the potentials of renewable energy as well. One of the principal issues facing increased reliance on renewable power generation such as solar and wind is its intermittent nature; in order to accommodate it, significant changes will have to be made to the way California stores and administers electricity.

“We are moving from a world where supply is controlled to follow demand, to one where demand must follow an increasingly uncontrollable supply,” says the report. “It perhaps represents a more significant change than the shift from traditional land-line telephones to cell phones…The need for advances in load balancing technology is one of the largest gaps in the energy technology portfolio.”

The report is available for download here.

Recent Posts

A headshot of Julianne McCall in business attire with a portrait crop and a light brown background, and a light blue background surrounding the image.

Julianne McCall, PhD, Named Next CEO of CCST

A photo of four panelists sitting on a stage with a large screen behind them showing the title, "Joint California Summit on Generative AI," with the US and California flags on the left and right of the stage.

CCST Announces Commitments and Partnerships Toward Responsible, Equitable, and Ethical AI, Following Inaugural Joint California Summit

An image of mountains in Palm Springs with the text CCST Annual Report 2023 centered above them in the sky, partially hidden by one of the peaks.

CCST Annual Report 2023

A formal group photo in front of the California State Capitol, with the Fellows standing in 3 rows.

Update: Applications for the CCST Science & Technology Policy Fellowship Have Closed