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Experts Weigh In: Will California Meet Its RPS?

In the state with the most aggressive RPS in the continental U.S., opinions are mixed about whether or not California will be able to meet the goal of 33 percent renewables by 2020.

Jennifer Runyon, Managing Editor, RenewableEnergyWorld.com
August 27, 2012  |  23 Comments

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About one year ago, California made history by enacting a law that would require the highest amount of renewable energy to be incorporated into a continental state's energy mix: 33 percent by 2020. That number is at least 8 percent higher than the next most aggressive state renewable portfolio standards and upwards of 10 percent more than the average renewable portfolio standard for all the states in the nation.

For background, a renewable portfolio standard is a law passed by the state legislature that compels all or certain utilities in that state to source a set percentage of the energy they supply to their ratepayers from renewable sources.  States have various definitions of renewable sources but for the most part, wind, solar, small-scale hydropower, biomass, and geothermal energy used for electricity apply.  Only some states allow thermal renewables to go towards RPS requirements like solar water heating or biomass heating and cooling but that is starting to reverse.

In any case, California embarked on its most aggressive quest to employ more renewable energy than any other continental state in the nation and so far the state has done very well in meeting its goal. As of July 2012, each of the three major investor-owned utilities were showing that about 20 percent of the energy they provide to their ratepayers comes from renewables and many other projects are underway.  ‘You know, we’ve seen significant increases in installed capacity really even in the last six months,’ said Joe Weidman, a partner with law firm Keyes, Fox and Wiedman, LLP. ‘The last report that was sent to the legislature had I believe it was PG&E and SDG&E down in the teens, SCE in the high teens,’ he continued. 
But if you look at the latest figures, everybody’s up over 20 percent.  I mean things are really starting to move,’ he concluded.

Ben Higgins, Director of Government Affairs with Mainstream Energy, an integrated solar solutions provider, concurs:  ‘California is where the future happens first and not just in solar but in lots of other things,’ he said. Higgins feels there is no question that California will meets its goal.  ‘When we look at the responses to the solicitations that utilities have offered, as of late for larger-scale, utility-scale, in-front-of-the-meter solar projects, [because smaller-scale residential and commercial projects aren’t eligible] the response has been overwhelming,’ he said.

‘By way of example,’ he continued, ‘the request for offers made by the three investor owned utilities in California late last year, saw 91 gigawatts worth of projects bid in to that single solicitation.  I mean, that’s more bid into the single solicitation than would be required to meet the RPS in 2020,’ Higgins said.

And the goal remains excellent.  Almost all renewable energy executives agree that it is a victory for renewable energy that California even passed such an aggressive RPS.  But what many analysts and solar industry executives familiar with the California market question is the infrastructure, the real means of getting all that renewable energy in the ground.  Many experts believe that the state just doesn’t have enough in place to seal the deal. 

‘I think it is a difficult goal to reach when you take a look at the problems California is experiencing in terms of its budget,’ said Paula Mints an analyst in the energy practice with Navigant Consulting.  ‘Recently, we had a large city [Stockton] go bankrupt,’ she said. With large cities struggling, utilities struggling, people struggling, social services being cut, she said that she believes the state should keep the goal but understand that California’s infrastructure ‘is not prepared for that much renewables.’

Infrastructure is defined as transmission and money and according to Mints the money just isn’t there, nor is the transmission.  A report issued by the California Energy Commission shows that the total cost of transmission to meet the 33 percent by 2020 goal is $7.2 billion dollars.  A list of the twelve transmission upgrade projects, their approval status and the renewable potential they provide is below.

Mints remains optimistic that the state will do what it can but said that the goal will take a long time to reach. ‘Obviously I believe that we are in the beginning of an energy revolution and to make that happen is going to be a long, hard struggle.’

