Solis S6 30kW three phase hybrid inverter. 120/240V output, 150-800V HV battery, 1000V PV input, 3 MPPT, 40A per tracker. TYPE 4X outdoor rated. UL1741. For commercial solar storage.
| Rated Power | 30kW / 40kW / 50kW / 60kW |
| Battery | 150-800V HV, 70A × 2 ports |
| PV Input | 1000V Max, 3-4 MPPT, 40A per tracker |
| AC Output | 480V Three Phase (3/N/PE) |
| Ingress Protection TYPE 4X (IP66) | Outdoor Rated |
| Parallel Capability | Up to 6 units (360kW max) |
The Solis S6-EH3P(30-60)K-NV-YD-H-US is a three-phase high voltage hybrid inverter designed specifically for North American commercial and industrial applications. With 480V output (3/N/PE), it connects directly to standard US commercial electrical systems – no transformer needed.
Whether you’re looking to reduce demand charges, provide backup power for critical operations, or build a microgrid, the S6 series delivers the flexibility, scalability, and reliability your business demands.
Four models to match any commercial load. 30kW to 60kW continuous, with 160% surge for motor startups.
Two independent battery ports (70A each). Compatible with 100-280Ah HV battery modules. Lower current = smaller cables, higher efficiency.
Install anywhere – no equipment room needed. Dust-tight, rainproof, snowproof. Operates from -25°C to +60°C.
40A per MPPT supports 210mm high-power panels. 200% DC oversizing maximizes energy harvest.
Start with 30kW, scale to 180kW. Perfect for growing commercial energy needs.
Critical loads stay powered during blackouts – no interruption to servers, security, or refrigeration.
| Parameter | 30K | 40K | 50K | 60K |
| Rated Power (Grid / Backup) | 30 kW | 40 kW | 50 kW | 60 kW |
| Peak Surge | 48 kW (160% / 2s) | 64 kW (160% / 2s) | 80 kW (160% / 2s) | 96 kW (160% / 2s) |
| AC Output (Backup) | 480V Three Phase (3/N/PE | |||
| Back-up Switch Time | <10 ms (UPS level | |||
| Battery Voltage Range | 150 – 800 VDC (High Voltage) | |||
| Battery Ports / Current | 2 ports × 70A (33kW each) | |||
| Max Battery Power | 33kW (single) / 66kW (dual) | |||
| Max PV Input Power | 60 kW | 80 kW | 100 kW | 120 kW |
| Max PV Input Voltage | 1000 VDC | |||
| MPPT Voltage Range | 150 – 850 VDC} | |||
| MPPT / Strings | 3 MPPT / 6 strings | 4 MPPT / 8 strings | ||
| Max PV Input Current per MPPT | 42 A | 40 A | ||
| Ingress Protection | TYPE 4X (IP66) – Outdoor Rated | |||
| Dimensions (W×H×D) | 560 × 1050 × 346.5 mm (22.0 × 41.3 × 13.6 in | |||
| Weight | 88.8 – 90 kg (195.8 – 198.4 lbs | |||
| Operating Temperature | -25°C to +60°C (-13°F to 140°F) | |||
| Max Efficiency | 97.90% | |||
| Communication | RS485, CAN, Ethernet, Bluetooth | |||
| Parallel Capability | Up to 6 units (180kW to 360kW total | |||
| Certifications | UL 1741, IEEE 1547, CA Rule 21, FCC, TYPE 4X | |||
| Warranty | 5 years (extendable to 10-20 years) | |||
The standard NV model is factory-configured for 480V/60Hz, which is the industrial standard in the US and parts of Colombia (e.g., Bogotá) . However, South America has a mix of voltage standards. For other markets: Chile: Requires 380V/50Hz. Argentina: Requires 380V/50Hz. Brazil: Requires 380V/60Hz. Recommendation: For projects requiring 380V (common in LATAM commercial sites), Solis offers dedicated high-voltage models (often with "H" in the suffix) or variations of the S6-EH3P series programmed for 380V. Do not assume the 480V unit will work for 380V grids; please confirm the "Rated Output Voltage" spec for your specific territory before ordering
The inverter comes pre-loaded with IEEE 1547-2018, which is the primary standard for the US. While many South American countries base their technical requirements on IEEE 1547, they often impose specific modifications. Brazil (PRODIST): Requires specific anti-islanding and reactive power control. The inverter can be configured, but must be verified against local utility modules. Chile (NCRE): Requires support for Zero Export and specific frequency-watt responses. Argentina: Similar to IEEE 1547 but often requires specific metering (CAMMESA).
Yes. This inverter is certified for operation up to 3,000m (9,842 ft) per UL standards . However, air density decreases above 2,000m, reducing cooling efficiency. Derating Guidelines: 0 – 2,000m: 100% of rated power (e.g., 60 kW). 2,000 – 3,000m: 1% power derate per 100m (approx 90% power at 3,000m). >3,000m: Significant derating applies; contact engineering for verification. For installations in the Andean region (e.g., Bogotá at 2,640m), you must oversize the inverter or de-rate the capacity in your energy yield simulations.
Leave a message!
Leave a message!
