Web Content Viewer (JSR 286)

Actions
Loading...

Renewable & Alternative Power - SPVP-IPP

SCE's Solar Photovoltaic Program (SPVP) is a utility procurement program adopted by the California Public Utilities Commission (CPUC) in Decision 09-06-049 to advance the development of distributed solar photovoltaic (PV) projects in SCE's service territory. Through the SPVP, SCE will procure 125MWdc over the 2010-2015 period from solar PV generating facilities with gross power ratings of not less than 500 kWdc and not greater than 10 MWdc.

On September 17, 2014, the CPUC approved SCE's Tier 2 compliance advice letter Advice 3094-E authorizing minor changes to the standard Request for Offers (RFO) documents used in SCE’s Solar Photovoltaic Program.

The SPVP 4 RFO was launched on October 9, 2014 and offers are due on January 6, 2015 no later than 12:00 pm (noon) PPT.

SPVP 4 Offer Submission

The SPVP 4 RFO will be conducted using an RFO management website. Please visit the RFO website for the RFO Participant Instructions, the Standard Power Purchase Agreements and other RFO documents, to register for the web conference, or to submit an Offer or ask a question.

SPVP 4 RFO Schedule

                                                                                       RFO Schedule
Date                                                                   Event
Thursday, October 9, 2014 SCE posts RFO Instructions, PPAs and other RFO materials on the RFO website.
Friday, October 17, 2014 SCE hosts RFO Web Conference (see §3.02).
Tuesday, January 6, 2015
(12:00 noon Pacific Prevailing Time)
Deadline for Offerors to submit Offers and required documentation including information necessary to populate PPAs (see §3.03).
Monday, February 23, 2015 Deadline for SCE to notify each Offeror regarding the selection status of each Offer and to provide executable PPAs (see §3.04).
Monday, March 2, 2015 Deadline for Offerors to submit executed PPAs (see §3.06).
Thursday, March 12, 2015 Deadline for SCE to execute final PPAs (see §3.06).
Friday, April 24, 2015 Deadline for SCE to submit Tier 2 Advice Letter seeking CPUC Approval for executed PPAs (see §3.07).

Distribution and Transmission Information

In order to be eligible to submit an offer, a project must have received a complete System Impact Study or Phase I Interconnection Study, or have passed the WDAT or Rule 21 Fast Track screens. SCE will accept offers approximately three months after the launch of the RFO (see schedule above). For more information about interconnection, please visit SCE Open Access Information.

SCE Interconnection Maps

Southern California Edison's Interconnection Map provides SCE system data pertinent to Distributed Generation (DG) developers searching for possible interconnection locations on the SCE distribution system. This set of maps includes the general locations of SCE distribution circuits, substations, subtransmission systems, and areas of transmission constraints along with the associated circuit/substation/system voltage, available capacity, and current and queued DG interconnections amounts.

Typically, projects less than 10MW are connected to SCE's distribution system. The SCE Distribution layer, in conjunction with the SCE Substation, SCE Subtransmission, and SCE Transmission layers (explained below) provides information so developers can make better educated choices in siting their generation projects.

The SCE Distribution layer contains general locations of SCE distribution circuits. This layer includes "Green" and "Red" areas containing the following data:

