Description
🔧 Key Features & Attributes
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Three-phase hybrid inverter, available in 8/10/12/15 kW versions (we’re focusing on the 15 kW model).
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Low-voltage (48 V) battery support, for compatible lithium-ion or lead–acid batteries; charge/discharge current up to 290 A (~15 kW).
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PV input: up to 24 kW DC input at max, with MPPT voltage 200–850 V, max current 40 A/string, two MPPTs supporting up to 4 strings each .
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Backup & overload support: UPS-level transfer time under 10 ms, with 200% overload capability for 10 seconds .
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Output: 15 kW AC output, nominal voltage 380/400 V, high power factor (~1), THDi < 3%.
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Smart energy management: Integrated AI-based charging/discharging based on Time-of-Use tariffs, VPP/EMS compatibility, heat pump (SG‑ready) support .
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Durability & install-friendly: IP66 protection, operating range −40 °C to +60 °C, compact ~660×430×295 mm, weight ~42 kg; LCD display, Bluetooth app setup, CAN/RS485 connectivity.
✅ Benefits
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High performance: Max efficiency ~97.6%, EU efficiency ~97%, high PV oversizing (up to ~160%) ensures excellent utilization of solar arrays .
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Reliable backup: Fast under‑10 ms switchover and overload support keeps critical systems running during outages
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Scalability & flexibility: Parallel multi-unit operation enables larger systems or microgrid formation; dual backup ports permit prioritizing essential vs non‑essential loads
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Smart & optimized energy control: Automatic AI‑driven energy routines reduce costs under time‑of‑use pricing; integration with EMS/VPP enables future grid .
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Wide compatibility: Low-voltage battery flexibility, support for high-power PV modules, generator connectivity for extended backup .
⚙️ How It Works
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PV input delivers DC power to the inverter via MPPTs.
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The inverter manages battery charging/discharging with intelligent algorithms (for peak shaving, self-use, TOU optimization).
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AC output powers three-phase loads, or feeds surplus to grid.
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In case of grid failure, it switches to backup mode (<10 ms), powering critical and non-critical loads via separate backup ports.
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Parallel units can work in sync to form larger systems or microgrids.
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Monitoring and control happens via onboard LCD and app connectivity, optionally integrated into EMS or VPP frameworks.
In summary: the Solis S6‑EH3P15K02‑NV‑YD‑L is a robust, high-performance 15 kW three-phase hybrid inverter suitable for residential or small commercial energy storage systems using low-voltage batteries. It offers fast backup, smart tariff-based control, strong expandability, and reliable operation in harsh environments.
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