BILL ANALYSIS                                                                                                                                                                                                    



                                                                  AB 2061
                                                                  Page  1

          Date of Hearing:   April 19, 2010

                    ASSEMBLY COMMITTEE ON UTILITIES AND COMMERCE
                               Steven Bradford, Chair
                    AB 2061 (Carter) - As Amended:  April 6, 2010
           
          SUBJECT  :   Electric distribution: efficiency

           SUMMARY  :   Requires the California Public Utilities Commission  
          (CPUC) to develop electric transmission and distribution  
          efficiency measures, and large publicly owned utilities (POUs)  
          to develop electric distribution efficiency measures.    
          Specifically,  this bill  :  

          1)Requires the CPUC, using existing resources and in  
            consultation with the California Energy Commission, (CEC), the  
            California Independent System Operator (CAISO), electric  
            transmission and distribution owners, users, and consumers, to  
            develop electric transmission and distribution efficiency  
            measures, to the extent feasible.

          2)Requires a local POU with more than 100,000 customers, to  
            develop electric distribution efficiency measures, to the  
            extent feasible.

          3)Permits the CPUC to develop and impose a statewide target for  
            distribution efficiency on an energy (megawatthour) or power  
            (megawatt) basis. 

          4)Requires the CPUC, by January 1, 2012, to develop a plan to  
            improve electric distribution efficiency within the service  
            territory of an investor-owned utility (IOU) and prescribes  
            the criteria to be included in the efficiency plans.

          5)Requires POU with more than 100,000 customers, by January 1,  
            2012, to develop a plan to improve electric distribution  
            efficiency within its service territory, and prescribes the  
            same criteria used in the IOU plans.

           EXISTING LAW  :

          1)Requires IOUs to operate its electric distribution grid in a  
            safe, reliable, efficient, and cost-effective manner and  
            authorizes the PUC to give each IOU a reasonable opportunity  
            to fully recover from all customers the costs of operating the  








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            distribution system.

          2)Requires CPUC, in consultation with other state agencies and  
            key stakeholders, to determine the requirements for a smart  
            grid deployment plan and requires the utilities to submit  
            smart grid plans to the CPUC.

             3)   Requires both IOUs and POUs to first acquire all  
               available energy efficiency and demand reduction resources  
               that are cost-effective, reliable, and feasible.

             4)   Requires the CPUC to study and submit a report on the  
               impacts of distributed energy generation on the state's  
               distribution and transmission grid, by January 1, 2010.

           FISCAL EFFECT  :   Unknown.

           COMMENTS  :  According to the author, the purpose of this bill is  
          to encourage investments that improve the efficiency and  
          reliability of electricity transmission and distribution (T&D)  
          in California, reducing energy consumption, greenhouse gas  
          emissions, and costs.  

          1)   Background  :  California is transitioning from a traditional  
          large-scale powerplant operations, toward more of a widespread  
          network of distributed generation (DG).  Rapid increases in  
          technology and the quest for innovation have developed  
          alternative resources that can be used to self-generate one's  
          electricity.  In addition, some utilities are using DG to  
          generate electricity for neighborhoods using fuel cell  
          technology.  Due to the proliferation of DG options, some  
          utilities are concerned that the state's infrastructure may not  
          be fully prepared to handle inconsistent surges of electricity  
          being dispatched to the distribution or transmission grid.  

          Most of the state programs limit the qualified projects to those  
          that are less than 5 megawatts, in part because net-meter  
          customer generation cannot be scheduled by the electric utility.  
           The utility must take the power when it is produced, whether it  
          needs it at that moment or not.  The electric utility can easily  
          adapt to small amounts of unscheduled electricity coming onto  
          the grid, but it's difficult to determine at what point the  
          transmission operator begins to encounter reliability problems  
          if they ramp down larger generators in anticipation for the  
          unscheduled power, but cannot ramp back up fast enough when the  








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          wind stops blowing or clouds appear.

          The CPUC has oversight of policies and programs related to DG  
          resources in California's IOU territories.  Since the 1980s, the  
          use of DG resources has increased dramatically in California due  
          to policies related to interconnection, net energy metering, and  
          procurement, as well as programs related to advancing the  
          integration of clean, DG resources, such as the California Solar  
          Initative (CSI) and the Self-Generation Incentive Program  
          (SGIP).

          2)   Previous state efforts to evaluate transmission and  
          distribution infrastructure  :  AB 578 (Blakeslee/Levine) Chapter  
          627, Statutes of 2008, required the CPUC to submit to the  
          legislature a report on the impacts of DG on California's  
          transmission and distribution systems.  The report provides an  
          overview of the current status of California's DG resources and  
          highlights some of the current challenges and activities around  
          interconnecting these resources to the utility grid.

