Coordinate the DERs on your distribution system.
From a handful of community solar arrays to thousands of behind-the-meter batteries, Voltsynth gives distribution operators real dispatch control without a SCADA upgrade.
What distribution operators are up against.
Three operational problems that compound as behind-the-meter DER installations grow on your distribution system.
Your SCADA system shows substation-level demand. Behind the meter, each battery, inverter, and enrolled demand-response load is opaque until it shows up as an unexplained swing in net load. As DER penetration grows, that gap between what the SCADA shows and what is actually happening on the feeder gets harder to manage manually.
When solar penetration is high, the duck curve creates a real-time ramp problem every afternoon. Curtailment decisions that used to be rare events are now a daily part of operations, made under time pressure with manual tools that were designed for a grid with three dispatchable sources, not three hundred.
NERC reliability standards require documentation of every dispatch action and curtailment event. When those decisions are made in spreadsheets and logged manually after the fact, the documentation effort for a single event can take hours. That burden compounds each time DER penetration increases on your system.
DER dispatch coordination on top of the SCADA you already run.
Voltsynth is not a SCADA replacement. Your SCADA historian, your EMS, your control room workflows all stay exactly as they are. Voltsynth reads interval data from the same historian your operators already use, builds a dispatch model across every enrolled behind-the-meter asset, and outputs a coordinated schedule at feeder level. Your team sees what each battery and inverter should be doing, and why, before they make the call.
Each dispatch action generates an automated audit entry. By the end of the day, compliance documentation exists without a separate reconciliation task. NERC event logs are a byproduct of normal operations, not an end-of-shift burden.
- Feeder-level DER visibility: each battery, inverter, and DR load visible in real time
- Automated audit trail generated per dispatch action and curtailment event
- Historian connectors: GE Smallworld, OSIsoft PI supported as integration targets (not customers or partners)
- No new SCADA system, no EMS vendor engagement, no data migration project
- Coordinated dispatch schedule across all enrolled DER assets on your distribution system
"When you have a curtailment event on a feeder with 80 behind-the-meter batteries, documenting what each one did and when is a two-hour job after the fact. That is time that comes out of the next day's operational planning. Having the audit trail generated automatically is not a nice-to-have. For us it was the whole justification for the integration."
DER coordination without touching your SCADA.
One API to your existing historian. Feeder-level dispatch visibility from day one. An audit trail that exists without anyone building it manually. Tell us about your distribution system and we will scope the integration before you commit to anything.