Three Phase Hybrid Solar Inverter AC 400V 1200kW

Name: Three Phase Hybrid Solar Inverter 400V - ETEK Electri
SKU: UPV-S-1200KW

Delivering massive AC and DC power distribution, this Three Phase Hybrid Solar Inverter securely integrates 1200kW of scalable output capacity for demanding off-grid and hybrid networks. The UPV-S-1200KW seamlessly coordinates multi-modal solar generation and energy storage to maintain flawless industrial operations without utility interruptions.

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ModelUPV-S-1200KW

CategoryPV-ESS-Diesel On/Off-Grid System, Solar Energy Storage System

AvailabilityIn stock

CE & TUV certified
Worldwide shipping
OEM & ODM support

Product Features of the Three Phase Hybrid Solar Inverter

Engineered for resilient off-grid operations, this Three Phase Hybrid Solar Inverter incorporates an integrated Battery Management System (BMS) for comprehensive cell protection and monitoring.

Multi-Modal Operation: Enables dynamic priority management across grid, PV, and load supplies, ensuring absolute stability for any three phase hybrid inverter setup.
Rapid STS Switching: Executes grid-to-battery transitions in <10ms via a massive 600kVA × 3 configuration, sustaining critical AC loads seamlessly.
Advanced PV Harvesting: Manages up to 120kW × 6 rated PV power across a broad 200V-850V DC MPPT tracking range to maximize solar yields.
Robust Environmental Defense: Housed in an IP54-rated cabinet featuring dry self-cooling, ensuring optimal performance from -30°C to +60°C.
Remote Accessibility: Supports integrated protocol multi-terminal remote access for real-time monitoring of transformer-area loads, power metrics, and energy capacity.

Commercial Applications for the Three Phase Hybrid Solar Inverter

Deploying the UPV-S-1200KW guarantees millisecond-level responsiveness, shielding critical B2B production lines using a dependable Three Phase Hybrid Solar Inverter.

Applications & Use Cases

Large-Scale Microgrids: Acts as the primary three phase solar inverter, balancing massive PV arrays and diesel generators to heavily reduce lifecycle fuel costs.
Industrial Peak Shaving: Provides powerful grid-level regulation by dynamically discharging DC battery reserves to offset high-tariff AC commercial loads.
Virtual Power Plants (VPP): Integrates intelligently as a high-capacity 3 phase hybrid solar inverter node to support grid frequency and peak-valley arbitrage.

Technical Specifications for the Three Phase Hybrid Solar Inverter

Evaluate the precise AC/DC parameters below to properly align this Three Phase Hybrid Solar Inverter with your massive industrial energy storage requirements.

PCS & STS Electrical Parameters (AC Side)

PCS Module & STS System Specifications
PCS Parameters (Module)
Output Power	100kW × 12
Rated Current	145A × 12
AC-Side Voltage of PCS	3P/N/PE, 230V / 400V
Overload Capacity	× 1.1 Normal / × 1.25 (30ms)
Battery Side Voltage (DC)	680V – 900V (Max 950V)
Max Battery Current	200A × 12
STS Parameters (System)
STS Rated Power	600kVA × 3
STS AC Voltage	400V / 230V (-20% ~ 15%)
Max AC Current	870A × 3
Switching Time	< 10ms

PV Input & High Voltage DC Parameters

PV Side & High Voltage Specifications
PV Parameters (Module)
Rated Power	120kW × 6
MPPT Voltage Range	200V – 850V DC (Startup: 250V)
Rated Voltage	600V DC
Number of Branch Inputs	4 × 6
PV Max Current	240A × 6
High Voltage Side (Module)
Voltage Range	500V – 950V DC
Rated Voltage	680V DC
Max Current	180A × 6

Dimensions and Mounting of the Three Phase Hybrid Solar Inverter

Verify the exact IP54 enclosure measurements to seamlessly integrate this Three Phase Hybrid Solar Inverter into your exterior commercial concrete pads.

Physical & Environmental Data

System Physical Specifications
Dimensions (W × D × H)	3000 mm × 1267 mm × 2400 mm
Weight	2660 kg
Degree of Protection	IP54
Cooling Method	Dry self-cooling
Working Temperature Range	-30°C to +60°C (>45°C derating)
Highest Altitude	4000m (>2000m derating)