[OASIS Issue Tracker] Updated: (ENERGYINTEROP-505) Suggested supplementary optional data classes with additional (optional) data types, detailed below

[OASIS Issues Tracker <workgroup_mailer@lists.oasis-open.org>]

     [ http://tools.oasis-open.org/issues/browse/ENERGYINTEROP-505?page=com.atlassian.jira.plugin.system.issuetabpanels:all-tabpanel ]

Toby Considine updated ENERGYINTEROP-505:
-----------------------------------------

    Fix Version/s: wd29
                       (was: wd28)

> Suggested supplementary optional data classes with additional (optional) data types, detailed below
> ---------------------------------------------------------------------------------------------------
>
>                 Key: ENERGYINTEROP-505
>                 URL: http://tools.oasis-open.org/issues/browse/ENERGYINTEROP-505
>             Project: OASIS Energy Interoperation TC
>          Issue Type: Sub-task
>          Components: spec
>    Affects Versions: wd27
>         Environment: Steffes
>            Reporter: Toby Considine
>            Assignee: Ed Koch 
>             Fix For: wd29
>
>
> In order to provide optimum value and control and to meet the requirements of the ISO/utility, our units are required to send the following power data to the ISO/utility:
> 1) Regulation Set Point Feedback - a repeat of the control value sent from the ISO/utility,
> 2) Up Regulation Capacity Available - the up regulation capacity available to the ISO/utility,
> 3) Down Regulation Capacity Available - the down regulation capacity available to the ISO/utility,
> 4) Current Regulation Set Point - the regulation service that is currently being provided to the ISO/utility,
> 5) Baseline Power - the system load that would exist were the system not providing regulation services,
> 6) Instantaneous Power Flow, and
> 7) 15-Minute Rolling Average of Power Flow
> One embodiment of the use of these parameters is outlined in Appendix I: http://lists.oasis-open.org/archives/energyinterop-comment/201108/bin00000.bin.
> Additionally, new control strategies would allow the ability to provide several energy parameters important to energy storage applications, including:
> 8) Stored Energy - amount of energy currently stored
> 9) Target Energy Storage - desired energy storage level
> 10) Available Energy Storage - capacity available for further energy storage
> The Energy Interoperation v1.0 specification currently supports two data classes: PowerFeedbackType and EnergyFeedbackType (from Figure 8-8, line 1110 of working draft).  Steffes requests that consideration be given to supplement these two data classes with the above-listed 10 parameters as optional data classes within the standard. These data types are necessary to facilitate frequency regulation and other Smart Grid Control for ISO/Utilities.

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