Ten Positive Facts About Renewable Energy in Wisconsin

Ten Positive Facts About Renewable Energy in Wisconsin

by | Mar 28, 2014 | Uncategorized

by Don Wichert, RENEW Wisconsin


1. Renewable energy is cost effective with conventional fossil and nuclear fuels

The price of renewable energy continues to decline, while the price of conventional energy (with the recent exception of natural gas) continues to increase.  Customer-sited solar electric is now equal to or less than the retail cost of grid electricity in many areas of Wisconsin.  Dairyland Power Cooperative and Vernon Electric Cooperative will begin purchases of power from two large solar arrays under long term contracts. Biogas to electricity is competitive or less than retail electricity for farms and solid biomass fuels out compete propane and oil in rural areas.  Renewable fuels have stable, zero, or low fuel costs, that do not fluctuate like fossil fuels.

2. Fossil and nuclear industries have received more subsidies from government than renewables

All energy production in the U.S. receives significant federal support, dating back to the first oil subsidies in early 20thcentury. In cumulative dollar amounts, the oil, coal, gas and nuclear industries have received approximately $630 billion in U.S. government subsidies, while wind, solar, biofuels and other renewable sectors have received a total of roughly $50 billion in government funding.

(DBL Investors, http://bit.ly/uV14lf)

3. Wisconsin has plenty of solar energy

Wisconsin consistently receives enough solar energy to supply significant amounts of electricity used in Wisconsin households and businesses from their rooftops and properties.  Wisconsin receives 20 percent more solar energy than the world’s leader in solar development, Germany, and similar amounts as New Jersey, a solar energy installation’s leader in the US.  A number of studies imply that solar could supply 100 percent of Wisconsin’s electricity during peak hours by installing panels on existing roofs with solar access (http://www.ecotopia.com/apollo2/photovoltaics/PVMktPotentialCostBreakthruNavigant200409.pdf).

4. Renewable energy provides energy at critical times and locations and is matched well with other resources to maintain reliability

Solar energy output peaks in the summer when demand on the electricity system is highest due to air conditioning use.  Wind power can also match high electrical demands when summer and winter winds bring in heat and cold.   Biomass and hydropower are forms of stored solar energy that can be used to fill in supply gaps from intermittent sources.  Natural gas plants can be quickly started as an adequate and clean back up source of power.  Renewable energy systems can be installed at weak voltage locations in the transmission grid to boast power. Installation of incremental amounts of renewable energy to meet growing local demand can occur in months rather than in the years it takes for fossil fuel plants to be installed.


5. Net metering adds value to the grid and all customers  

Net metering uses the electric transmission grid to absorb extra renewable electricity from distributed producers and provides a similar amount of electricity back when electric demand exceeds renewable supply.  Net metering adds value when produced during peak electrical demand hours, reduces the need for transmission and distribution infrastructure, reduces environmental emissions, enhances energy security, and hedges the variable nature of fossil fuels prices.  Although all customers pay for the electrical grid, studies have shown that the extra value from the renewable production is greater than the cost.

6. Wind power provides local energy, improved environmental & economic impact

Wisconsin has thirteen wind farms varying in size from 1.3 MW to 162 MW with a total of 647 MW.   This represents about half of all wind energy used in Wisconsin, the rest coming from neighbors Iowa and Minnesota.  This power is local, has no emissions, and is now one of, if not the, lowest sources of electricity in Wisconsin and the Midwest (http://www.awea.org/Resources/Content.aspx?ItemNumber=5547).

7. Biogas takes pollution and converts it to rural energy, jobs, and environmental improvements

Wisconsin’s 1.3 million dairy cows produce a great deal of manure: 16 billion gallons per year.  For years this manure was spread on pasture land in the summer and winter.  Unfortunately, some of the nutrients, pathogens, and smell polluted the local water and air sheds.  Wisconsin’s 40-50 farm and food bio digesters take manure and high organic content food wastes and convert these pollutants to local energy, fertilizer, high value bedding, while reducing pathogens and smell by over 95 percent (http://www.epa.gov/agstar/documents/gordondale_report_final.pdf).   In addition, the remaining digestate, which is the liquid left over from the digesters, can be stored and used in irrigation systems to add water and nutrients to crops at optimal times.

8. Biomass energy reduces greenhouse gas and other emissions, and can be grown sustainably 

Biomass is “young” stored solar energy. Through photosynthesis, water is combined with carbon dioxide to form hydro-carbon compounds.  Depending on the biomass, the stored carbon is one to 100 years old.  In a natural system of growth and decay, all of the biomass would eventually go back to the atmosphere as carbon dioxide or methane as the biomass oxidizes (rots), if not used.   Converting the biomass for productive energy reduces the total carbon emissions because it replaces old (fossil) carbon that has been stored in fossil fuels for millions of years.  In addition, half of a tree’s mass is in the roots and some of the carbon is taken up by surrounding soils and stored there.

