LexaVolt is a proactive energy management system that forecasts, schedules, and orchestrates residential solar, batteries, and EVs — locally, reliably, and grid-compliant by design.

Today's green technology infrastructure is fragmented. Solar, batteries, EVs, and inverters operate as isolated islands, each with its own app, protocol, and agenda.
Most aggregators rely on cloud-based control of distributed resources. That adds latency, creates single points of failure, and leaves the home exposed when connectivity drops.
Existing systems are not optimized for homeowners or the grid. They cannot forecast, schedule, or cost-optimize the whole home as a single grid energy asset.
A single edge controller that forecasts, schedules, and negotiates on behalf of every asset in the home — with utility-grade compliance built in.
Anticipates production and household demand across the next 24 hours.
Shifts EV charging and battery cycling into off-peak, high-solar windows.
Executes IEEE 2030.5 grid signals in milliseconds — with no cloud round-trip.
LexaVolt is a tight compliance layer that works like an EMS should — forecasting, scheduling, and orchestrating the whole home as a single grid asset.

Monitoring, configuration, and planning for the homeowner. Utility-facing dashboards for grid operators.
Reads the meter to understand net load in real time, then proactively plans to meet grid demand and minimize cost.
Predicts solar output using weather data and recent history so the home knows what generation is available before it happens.
Schedules charge and discharge around rates, peaks, and grid events to turn stored energy into saved money.
Optionally shifts EV charging away from expensive peak windows while respecting the driver's departure time and state of charge.
Provides data to customers and authorized aggregators through a secure, standards-based telemetry channel.