According to a report issued by consulting firm MRW and Associates, based in Oakland, California, even though California ‘aspires to be the renewable energy promised land, there are numerous obstacles to converting the megawords into megawatts.’ The firm said that to meet the 33 percent goal, seven additional power lines must be built at a cost of $12 billion, a much higher estimate than the CEC’s $7.2 billion.  In addition, the firm also points out that not only will the cost of all that transmission be astronomical, significant siting hurdles will also have to be overcome.

Michael Ludgate, Senior Director of Sales with Sharp Solar agrees that the goal is worthy but not reachable: ‘I love the objective. The goal is good. The question is [then] is the rest of the infrastructure in place? I don’t mean utility infrastructure. I mean the money, the incentives,’ he said.

According to a recent article from the LA Times, California’s budget deficit hit $16 billion in January, which means that more cuts will need to be made in order for the state to balance its budget just this year alone. Finding billions of dollars more for new transmission lines and transmission upgrades could prove to be problematic, especially for a state grapping with unemployment above 10 percent and a real estate market that has lost as much as 35 percent of its value since the housing bubble burst in 2008.

Evan Vogel, VP of sales for Ampt, a company that makes optimizers for solar power agreed that the money California needs to meet its goal just isn’t there: ‘You’ve got the bragawatts and the megawatts,’ he said. ‘So the answer is no [the state won’t meet the RPS]. And it’s not because of anything else except funding.  The state can’t afford anything and the deals are out of the money,’ he said. 

Mints takes a very realistic look at the landscape and pointed out that California has often struggled for funds: ‘In market research, you shouldn’t take anything out of context and solar operates in the ecosystem of the world,’ she said. ‘So what is happening around solar affects whether or not the market is there. For example, I remember when PG&E declared bankruptcy many years ago. ‘

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23 Comments

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Gary McCallum
Gary McCallum
September 2, 2012
Thanks kickboxer I really appreciate it
The link does not work right now but will get in touch with Natcore and check them out after supper.
If I can find some investors we can get working on this right away and secure the IP. Provisional status right now
It's not rocket science just extrusions and plumbing. We have profiles for the large panel and its assembly.
It is more or less just a glass curtain wall put on a slope so basically proven for years
Wesley Sugai
Wesley Sugai
September 2, 2012
http://bigcharts.marketwatch.com/quickchart/quickchart.asp?symb=nxt?sttype=&freq=&show=

hope this works...
Wesley Sugai
Wesley Sugai
September 2, 2012
Gary, have you looked at Natcore Tech tadem PV cells? If you run water over the surface of these cells, it will absorb the heat, cooling it. Because it can absorb light from IR to UV, diffraction of light through the water should not affect its estimated 30% efficiency, vs monocrystaline's 20%, and amorphous/thin film/CIGS/CdTe 10%.

I hope your project gets moving, it sounds really do-able.

Electricity here runs at $0.45/kwh. Heating water with electricity is very expensive. A dual system like yours will take care of both problems. I have SolaHart solar hot water system next to my PV system as well as SolaTubes for passive daytime lighting for stair wells and dark rooms. It works quite well and my electric bill is minimal, mainly for the maintenance fee of $21/mo. For rainy days, I have a tankless propane heater but its far more expensive than CNG(of which we have none here).
Gary McCallum
Gary McCallum
September 1, 2012
JHB thanks for the encouraging words.
You stated "We are all be led up the garden path by these exaggerated claims and at the end of the day these target figures will not in reality be met. Obviously the aim is to attract more investors but please will the powers that be do it honestly, then everyone will win."
I was reading this morning about a company in Quebec called Timminco that claimed to have a proprietary process to produce solar grade silicon cheaper than all others. Their stock went from 30 cents to $22. The companies market value was more than 3.5 billion. The stocks have since then plunged and the company has been delisted from the TSX. They never really had anything.
The curent state of all PV manufactures and dropping prices is irrelevent to my panel as it is the substrate all types of photovoltaics can be adhered to.
Just thought I would mention that to demontsrate my frustration trying to get interest in helping bring this concept to market. People with nothing become worth billions and having something solid and manufacturable gets ignored.
I will persist but my head hurts from banging it against the wall trying to open doors.

