Product Description
All-in-One Solar Inverter for EV Charging (UL1741 Listed)
5000W Pure Sine Wave Inverter with up to 100A charging from solar + AC. Supports 5500W / 500V PV input. Ideal for grid-tied or off-grid EV charging setups.
Scalable Charging Power
Parallel up to 6 units (30kW total output). Supports 120V single phase, 120/240V split phase (2+ units), and 208V 3-phase (3+ units)—perfect for residential or light commercial EV charger loads.
Built to Handle EV Load Demands
Delivers consistent 110V AC output. Easily powers Level 1 or Level 2 EV chargers, along with other home or office devices.
Smart Charging Modes
Choose from AC, Solar, Solar-Only, or Hybrid charging. Prioritize solar energy for EVs or blend grid + solar based on your setup.
Compatible with EV Battery Systems
Supports 48V Lithium, AGM, Gel, Flooded, and custom battery types. Built-in RS485 port enables smart BMS communication for EV battery storage systems.
Certifications:
UL1741 Listed by ETL
Specifications:
5000
sd
User Manuals:
5000W Solar Inverter User Manual
FAQ
1. Can a 5000-watt pure sine wave inverter power EV chargers?
Yes, a 5000-watt pure sine wave inverter can support Level 1 and select Level 2 EV chargers, depending on their power requirements. It’s best suited for:
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Level 1 Chargers (120V): Standard home-use chargers that typically draw 1.4–1.9 kW
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Low-power Level 2 Chargers (240V): Some models draw between 3.3–4.8 kW, which a single 5000W inverter can handle
This makes the inverter ideal for off-grid EV charging setups, mobile EV charging stations, or renewable energy applications like solar-powered EV charger systems.
2. Can multiple 5000W inverters be used to increase EV charging capacity?
Absolutely. These inverters are parallel-capable, allowing up to 6 units to be connected together for a total output of 30kW. Parallel configurations offer flexible voltage options to meet different EV charger requirements:
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120V Single Phase (1 unit)
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120V/240V Split Phase (2 or more units) – Supports full Level 2 charging
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208V Three-Phase (3 or more units) – Ideal for commercial EV chargers
This setup allows you to scale your power system to support multiple EV chargers, commercial fleets, or high-demand charging scenarios.
3. What safety protections does the inverter offer for EV charging?
EV charging requires stable and clean power, and this inverter includes built-in protections to ensure safe operation:
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Overload Protection – Prevents damage from excessive power draw
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Over-Temperature Shutdown – Protects against overheating under heavy loads
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Short-Circuit Protection – Cuts off output in case of wiring faults
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Low/High Voltage Protection – Safeguards both inverter and EV charger
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Reverse Polarity & Ground Fault Protection – Prevents incorrect wiring and leakage current risks