BatteryArb is an API-first operating layer for short-horizon battery decisions. It normalizes public ISO market data, computes outage-aware and congestion-aware signals, and makes those outputs available in a form that operators, VPP teams, and quant developers can actually deploy.
5-minute LMP, load, outage, congestion, and forecast inputs normalized across ERCOT, PJM, MISO, ISO-NE, and IESO.
Arbitrage windows, outage risk, congestion flags, bid/offer simulation, and edge scores built specifically for storage workflows.
REST endpoints, OpenAPI docs, quickstarts, Postman, and starter assets for teams integrating signals into live systems.
Sandbox, pilot, and production plans aligned to how real B2B buyers evaluate operational software.
Use outage posture, congestion warnings, and interval price behavior to improve charge/discharge timing and reduce avoidable execution mistakes.
Plug a single API into automation, fleet software, and internal orchestration instead of stitching together multiple brittle workflows.
Research interval-level batteries signals faster with forecast bands, scenario analogs, and simulation outputs that can be consumed programmatically.
The simulator recalibrates threshold posture every five minutes using short-horizon trend and realized volatility so the workflow can react when ISO forecasts drift or reliability conditions change in real time.
BatteryArb packages the context a strong operator watches manually and makes it available as one repeatable API layer for operators, analysts, EMS logic, and trading support tools.
Most pilots are judged on dispatch margin lift, avoided bad intervals, and faster workflow execution rather than on raw data volume alone.
Customers can post realized forecast error and interval PnL back into the platform. BatteryArb persists those outcomes by ISO, node class, time-of-day bucket, and outage regime so calibration is specific to the operating context instead of generic across the whole market.
The adaptive layer stays neutral until enough samples accumulate. Once activated, bid and offer adjustments are capped so the system can improve without destabilizing production thresholds.
Calibration is scoped to the authenticated tenant. One operator's noisy or malicious outcomes do not rewrite another customer's posture logic.
Technical details live in docs and quickstart. This page exists to make the product understandable to business buyers, operators, and evaluators before they open Swagger.