  • ID Number: An internal ID for SCE use only.
  • Preferred/Not Preferred status: Based on initial screening studies, each distribution circuit is classified as "Preferred" and "Not Preferred" for DG interconnection.
    • "Preferred" distribution circuits, rendered in green, are high load density areas on the SCE distribution system that currently have low DG penetration levels (less than 2.0MW). Locating a project inside one of the identified areas could potentially minimize the developer's costs of interconnection to the SCE system.
    • "Not Preferred" distribution circuits, rendered in red, are low load density areas and/or are areas with high DG penetration levels. SCE does not prohibit interconnection to the SCE system in these areas, but locating a project in one of these red regions has the potential to increase the developer's costs of interconnection to the SCE system.
  • Voltage: The voltage of the distribution circuit.
  • Allocated Generation: The amount of generation currently interconnected to that specific distribution circuit.
  • Queued Generation: The amount of generation requested to interconnect to that specific distribution circuit in the future.
  • Max Available Capacity: The "Maximum Available Capacity" shown for distribution circuits indicates the maximum amount of generation that can interconnect to that specific distribution circuit. This assumes that sufficient system upgrades are in place, insufficient system conditions may result in high interconnection costs for the developer. The "Max Available Capacity" value accounts for all allocated and queued generation on that distribution circuit.
  • Available Capacity: The "Available Capacity" shown for distribution circuits is the amount of generation that can interconnect to that specific distribution circuit that will likely have minimal impact to the system if no subtransmission or transmission constraints exist. The "Available Capacity" value accounts for all allocated and queued generation on that distribution circuit. Locating a project in a "Preferred" region with enough "Available Capacity" increases the project's potential for Fast Track eligibility (but does not guarantee Fast Track eligibility) and has the potential to minimize the developer's interconnection costs to the SCE system.

The SCE Substation layer contains general locations of SCE distribution substations. This layer includes "Blue" squares containing the following data:

  • ID Number: An internal ID for SCE use only.
  • Voltage: The voltage(s) of the distribution substation.
  • Allocated Generation: The amount of generation currently interconnected to that specific distribution circuit.
  • Queued Generation: The amount of generation requested to interconnect in the future.
  • Max Available Capacity: The "Maximum Available Capacity" shown at the substation level indicates the maximum amount of generation that can interconnect to that specific distribution substation. This value also assumes that sufficient system upgrades are in place, insufficient system conditions may result in high interconnection costs for the developer. The "Max Available Capacity" value accounts for all allocated and queued generation on the specific circuits served from that substation.

The SCE Substranmission layer contains general locations of the SCE Subtransmission systems. Similarly to the SCE Distribution layer, this layer contains "Red" and "Green" regions containing the following data:

  • ID: An internal ID for SCE use only
  • Preferred/Not Preferred status: Based on initial screening studies, each subtransmission system is classified as "Preferred" and "Not Preferred" for DG interconnection.
    • "Preferred" subtransmission systems, rendered in green, are high load density areas on the SCE distribution system that currently have low DG penetration levels. Locating a project inside one of the identified areas could potentially minimize the developer's costs of interconnection to the SCE system.
    • "Not Preferred" distribution circuits, rendered in red, are low load density areas and/or areas with high DG penetration levels. SCE does not prohibit interconnection in these areas, but locating a project in one of these red regions has the potential to increase the developer's costs of interconnection to the SCE system.
  • Voltage: The voltage of the subtransmission system.
  • Allocated Generation: The amount of generation currently interconnected to that specific subtransmission system.
  • Queued Generation: The amount of generation requested to interconnect in the future.
  • Max Available Capacity: The "Max Available Capacity" shown for the subtransmission systems indicates the maximum amount of generation that can interconnect in a specific subtransmission system. This assumes that sufficient system upgrades are in place, insufficient system conditions may result in high interconnection costs for the developer. The "Max Available Capacity" value accounts for all allocated and queued generation on the specific circuits served from that subtransmission system.

The SCE Transmission layer contains "Red" areas where Transmission constraints exist. Interconnection within these areas may necessitate transmission level upgrades, which will increase the developer's interconnection costs to the SCE system.The transmission system facilities are under CAISO Control and would likely need technical studies subject to FERC Generation Interconnection Procedures.

Note: Actual interconnection costs and Fast Track eligibility will be determined from further studies which consider specific project location, size, and application date relative to other projects in the same vicinity.

To view the subtransmission, substation, and distribution circuit interconnection map in Google Earth, download the KMZ file. Note that you will need Google Earth to view the map.

For More Information

Please email all questions and submittals to both SCE and the Independent Evaluator at the following addresses: