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Contacts

The mission of the NASPI Distribution Task Team (DisTT) is to foster the use and capabilities of synchronized measurement data at the medium-voltage distribution level, beyond the substation.

This group shares information in support of effective research, development and deployment of distribution PMUs and related measurement devices.

We aim to cultivate a community to solve technical and other challenges specific to synchronized measurement technology and its applications in distribution system operation, planning and analysis.

(Updated May 2021)

Point-on-wave data collected on the 20 kV network of EPFL-campus. Learn more!

Meetings

Start Date

NASPI Task Team Virtual Meeting
Task Team Meeting

Much of NASPI’s impact is due to the ongoing volunteer work that occurs within its task teams. These teams develop and promulgate best practices while serving as incubators for new ideas and approaches to solve common problems. During quarterly task team meetings, participants will have the...
Start Date
Format
Virtual
Contact
naspi@pnnl.gov

Documents

Release Date
Document Subject Area
Micro-PMU Installation
Description
ARPA-E Plus-Up Project Award # DE-AR0000340, Milestone 1.3.2, Subtask 1.33 Draft March 23, 2018. Aminy Ostfeld, Kyle Brady, Laura Mehrmanesh and Alexandra von Meier, UC Berkeley. This manual is a living document, intended to help utilities and researchers in the planning and installation of networks...
Release Date
ERICA Number
NASPI-2017-TR-012
Document Subject Area
DisTT Use Case
Description
Use Case The objective of Phase Identification is to recognize, track and report the connectivity and loading of Phases A,B,C through the distribution system so as to prevent excessive phase imbalance. Background Distribution system maps and models tend to lack reliable information about which...
Release Date
ERICA Number
NASPI-2017-TR-011
Document Subject Area
DisTT Use Case
Description
Use Case Disaggregation of net metered distributed generation (DG) from customer load uses high-precision measurements on the utility side of the meter to estimate the actual generation and amount of load offset behind the meter. Background When the distribution utility lacks access to separate load...
Release Date
ERICA Number
NASPI-2017-TR-010
Document Subject Area
DisTT Use Case
Description
Use Case Synchronized measurements at multiple locations throughout a distribution system during a fault can aid in the location of the fault and expedite service restoration. Background The vast majority of faults originate in distribution systems. The traditional means of locating a fault on a...
Release Date
ERICA Number
NASPI-2016-TR-013
Document Subject Area
DisTT Use Case
Description
Use Case Conventional remote terminal unit (RTU) based automation approaches suffer from slow measurement update and lack of time-stamp values for precise comparison of state parameters at different locations . A time-synchronized control approach is more favorable for protection event analysis...