The vast majority of modern biomass combustion units are labeled, highly efficient, and are regulated for air emissions.  This includes residential wood stoves.  Most biomass energy processes only use wastes from non-energy forest or crop applications.  Smaller branches, twigs, and leaves are not taken for energy use and contain most of the nutrients, which are recycled into the soils on the forest floor.   Residual ash from the combustion process, which contains valuable nutrients, can be reapplied to the land.

9. Renewable energy is becoming more mainstream everyday

In 2012 and 2013 solar and wind supplied 51% and 37%, respectively, of all new electric generation capacity in the US (wind power additions fell in 2013 as a result of the expiration of the production tax credit).

Renewable energy now produces more power than nuclear energy in the US.
Solar energy grew at a 40% rate in 2013 from 2012.  Wind energy has over 60,000 Megawatts of installed capacity, a ten-fold increase from 10 years ago.

10. The vast majority of Wisconsin citizens want more renewable energy

Surveys consistently show that Wisconsin citizens prefer renewable energy over fossil fuels.  Over 83% of Wisconsin voters support solar, wind, and hydro as their energy source vs about 50 percent for coal and nuclear (Source: Voter attitudes towards Energy Issues in Wisconsin, 2012).

RENEW Proposes Improvements to WPS’s “Restrictive” Net Metering Service

by | Aug 30, 2013 | Uncategorized

In
testimony submitted yesterday in Wisconsin Public Service Corporation’s ongoing
rate case (Docket 6690-UR-1220), RENEW witness Michael Vickerman takes the
utility to task over its net metering service, which it proposes to weaken even
further. Vickerman’s testimony discusses specific elements of the utility’s net
metering proposal, which, if approved, would unreasonably discriminate against WPS
customer-generators compared to those located in the service territory of other
investor-owned utilities. These proposals include reducing WPS’s net metering
threshold from 100 kW to 20 kW and limiting availability of net metering to
energy-only customers. Vickerman’s testimony also describes the necessary
analysis that would be required for WPSC to claim that net metering customers
are not paying the costs they cause, i.e., that they are “subsidized.” WPS has
not performed such analysis. Vickerman concludes his testimony with recommendations
for aligning WPSC’s net metering tariff with the best practices offered by
other utilities. Click here to view his complete pre-filed testimony.


Public
Service Commission witness Corey Singletary also submitted testimony on net
metering. He describes WPS’s offering as “the most restrictive net metering service
of any Wisconsin utility.” His positions on WPS’s proposals to weaken its net
metering service even further are similar to RENEW’s. Click here to access Singletary‘s pre-filed testimony.

FERC Chair Jon Wellinghoff: Solar ‘Is Going to Overtake Everything’

by | Aug 23, 2013 | Uncategorized

The FERC, GTM and SEIA predict that solar installations will double every year as prices continue to decline. Herman Trabish’s article for the GTM  Newsletter below notes that solar’s continuing growth will require a reformulation of distributed generation rate structures.
By Herman Trabish

If anybody doubts that federal energy regulators are aware of the rapidly changing electricity landscape, they should talk to Jon Wellinghoff, chairman of the Federal Energy Regulatory Commission (FERC).  

“Solar is growing so fast it is going to overtake everything,” Wellinghoff told GTM last week in a sideline conversation at the National Clean Energy Summit in Las Vegas.  

If a single drop of water on the pitcher’s mound at Dodger Stadium is doubled every minute, Wellinghoff said, a person chained to the highest seat would be in danger of drowning in an hour.  

“That’s what is happening in solar. It could double every two years,” he said. 

Indeed, as GTM Research’s MJ Shiao recently pointed out, in the next 2 1/2 years the U.S. will double its entire cumulative capacity of distributed solar — repeating in the span of a few short years what it originally took four decades to deploy.  

Geothermal, wind, and other resources will supplement solar, Wellinghoff said. “But at its present growth rate, solar will overtake wind in about ten years. It is going to be the dominant player. Everybody’s roof is out there.” 

And those other resources have not seen declining prices like solar has. “Solar PV is $0.70 or $0.80 per watt to manufacture. Residential rooftop is $4 to $5 per watt. But they are going to drive that down to $2 and then to $1 per watt.” 

Advanced storage technologies also promise lower costs, he said. “Once it is more cost-effective to build solar with storage than to build a combustion turbine or wind for power at night, that is ‘game over.’ At that point, it will be all about consumer-driven markets.”  

Wellinghoff was a consumer advocate early in his career and has not changed sides. “Even though the FERC oversees wholesale markets, utilities, and other jurisdictional entities at the wholesale level, the consumer needs to be our major concern,” he said.   

If FERC does not ensure the grid is ready to integrate the growing marketplace demand for distributed solar and other distributed resources, Wellinghoff said, “We are going to have problems with grid reliability and overall grid costs.”  

Transmission infrastructure will be able to keep up with solar growth. The big changes will be at the distribution level where FERC has less influence, he explained. But the commission has been examining the costs and benefits of distributed generation (DG) in wholesale markets.

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