Electrogenix builds the controllers, SCADA, and energy management systems that keep solar, genset, and grid power working together — with live visibility from a single dashboard.
Hardware and software designed to work together — from the controller on the panel to the dashboard on your phone.
Automatically synchronizes solar PV with diesel or gas gensets, prioritizing solar yield and cutting fuel burn without manual switching.
Real-time metering of voltage, current, load, and generation across every feeder and source — logged and alertable.
Load forecasting, demand-side control, and automated shedding to keep consumption inside your target envelope.
Supervisory control across substations and plant assets — a single pane of glass for operators, with remote command.
Cloud dashboards, mobile alerts, and remote diagnostics — so a site manager can see plant health from anywhere.
Commissioning, retrofits, and 24/7 technical support from engineers who designed the systems you're running.
Controls and monitoring that fit how power is actually generated and used on site — not just how it looks on a drawing.
Substation monitoring, load visibility, stability-first control.
Hybrid PV-genset sites, backup power, and demand management.
Production line power, interlocks, and consumption dashboards.
Unattended towers and off-grid installations with remote diagnostics.
A structured workflow that keeps scope clear, testing controlled, and the handover pack usable by your operations team.
Site survey, generation mix, load profile, and definition of success.
Controller sizing, IO list, SLD, and acceptance criteria.
Controller config, SCADA tag structure, panel and wiring coordination.
Signal validation, sync tests, fail-safe checks, dry runs.
Phased startup, punch list control, operator sign-off.
Backups, documentation, dashboards live, and a troubleshooting baseline.
Instead of vague promises, a defined handover pack designed for maintenance and future upgrades.
| Area | Typical deliverables | Why it matters |
|---|---|---|
| Controller | Sync logic config, IO list, backup config file, testing checklist | Faster troubleshooting, safer switchover between sources |
| EMS | Tag database, load reports, alert rules, user roles notes | Clean data, consistent reporting, lower operator confusion |
| SCADA | Screen map, trend set, historian readiness, access control | One operator view, faster fault detection |
| Commissioning | FAT/SAT plan, punch list format, sign-off checklist | Controlled startup, traceable closure, stable handover |
Smart Monitoring pulls live telemetry from the controller, meters, and SCADA into one view — so a shortfall or fault shows up in seconds, not at month-end.
The controller cut our genset runtime by a third in the first quarter. It just prioritizes solar — we don't touch anything.
We used to find out about a fault the next morning. Now Smart Monitoring pages the on-call engineer within a minute.
SCADA gives us one screen for three substations. Load shedding that used to take phone calls now happens automatically.
Yes. We start with an audit of existing drawings, controller type, and load profile, then propose a phased plan that keeps downtime controlled.
Site location, generation mix (PV, genset, grid), approximate load, existing controller or SCADA brand, and a timeline.
Yes. Monitoring can run standalone on the controller and meters, and SCADA can be added later without re-wiring.
Electrogenix is based in Pakistan and supports sites nationwide, with remote diagnostics for out-of-city installations.
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Talk to an engineer about your generation mix, and we'll show you the same dashboard your operators would use from day one.