Services
GlintEV manages charging against the conditions that actually matter at the service panel: solar production, house load, charger limits, battery reserve, vehicle state, and the user’s preferred charging policy.
What GlintEV manages
Most EV charging tools stop at a schedule or a charge limit. GlintEV is built to make the charging decision every cycle, using fresh energy data and the safest available control path for the customer’s setup.
Follow available PV production while reserving a configurable house buffer. If solar output rises, GlintEV can raise the charging target; if clouds roll in or the reading goes stale, it backs off instead of blindly pulling from the grid.
When the EVSE is the better control point, GlintEV can target the charger instead of the vehicle. This is the right model for OCPP 1.6 smart charging, load-managed sites, and homes where the vehicle API is limited.
For supported EVs, GlintEV can use the vehicle account to read state of charge, charge limit, cable status, and send charging commands. Vehicles and provider accounts are modeled separately so households can add more than one EV cleanly.
For homes with storage, the same control model can protect a battery reserve and avoid turning an EV into an accidental battery drain. The goal is not just to charge from solar, but to respect the energy plan for the whole site.
Solar is optional. GlintEV can also run fixed-amp, schedule-based, or charger-targeted control for customers who want predictable charging, gentler panel loading, or cleaner operational visibility without rooftop solar.
Every control cycle can record readings, target amps, measured EVSE current, command results, dry-run decisions, and provider errors. That history turns charging control from guesswork into something a homeowner or operator can review.
How the service works
GlintEV is designed to keep the heavy lifting close to the home. A local controller reads devices on the LAN, sends concise updates to GlintEV, and receives configuration changes from the dashboard.
Add the home, solar or energy sources, chargers, vehicles, and the always-on controller that can reach local devices.
Set the control mode, house buffer, min and max amps, freshness window, and whether commands go to the vehicle or charger.
The controller calculates the target, checks safety conditions, sends the command, then records what it asked for and what the charger measured.
The dashboard shows current status, recent events, controller health, and energy history so the customer can see what changed and why.
Device coverage
The service separates energy sources, chargers, vehicles, provider accounts, sites, and users. That gives GlintEV room to support different hardware combinations while keeping the operating model consistent.
Designed for inverter and energy-system readings such as Fronius local APIs, Enphase, SolarEdge, Tesla Energy, Victron, and additional meter or battery sources. Freshness rules prevent old readings from driving new commands.
Vehicle rows are independent from provider accounts, so one user can add multiple EVs under one home. The control layer can support direct APIs where available and leave room for additional providers or aggregators.
GlintEV supports charger inventory, EVSE readings, and charger-targeted control. OCPP 1.6 smart-charging command queues allow a gateway to deliver charging profiles to compatible commercial or residential EVSEs.
Service levels
Some customers start with one EV and one inverter. Others arrive with multiple chargers, a battery, and a panel they do not want to overload. The service tiers should reflect that reality.
For a single household that wants reliable control for one vehicle or charger. Includes dashboard access, controller setup, fixed-amp or solar-aware policies, stale-data protection, and event history.
For homes with more moving parts: multiple vehicles, smart chargers, solar, batteries, or a need to choose between vehicle and EVSE control. Includes richer device inventory and per-vehicle policies.
For installers, property operators, and small fleets that need multiple sites, charger inventory, OCPP gateway support, operational dashboards, and a clean audit trail for charging decisions.
Built for the long run
GlintEV treats stale readings as unsafe, supports dry-run testing before live commands, keeps local controllers in the loop, and records command outcomes. The result is a service that can grow from a single solar home into a broader energy-control platform without asking users to trust a black box.
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