MIS LOG IN

NPRR346

Summary

Title: Removal of Redundant Posting Requirement Related to Electrical Bus Changes
Next Group:
Next Step:
Status: Approved on 07/19/2011
Effective Dates:
09/27/2011

Action

Date Gov Body Action Taken Next Steps
07/19/2011 BOARD Approved
06/02/2011 TAC Recommended for Approval ERCOT Board Consideration
05/19/2011 PRS Recommended for Approval TAC Consideration
04/21/2011 PRS Recommended for Approval PRS IA Review

Voting Record

Date Gov Body Motion Result
07/19/2011 BOARD To approve NPRR346 as recommended by TAC in the 6/2/11 TAC Report Passed
06/02/2011 TAC To recommend approval of NPRR346 as recommended by PRS in the 5/19/11 PRS Report Passed
05/19/2011 PRS To endorse and forward the 4/21/11 PRS Report, Impact Analysis and revised Cost Benefit Analysis for NPRR346 to TAC with a recommended priority of High and a rank of 22 Passed
04/21/2011 PRS To recommend approval of NPRR346 as revised by PRS Passed

Vote tallies here reflect individual votes, not the weight of the votes by market segment. Affirmative votes are not recorded in these vote tallies. For additional details on the voting record, please consult the Recommendation or Action Report, or the official vote tally if available, as posted in the key documents.

Background

Status: Approved
Date Posted: Apr 5, 2011
Sponsor: ERCOT
Urgent: No
Sections: 3.5.1
Description: This Nodal Protocol Revision Request (NPRR) removes a redundant requirement for ERCOT to produce a report regarding Electrical Bus changes.
Reason: The reporting requirement in paragraph (2) of Section 3.5.1 is a redundant posting of similar information required by Section 3.5.3.1, Posting of Hub Buses and Electrical Buses included in Hubs. A report of differences is posted on the Market Information System (MIS) Secure Area after every model load and includes a list of all Electrical Bus changes. The Market Management System (MMS) automatically uses only the currently energized Electrical Buses to calculate the Hub price. These price calculation modifications are done in Real-Time without user interaction.

Key Documents

Related Content