Terry Peterson

Dr. Terry Peterson

Principal, Terry M. Peterson, PhD, Solar Power Consulting


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Member of the Natural Resources Council

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Council Member Biography

Terry Peterson is Principal of Solar Power Consulting, a utilities and power generation industry consultancy. Dr. Peterson has over 38 years of experience in solar power research and technology development in industry and academia, including both photovoltaic and solar-thermal electric power generation. He is the Senior Technologist on the contract team serving as the U.S. Department of Energy's Independent Engineer for solar-project loan guarantee applications totaling over $2 billion. He is a contracted member of the management team of the California Solar Initiative's Research, Development, Demonstration and Deployment Program and he serves frequently as a peer reviewer to the US Department of Energy's Solar Electric Technologies Program (SETP), acting as Chairman for the 2005 and 2007 SETP Peer Review Committees. Prior, Dr. Peterson was Manager of Solar Power and Green Power Marketing at Electric Power Research Institute (EPRI). He holds a PhD in Materials Science and Engineering from the University of California at Berkeley. (This is me - Update Profile)


Employment History

2004 - Unspecified
Principal, Terry M. Peterson, PhD, Solar Power Consulting
1986 - 2004
Manager of Solar Power and Green Power Marketing, ELECTRIC POWER RESEARCH INSTITUTE, INC.

GLG NewsSM Analyses by Terry Peterson

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Nuclear Power Poised for Another Belly Flop

June 24, 2009

U.S. Chooses Four Utilities to Revive Nuclear Industry | online.wsj.com

The WSJ article passes along rumors of DOE decisions and fond hopes of nuclear power advocates regarding fast-track siting and construction of new plants based on Japanese and French designs.  It remains to be seen whether or not government largesse spun from the current wave of stimulus packages will suffice to embolden commercial investors to back these costly--and still risky--power plants.  But the predictions of operation by 2016 are not consistent with prior experience and seem fatuous.

Good news for early growth resumption in U.S. residential PV sector

June 4, 2009

SolarCity and U.S. Bank Forge New Partnership to Fund Solar Projects | www.solarbuzz.com

There has been great uncertainty about how much the U.S. market can take up the demand slack left in the PV space by the contraction of the 2008 Spanish market bubble.  Part of that concern has been fueled by worries that tight credit would continue to hamper innovative financing by installers such as SolarCity and GroSolar.  The referenced SolarCity press release and the 1/2-page GroSolar advertisement in today's San Jose Mercury News (touting "3 months of free solar electricity") seem pretty clear indications that the credit "freeze" for PV may be over.

CSP--The "Other" Solar Power--Finally Gets Some Respect

June 16, 2008

BrightSource's novel solar thermal power concept for California heats up | www.latimes.com

As the LA Times article describes, solar thermal electric generation schemes have actually been technically successful for some years and the 354 MW of parabolic trough systems built in the late 1980s are still running very well.  What's needed now for these technologies, collectively known as "CSP" for Concentrating Solar Power, to flourish is deployment that can foster learning-by-doing technology advancements.  A few thousand more MW of experience with building real-world hardware will almost certainly provide significant cumulative cost reductions and position several CSP schemes to compete economically for utility-scale generation in the sunniest parts of the world, most notably in the Southwest United States, which has abundant sunshine and rapidly growing electricity demand. But all of this hangs precariously by the thread of the Federal 30% Investment Tax Credit, which the current Congress seems bent on cutting.

"Silicon shortage" spawns desperate measures?

September 25, 2006

Solar concentrator firm Solaria lands $22 million | news.com.com

Sunlight concentration for photovoltaics (PV) is a good (and old) idea but many analyses and industry experience suggest that it must be highly concentrated (hundreds fold) to make it viable.

The publicly accessible information about the startup company in this press release is insufficient to form a definite opinion about its specific technology. But its terse description of the approach as using "2-3X" concentration should raise red flags. Other recent announcements about non-tracking PV concentrators all fall under this same cloud.