Kickboxer
A couple of the professors at Queens University in Kingston Ontario have discovered that thin film amorphous silicon is best suited for PV thermal as the dark coloured photovoltaic material generates more heat and when cooled its electrical output efficiency increases by 10%. They are aware of this new idea of mine and think highly of it. I hope to be working with them in the near future if we can get funding.
I really hope to get this going for as you know solar kicks butt
Wesley Sugai
Wesley Sugai
September 1, 2012
Gary, you are correct. For example, monocrystaline PV systems loose significant efficiency when they get hot. More so if used in a concentrated PV system.
Joe Barnes
Joe Barnes
September 1, 2012
Gary,
An excellent contribution to the future of solar projects.Perhaps this meay allow lighter roof structures on sloping roofs not to mention the material costs being a good deal cheaper. Well done. I can see investors knocking your door down to get at you and your IP.Keep telling the world Gary . I regret I do not have the money to join you.
Good luck.
Gary McCallum
Gary McCallum
August 31, 2012
The concept of district generated solar seems to be one of the most viable means of going green in a modern technological world. Home roof top collectors and up coming automobile storage units balancing an intregral part of the supply demand system are a logical conclusion to the utilization of existing infrastructure and available structures .
It is my hope I have resolved a large part of the puzzle buy inventing a building integrated PV thermal solar energy system that provides a structural element and makes the roof as well.
This new concept prevents racking failure, cools the PV system, which in turn increases efficiency and provides residential hot water. These are just some of the advantages and there are more.
One of the more profound implications of this simple design is that it allows Architects the ability to integrate solar into their projects while colaborating with Engineers for a dynamic system that offers a multitude of desireable outcomes. All of this while ending the biggest deterrent to residential solar in the world of home design. Solar for the most part is a box on a roof which deters designers from incorporating this benificial technology into their plans.
To view this new solar system go to triple w dot orionsolartech dot com. Reading the OVERVIEW and looking at the drawings under the DETAILS tab will give one a good understanding of how it works.
I'm trying to find investors to help develop and bring this to market. There are customers waiting around the world and the few Architects I have shared it with want to be informed when the panels are available.
Engineers love it
Architects love it
Students want it for their solar decathlon projects.
How do I get investors to see the potential.
Any advice or input would be greatly apreciated.

Thanks all for the conversation above. Informative and encouraging
Wesley Sugai
Wesley Sugai
August 30, 2012
kwh, most of the oil used in Hawaii comes from Indonesia and refined here in Honolulu at our 2 refineries, Tesoro and Chevron and they can process 150,000 barrels/day. But being that oil is a world commodity, a barrel from Indonesia is the same as from Mexico, Kuwait, Saudi Arabia, or California(except for Brent crude which is about $15 more/bbl). Below is a chart of how our island of Hawaii is doing...actually quite well as far as renewables go. About 39% of our energy comes from renewables.
http://www.heco.com/portal/site/heco/menuitem.508576f78baa14340b4c0610c510b1ca/?vgnextoid=047a5e658e0fc010VgnVCM1000008119fea9RCRD&cpsextcurrchannel=1
Ken Higgs
Ken Higgs
August 29, 2012
Kickboxer MMA:

You have VG gas prices. `10 miles from Wa. refinery today is $4.099 per gallon. How they to deliver to Hawaii for 20 cents? You are doing well.
ANONYMOUS
August 29, 2012
California public utilities currently import much of their power from out-of-state because it's cheaper. Does anyone seriously believe that within 8 years something like 20% of California's electrical power production will switch to renewable sources? And to be honest we should include the energy consumed for transportation.

