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Grid Intelligence Platform

Forecast load. Dispatch every asset. Hold the grid.

Voltsynth predicts demand and coordinates batteries, solar, and flexible load in real time, giving grid operators the control a network of thousands of small resources now needs.

DER growth

Distributed energy resources are being added to the grid faster than operational tooling can track them. The spreadsheets and SCADA workflows managing the grid were designed for a handful of generation sources, not thousands of behind-the-meter assets.

6-8 hrs/day

Grid operations staff spend reconciling manual dispatch schedules across substations and battery sites. That time does not go back until the process is automated.

$2B/year

Estimated annual curtailment cost to US utilities from solar and storage that could have been dispatched. Curtailment is a forecast failure as much as a capacity problem.

Forecast, dispatch, and market signals: one solve, not three separate steps.

Most operators run their load forecast in one tool and their dispatch schedule in a spreadsheet. Voltsynth couples them: the forecast feeds directly into the optimizer, and market price signals shape both. Every 15 minutes.

Load Forecast Engine

15-min to 72-hour rolling horizon, weather-adjusted with temperature, solar irradiance, and wind. Substation-level granularity. Confidence intervals surfaced per period so operators know how tight each window is before committing to a dispatch.

DER Dispatch Optimizer

Battery SOC bounds, ramp rates, solar curtailment, and demand flex solved in a single constrained optimization. Output is a per-asset schedule with specific kW and timing. Not an aggregate signal your team still has to interpret.

Market Signal Integration

Day-ahead and real-time LMP feeds, plus ancillary service market signals for regulation and spinning reserves. FERC Order 2222 DER aggregation context is built into the bid generation workflow.

Load Forecast + DER Dispatch LIVE
MW 24H 50 100 150 peak Net Load Solar Gen Battery

From SCADA data to dispatch schedule: the same day you connect.

Three steps. No SCADA replacement, no months-long data migration, no model training sprint before you see results.

1
Connect your data

Point Voltsynth at your SCADA historian or smart meter interval data. Connectors cover common formats. Your existing infrastructure stays exactly as it is. Voltsynth is an integration, not a replacement.

2
Forecast runs every 15 minutes

The model ingests interval meter data, real-time weather, solar irradiance, and current LMP signals. It produces a rolling 72-hour net-load forecast at substation granularity, with confidence bands on every period.

3
Dispatch schedule, per asset

Voltsynth outputs a schedule for each enrolled DER: charge or discharge timing, kW targets, curtailment windows, and ancillary market bid recommendations. One API call retrieves the full portfolio schedule.

Two different buyers. Two different problems. One platform.

Distribution Utilities

Behind-the-meter DER installations are growing faster than your distribution visibility tools. Voltsynth gives feeder-level dispatch coordination and an automated audit trail for every curtailment event. No SCADA upgrade required.

Utilities solution

DER Aggregators

A portfolio of 40 battery sites has 40 separate SOC states, ramp constraints, and contract obligations. Voltsynth runs the joint optimization across every site so you know the dispatch decision before the day-ahead market closes, not after.

DER Operators solution

Built around the 15-minute interval.

Platform specifications. No performance benchmarks we cannot back up, no accuracy claims tied to a dataset you cannot see.

15-min Forecast and dispatch update cycle. Aligns with ISO/RTO settlement intervals for day-ahead and real-time markets.
72-hour Rolling forecast horizon. Covers both the day-ahead scheduling window and multi-day storage planning for battery assets.
1 API Single REST endpoint retrieves the full portfolio dispatch schedule. One credential for all sites under management.
Cloud or on-prem Runs on your infrastructure or ours. Utilities with on-premise data requirements are supported without forced cloud migration.

From operators who ran this problem in spreadsheets.

"Four substations, 40 behind-the-meter batteries, and a morning reconciliation process that started at 6am before the day-ahead window opened. Every time we missed a curtailment window it was because the schedule wasn't ready in time. That is not a people problem, it is a process problem. We needed the optimization automated."

Director of Grid Operations Rocky Mountain electric cooperative (name withheld)

"We added 30 battery sites in one quarter. Each site has its own SOC state, ramp limits, and utility contract. Managing that manually adds hours to every operational day. If your dispatch process does not scale with your portfolio, you are leaving MW on the table every single market cycle."

Portfolio Manager Commercial DER aggregation company (name withheld)

Ready to dispatch your grid smarter?

Request early access. We onboard one new operator per month to ensure tight integration support.