          The CPUC concluded that, compared with the rest of the Untied  
          States, California has a significant amount of DG installed on  
          the grid, particularly solar.  The report indicates that as yet  
          there are no noticeable impacts on the distribution and  
          transmission infrastructures, based on performed studies.   
          However, with the continued expected growth of DG, there are  
          opportunities to develop consistent interconnection policies and  
          to evaluate the penetration of DG on distribution feeders and  
          DG's continued contributions to reducing peak demand through  
          existing technology and technologies in the infancy.

          3)   Is it "smart" to improve transmission and distribution  
          infrastructure  :  The federal Energy Independence and Security  
          Act of 2007 (2007 Energy Act) requires the National Institute of  
          Standards and Technology to be the lead agency to develop  
          standards and protocols for the smart grid. In addition, the  
          2007 Energy Act creates a research, development, and  
          demonstration program for smart grid technologies at the  
          Department of Energy.

          Each state regulatory authority and each nonregulated utility is  
          required to initiate within 1 year (December 2008), and complete  
          within 2 years (December 2009), consideration of whether to  
          allow utilities cost recovery for nonadvanced grid technologies,  
          deployment of a qualified smart grid system, and implementation  








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          of the provision of price information to customers on a  
          no-less-than daily basis.  

          The federal American Reinvestment and Recovery Act of 2009 (2009  
          Recovery Act) authorizes the Department of Energy to award $4  
          billion in grants ranging from $500,000 to $20 million for smart  
          grid technology deployments and grants of $100,000 to $5 million  
          for the deployment of grid monitoring devices.   

          4)   Federal efforts to improve transmission and distribution  
          infrastructure  :  Title 13 of the 2007 Energy Act characterizes a  
          Smart Grid but doesn't actually define it.  The 2007 Energy Act  
          states that a smart grid would mean modernizing the nation's  
          electricity grid to meet future demand growth and achieve  
          certain characteristics.  Those characteristics include, among  
          other things, an increase in the use of digital information; the  
          development and incorporation of demand response, demand-side  
          resources, and energy efficiency resources. 

          The 2007 Energy Act requires the Secretary of the Department of  
          Energy to report to Congress, no later than one year after  
          enactment, and every two years thereafter, of the status of  
          smart grid deployments nationwide and any regulatory or  
          government barriers to continued deployment.  In addition, it  
          requires the Secretary to establish a Smart Grid Advisory  
          Committee to advise the Secretary, and a Smart Grid Task Force  
          to ensure awareness, coordination, and integration of the  
          activities of the federal government related to smart-grid  
          technologies and practices.

          The 2007 Energy Act establishes a research and demonstration  
          program and provides up to 50% of the cost of grid technology  
          investments made as part of a demonstration project.  It also  
          requires the coordination of the smart grid framework that  
          includes protocols and model standards to achieve  
          interoperability of smart grid devices and systems.  When  
          utilities invest in smart-grid applications, the 2007 Energy Act  
          provides reimbursement of 20% of qualifying smart grid  
          investments.  
           
          The 2007 Energy Act requires the CPUC to initiate within one  
          year, and complete within two years, consideration of whether to  
          allow utilities cost recovery from "nonadvanced grid  
          technologies," "deployment of a qualified smart grid system" and  
          implementation of the provision of price information to  








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          customers on a no-less-than daily basis.  As such, the PUC  
          commenced the proceeding by December 2008.  The CPUC is  
          currently on schedule to meet the requirement to issue smart  
          grid deployment plan requirements by July 1, 2010.   The IOUs  
          will file their deployment plans by July 1, 2011.  

          5)   State efforts on transmission and distribution upgrades  :   
          The CPUC has a rulemaking underway to consider policies for  
          California's IOUs to develop a smarter electric grid in the  
          state. One of the factors that define a smart grid is increasing  
          the efficiency of the transmission and distribution system.  The  
          proceeding will consider setting policies, standards and  
          protocols to guide the development of a smart grid system and  
          facilitate integration of new technologies such as distributed  
          generation, storage, demand-side technologies, and electric  
          vehicles.

          The CEC funded a smart grid research project under the Public  
          Interest Energy Research program.  The research identified new  
          and emerging technologies that would impact a smart grid,  
          concerns about ensuring incompatible systems and/or large  
          capital investments with short-term benefits, and the need to  
          foster open access, competition and commercial growth of  
          cost-effective, new technologies.  Preliminary research shows  
          the state could play a key role in defining the smart grid of  
          the future for California and if left alone, many systems most  
          likely will not be compatible.  Future smart grid research  
          planned by the CEC includes assessing smart grid technologies  
          and functional areas through micro-grid demonstration projects.   
          One of the primary goals is to increase efficiencies in the  
          transmission and distribution infrastructure.

           REGISTERED SUPPORT / OPPOSITION  :   

           Support 
           
          None on file.

          Opposition 
           
          None on file.
           
          Analysis Prepared by  :    Gina Adams / U. & C. / (916) 319-2083