Sadly, this will likely be just as successful as California's 1990 ZEV mandate that required by 2003 10% of the state's new car sales must be EV's.
Joe Barnes
Joe Barnes
August 29, 2012
Homeboy, speaks a lot of truth when he says that he does not know where these figures are derived from. For wind energy across the majority of the earths surface, the large turbines can only produce modest amounts of electrical energy when the wind blows in excess of 15 mph which only occurs for 63 days per year on average.We are all be led up the garden path by these exaggerated claims and at the end of the day these target figures will not in reality be met. Obviously the aim is to attract more investors but please will the powers that be do it honestly, then everyone will win.
James Palmer
James Palmer
August 29, 2012
"About one year ago, California made history by enacting a law that would require the highest amount of renewable energy to be incorporated into a continental state's energy mix: 33 percent by 2020"

Not to denigrate California's accomplishments, but Mane has been at 30% since 2000 and will add 10% more by 2020 (http://en.wikipedia.org/wiki/Renewable_portfolio_standard). This same site shows that Colorado is also committed to 30% by 2020, Hawaii will be at 40% by 2040, and New York will be at 30% by 2015.
Paul Ervin
Paul Ervin
August 29, 2012
If you look at the past month on the CAISO website's Supply & Demand charts in California, you'll see where renewables did not approach 10% of the needed supply for a time when it is needed most. I am not sure what (or where) these "experts" get their numbers but to me it looks like renewables are not something that can be counted on for something other than making great talking points for politician's wanting to appear "green".
Wesley Sugai
Wesley Sugai
August 29, 2012
http://energy.gov/savings/renewable-portfolio-standard

Hawaii's RPS is agressive and we're trying to get to 40% renewables by 2030. On our island of Hawaii, Hawaiian Electric Co. is limiting home PV systems on certain grids as it can overwhelm the system. I have a small 2.7 Kw system (12 monocrystaline panels by SunPower). Close to my home, is NEHLA where an OTEC plant is ramping up and a few miles south, Puna Geothermal, and the Pakini Nui Wind Farm. Sopogy also has a solar thermal unit at NEHLA. Interesting stuff out here where gas prices are at $4.37 today.
JERRY OLSON
JERRY OLSON
August 29, 2012
"California's budget deficit hit $16 billion in January," The State is essentially already bankrupt and the response is to burden the taxpayer with substantial additional cost. For what, as Keller stated "If the clowns running the state included hydro as renewable (which it obviously is), then they would already have met the standard."
At some point for every kW of wind power there will have to be a kW of another generation source with the ability to take on load instantaneously in response to that dying gust of wind.
Luke Divemaster
Luke Divemaster
August 29, 2012
sahm noted the clean-coalition.org link. Sounds like distributed generation makes sense.

Beyond ratepayer impacts, however, distributed generation has other economic benefits as identified in a 2010 UC Berkeley study. In comparing wholesale distributed generation (WDG) against large transmission interconnected renewable generation, WDG projects results in three times the number of jobs, and substantial increases in the attraction of new private investments and State revenues. The report concludes that if the remaining 33% RPS requirements were met solely through WDG, this would attract about $50 billion in additional private investment compared to central station
procurement approach, and result in 28,000 additional jobs per year. All else being equal, the superior economic benefits of WDG represent a compelling incentive for clean local energy.
Michael Keller
Michael Keller
August 29, 2012
1. If the clowns running the state included hydro as renewable (which it obviously is), then they would already have met the standard.
2. The state provides all manner of subsidies for renewable energy. Where do you suppose the money comes from? Obviously the state budget is impacted.

Considering the whole dopey exercise is irrelevant to greenhouse gas emissions, the people of California are paying a stunning price for the stupidity, arrogance and hubris of politicians. However, as Californians vote the idiots into office, the economic mess in California is their own fault.
Steve Yang, P.E.
Steve Yang, P.E.
August 29, 2012
I can see new transmission capacity will be needed if the multi-MW plants are concentrated in remote areas. But if economics justify private capital to help build new capacity, it will happen.
Ted Ko
Ted Ko
August 28, 2012
I'm surprised that your interviewed experts are fundamentally misrepresenting how RPS-eligible energy is funded. Both the cost of the energy and the cost of physical grid infrastructure are borne by ratepayers through their electrical bills and do not come from the state budget.
(subsidies for behind-the-meter generation, like CSI and SGIP, do come from the state budget, but that's not RPS eligible energy until the category 3 REC market is created)

So, saying we can't meet the state RPS due to state budget deficits makes no sense. You can claim that we can't meet the state RPS because ratepayers can't afford rate increases, but that's a different argument.

