CPUC Touts Successful Relaunch Of Self-Generation Incentive Program

Posted by Joseph Bebon on May 12, 2017 No Comments
Categories : Policy Watch

The California Public Utilities Commission (CPUC) has announced that the state’s Self-Generation Incentive Program (SGIP) successfully relaunched on May 1 amidst heavy customer demand, particularly for energy storage projects. In fact, the relaunch was so popular that the commission says the majority of the new funding was reserved on the day the program reopened.

A total of $50 million was awarded in the first incentive step to projects that include storage paired with solar energy, projects to help offset the impact of reduced gas storage at the Aliso Canyon Natural Gas Storage Facility, and projects in disadvantaged communities.

According to CPUC, SGIP is one of the nation’s longest-running programs incentivizing customer investment in clean, distributed energy resources. It provides rebates to support energy resources installed on the customer’s side of the utility meter, including solar, wind turbines, waste heat to power technologies, pressure reduction turbines, internal combustion engines, microturbines, gas turbines, fuel cells, and energy storage systems.

In June 2016, CPUC set the SGIP budget at more than $270 million through 2019. Also, to maximize the value of ratepayer incentives and to create more equitable distribution of funds, the commission instituted a lottery mechanism to select projects and replaced a first-come, first-served system when demand for incentives is high. In April of this year, in response to the state legislature’s passage of A.B.1637 in 2016, CPUC increased the total SGIP budget to more than $500 million through 2019.

Nearly 80% of that budget is reserved for energy storage projects, and notably, CPUC says it plans to make more than $100 million more of the funds available for energy storage projects this June.

Over the past 16 years, more than 3,700 clean energy projects have been funded by SGIP. On May 1, more than 130 companies submitted applications for more than $90 million in available incentives, of which more than 50% were reserved for energy storage projects. In total, hundreds of projects received incentive reservations. According to CPUC, initial data from the May 1 reopening indicate that the average cost per watt for storage systems seeking SGIP incentives fell from $3.33 in 2016 to $2.55 in 2017.

“We have successfully revamped our Self-Generation Incentive Program and have reserved rebates for projects across various technologies that will promote reliability and provide clean energy,” says Commissioner Clifford Rechtschaffen. “I am pleased to see that there are so many customers seeking clean energy solutions on their side of the meter and that the market for these technologies is robust and growing. I am also very pleased that a significant portion of the projects are located in disadvantaged communities.”

Notably, approximately 28% of the incentives reserved on the May 1 relaunch by large-scale energy storage projects in the territories of Pacific Gas and Electric Co. (PG&E), Southern California Edison (SCE), and San Diego Gas & Electric (SDG&E) are for projects sited in community census tracts identified by CalEnviroScreen 3.0 as being in the top 25% (i.e., most heavily impacted) of disadvantaged census tracts statewide.

In addition, as intended by CPUC policy priorities, energy storage projects paired with solar and/or located in the Aliso Canyon-affected areas performed well in the relaunch’s lotteries. For example, 58 of the 66 funded applications in SCE’s large-scale (i.e., projects over 1 0kW in size) energy storage lottery, totaling 15.4 MW, are sited in SCE’s West Los Angeles Local Reliability Area, an area impacted by the leak that occurred at Southern California Gas Co.’s (SoCalGas) Aliso Canyon.

SGIP is funded by the ratepayers of PG&E, SCE, SDG&E, and SoCalGas. It is administered by those utilities in their territories, with the exception of SDG&E, the administration of which is managed by the Center for Sustainable Energy.

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