ZERO-TRANSFER RELIABILITY: Unlike standard hybrid inverters with a 10-20ms delay, this system provides a true online UPS performance with 0ms transfer time to protect sensitive hardware from crashes or data loss.

Key Features

• ✔ 20kW Continuous Output: Combined power from 4x 5kW units.
• ✔ 48kWh Storage: Massive capacity for long-duration backup.
• ✔ Zero Transfer Time: Instantaneous 0ms switching.
• ✔ Solar Ready: Integrated MPPT charging up to 16,000W.
• ✔ Scalable Design: Expandable up to 45kW with additional kits.

Technical Specs (Full Kit)

System Voltage	48V DC
AC Output Power	20,000W (Continuous)
Surge Power	40,000VA
Battery Capacity	1000Ah (48kWh Total)
Solar Input (Max)	16,000W (4000W per unit)
Max Solar VOC	145V DC
Output Waveform	Pure Sine Wave

System Type	Recommended Application	Notes
Residential Backup	Large Detached Households	Supports whole-home backup.
IT & Telecom	Data Centers / Server Rooms	0ms transfer prevents reboots.
Industrial	Workshop / Commercial Units	Single or 3-Phase Configurable.
Marine/Off-Grid	Yachts / Large Vessels	Heavy-duty 48V architecture.

This kit contains high-voltage components and heavy battery banks. It includes 4x parallel connection kits for synchronizing the inverters. Professional electrical installation by a certified technician is mandatory to ensure correct 48V DC wiring and AC load balancing. For 3-phase applications, specific configuration of the parallel communication cables is required.

Is this a genuine original part?

This is a premium high-capacity power system supplied by Solarika, built using components that meet or exceed rigorous industrial UPS standards for performance and longevity.

How do I know if it is compatible?

If you require a 48V DC system with a continuous AC load capacity up to 20kW and want to ensure zero downtime for your appliances, this SKU is the correct fit for your requirements.

Can this system run a 3-phase industrial machine?

Yes. Because this system includes 4 individual hybrid inverters, they can be configured to provide a 3-phase 400V AC output (Phase A, B, and C) using the provided parallel communication kits.