Also, as a previous commented noted, the potential for distributed generation eliminates the fear around the $7 or $12 billion price tag for new transmission lines. (again, that's $7 or $12 billion on the ratepayer, not the taxpayer) Various studies have shown that we could meet the 33% RPS with new DG, without needing to build another transmission line or major upgrades to the distribution grid.

And btw, most DG is less risky, can come online more quickly, and provides more environmental and economic benefits than the large scale, remote generation. i.e. DG can provide more bang-for-the-buck

So yes, we can meet the 33% RPS and if we have the political will, we can do so in a smarter, more cost-effective way.
Sahm White
Sahm White
August 28, 2012
Transmission infrastructure can be very slow and costly to develop, but California doesn't need much new transmission to meet its goals - multiple studies have that there is at least 15 GW viable capacity just from distribution level PV alone serving local loads - ample to meet all of the remaining RPS. Distribution level generation is easier to site, fast to permit and develop, and when the cost of transmission charges and system losses are considered, it is about the same price. Gov. Brown in fact has repeated asserted a goal of 12 GW of Distributed Generation by 2020, regardless of the RPS, and it doesn't hurt that DG results in broader benefits, including a lot more jobs in more communities, a larger proportion of investment qualifying for Federal tax credits, and much greater indirect and induced benefits, including state tax revenues. See: http://www.clean-coalition.org/studies/ Meanwhile, it's worth pointing out that the state budget has little to do with meeting the RPS since the state doesn't fund either transmission or wholesale generation, both of which rely on private capital with some Federal support.
Ron Peterson
Ron Peterson
August 28, 2012
There seems to be a confusion as what the purpose and benefits of a renewable portfolio standards are.
The purpose is usually stated as to increase the production of solar and wind power, but not large scale hydro.
The benefits are listed as increasing energy cost to the consumer and reducing CO2 production, but not decreasing the production of local pollutants or increasing the reliability of the power system.
Dr. JAMES WOLTER
Dr. JAMES WOLTER
August 28, 2012
One solution to insufficient transmission capacity has always been distributed generation. Especially in California there is enough solar potential on rooftops to stall transmission upgrades for a long time to come. A few years ago - the solar trade show was in San Francisco. As my plane descended into SF from my flight from the mid-west I anxiously looked out the plane's window hoping to identify many PV-solar roof installations. There were swimming pools in most back-yards but alas I did not see any PV roofs. The man that invents a better battery will be the Bill Gates of this millennium because then we can have a truly practical 24-hour power solution for residential through industrial application. The battery-backed solar system is an elegant solution to both generation and T & D shortfalls just as it is to meeting ever growing RPS's. D.O.E. reports that last year we have reduced our CO2 output - while this is likely due to more Natural Gas use in power generation, we should lead the world in chasing man-made (excess) CO2 off the planet.
Sarah Anna
Sarah Anna
August 27, 2012
I often hear people speak of California's RPS as the most aggressive in the U.S. While California's will require a greater absolute quantity of renewables to meet the RPS, Hawaii has a higher RPS at 40% renewable energy by 2030 (http://dsireusa.org/incentives/incentive.cfm?Incentive_Code=HI06R&re=0?=0). Considering the difficulties of incorporating variable generation onto small, island grids, Hawaii's goal is even more aggressive.

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Jennifer Runyon

Jennifer Runyon

Jennifer Runyon is managing editor of RenewableEnergyWorld.com coordinating, writing and/or editing columns, features, news stories and blogs for the publications. She also serves as conference chair of Solar Power-Gen Conference and Exhibition...
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