Tantalus has released an enhanced functionality module for the GE Kv2c and Kv2c(+) polyphase meters for utilities’ commercial and industrial customers. The latest product release from Tantalus extends the value utilities can gain from a smart grid implementation while offering C&I customers greater visibility and control of their energy consumption and associated costs. While accounting for about 20 percent of a typical utility’s customer base, C&I customers comprise 62 percent of energy billings nationwide, according to a recent Pike Research report.
This latest product release from Tantalus addresses four critical C&I areas:
- New, more extensive reporting for critical energy data including: cumulative kWh, kVAh and kVARh, instantaneous voltage and current by phase, and combined line frequency and power factor. All, or configurable subsets, of these values can be delivered on a utility-defined interval from five minutes to two hours, or requested on-demand.
- More extensive reporting for current and prior period peak data including peak kW with coincident kVA and kVAR, peak kVA with coincident kW and kVAR, and peak kVAR with coincident kW and kVA all with optional timestamps.
- A more feature-rich demand reset functionality providing both scheduled and unscheduled demand reset capabilities. This will allow utilities to better respond to customer situations where demand resets are required and avoid the costs associated with visiting the meters to perform the reset. Scheduled resets can occur on a cyclical basis, daily, weekly or monthly, or on an ad-hoc basis using a utility defined calendar. The Tantalus Utility Network, TUNet, also monitors the meter’s demand reset functionality and will report an alert to the utility should an unauthorized demand reset occur.
- An increased level of power quality monitoring, which provides more granular voltage and outage information. With voltage information returned with every interval, “per phase” outage reporting, and TRUPUSH “per phase” sag/swell alarms delivered upon occurrence, the utility is able to monitor power quality and react proactively when anomalies are detected.
TUNet’s C&I capabilities have been tested thoroughly over the last several years. For example, Missouri’s Laclede Electrical Cooperative uses TUNet to deliver precise, granular data from 160 of the largest facilities at Fort Leonard Wood, enabling the military base to be a leader in energy efficiency. In Texas, the Lamb County Electrical Cooperative uses TUNet to precisely control and monitor water pump usage, allowing it to equitably compensate cooperative members for demand response events and provide a conservation mechanism.