
Utility-room install
Clean, labelled, documented.
Wall-mounted inverter with a stacked LFP battery bank. Cable tray, labelled circuits, accessible BMS — every installation reads like an engineering drawing.
Solutions
From self-consumption and small commercial peak shaving to off-grid and backup power — each deployment profile is built around a clear architecture with published datasheets behind every number.

Residential
Pair a VE-HB hybrid inverter with VE-LB low-voltage battery modules (5 / 10 / 16 kWh) to shift solar into the evening and keep critical loads running through outages. Switchover under 10 ms, monitored from a phone app, paired with a single-phase or split-phase output.

Small commercial
Shops, cafés, workshops and small offices shave demand charges and survive blackouts with the same architecture scaled up: a three-phase inverter stack plus stacked battery capacity. Per-phase unbalanced output means single-phase loads still get covered during a fault.

Backup power
Sub-10 ms automatic switchover keeps the lights, fridge, internet and medical equipment running through an outage. The system watches grid voltage in real time and disconnects cleanly into island mode — no flicker, no manual reset.

Weak-grid & off-grid
Wide AC input windows, generator input and load-step capability make our hardware a practical choice where brownouts are weekly events — remote sites, agricultural pumps, telecom towers, islands.
Hardware & monitoring

Utility-room install
Wall-mounted inverter with a stacked LFP battery bank. Cable tray, labelled circuits, accessible BMS — every installation reads like an engineering drawing.

App monitoring
Live solar production, battery state of charge, grid import/export and load breakdown. Push notifications for outage events and firmware updates.
Tell us the array size, expected daily kWh and the loads you want backed up. We'll come back with a bill-of-materials and a one-line diagram.