6KW ALL-IN-ONE HYBRID INVERTER
6KW 48V All-in-One Hybrid Solar Inverter | MPPT 80A | Pure Sine Wave | Up to 6 Units
ShanPu's 6KW hybrid inverter combines solar power generation, battery storage, and grid management in one unit. Built for commercial installations requiring reliable energy independence and backup power without complexity.
Details
Working Principle
The 6KW hybrid inverter integrates MPPT solar charging, 48V battery management and DC-to-AC inversion into a single unit.
Solar PV power is processed by the MPPT charger (up to 80A) and converted into regulated 48V DC, which simultaneously charges the battery bank and supplies the inverter stage. The built-in controller automatically selects the energy source — solar, utility or battery — based on the configured operating mode.
The 48V DC is then inverted into clean 220V/230V pure sine wave AC at 6KW continuous output. On the Pro model, multiple units synchronize via the parallel interface to share load and expand total capacity. When grid power fails, the inverter switches to battery/solar supply within 10ms, ensuring uninterrupted power delivery.
Key Advantages
48V High-Voltage Battery System
Compared with 24V entry-level models, the 48V architecture reduces operating current and line losses, improving overall system efficiency and enabling higher power output with the same cable gauge — a standard for mid-to-large solar installations.
Compared with 24V entry-level models, the 48V architecture reduces operating current and line losses, improving overall system efficiency and enabling higher power output with the same cable gauge — a standard for mid-to-large solar installations.
Parallel Expansion up to 6 Units (Pro Model)
The Pro version supports multi-unit parallel connection, scaling total output from 6KW to 36KW without replacing existing hardware. Users can start with one unit and add more as load demand grows, protecting initial investment.
The Pro version supports multi-unit parallel connection, scaling total output from 6KW to 36KW without replacing existing hardware. Users can start with one unit and add more as load demand grows, protecting initial investment.
High-Power PV Input with Wide MPPT Range
Supports up to 6000W (standalone) / 9000W (Pro) PV array power with a 120–500Vdc MPPT tracking range and 300–400Vdc optimal working zone, maximizing solar energy harvest across varying sunlight conditions.
Supports up to 6000W (standalone) / 9000W (Pro) PV array power with a 120–500Vdc MPPT tracking range and 300–400Vdc optimal working zone, maximizing solar energy harvest across varying sunlight conditions.
4G/WIFI Smart Cloud Monitoring (Pro Model)
Built-in mobile APP via 4G or WIFI enables real-time remote monitoring of power generation, battery status, load consumption and fault alerts, allowing users to manage and optimize their solar system from anywhere.
Built-in mobile APP via 4G or WIFI enables real-time remote monitoring of power generation, battery status, load consumption and fault alerts, allowing users to manage and optimize their solar system from anywhere.
Dual LFP Battery Activation & Rich Communication
Dual lithium battery activation (PV + utility) ensures reliable startup even with deeply dormant LiFePO4 packs. Comprehensive interfaces — RS232, RS485, CAN, BMS, Dry Contact — enable seamless integration with battery BMS, generators and monitoring systems.
Dual lithium battery activation (PV + utility) ensures reliable startup even with deeply dormant LiFePO4 packs. Comprehensive interfaces — RS232, RS485, CAN, BMS, Dry Contact — enable seamless integration with battery BMS, generators and monitoring systems.
Application Scenarios
1. Medium-Sized Residential Solar & Storage Systems
With 6KW continuous output and a 48V battery architecture, this inverter powers larger households with multiple air conditioners, refrigerators, washing machines and home electronics, storing surplus solar energy for evening and nighttime consumption.
2. Small Commercial Establishments
Ideal for small restaurants, retail stores, cafes and offices, the 6KW rating handles combined lighting, refrigeration, POS and kitchen equipment loads; the Pro model's parallel capability allows future capacity expansion as the business grows.
3. Parallel-Expandable Off-Grid Power Stations
The Pro model supports up to 6 units in parallel, delivering up to 36KW total output — suitable for small farms, workshops, remote base stations and community microgrids where single-unit capacity is insufficient and modular scaling is required.
4. Agricultural & Livestock Facilities
The wide MPPT range (120–500Vdc) and strong overload capacity (up to 200% for 5.5s on Pro model) reliably drive water pumps, ventilation fans, incubation equipment and lighting systems in farms and poultry houses.
OEM & Project Support
Single/Parallel Inverter Solutions for Flexible Expansion and High-Reliability Distributed Power
ShanPu cooperates with global system integrators, EPC contractors and commercial project buyers to deliversingle/parallel inverter solutions for small and medium commercial energy storage, community microgrids and critical backup power, supporting both standalone and multi-unit parallel operation.
Project support can include:
- single/parallel mode selection and multi-stage expansion planning to accommodate load growth
- Multi-unit parallel redundant system design with N+1 redundancy and flexible standalone/parallel switching
- In-depth compatibility verification for lithium-ion and lead-acid battery systems and BMS coordinated commissioning
- Custom utility, PV and battery multi-source matching and off-grid/grid-tied switching strategy design
- Medium-batch OEM branding, private-label customization and project-specific packaging solutions
- Complete sets of certified technical documents, on-site installation support and project acceptance consultation
- Medium-to-large volume contract terms and dedicated account support for key distribution partners
- Parallel system inspection, firmware upgrade guidance and standardized maintenance scheme support
TECHNICAL SPECIFICATION:
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MODEL
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SP-6.2KW/48V
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SP-6.2KW/48V Pro
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INPUT
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Inpur Sources
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L+N+PE
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Rated Input Voltage
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208/220/230/240VAC
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220/230/240VAC
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Voltage Range
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154-264VAC+3V(APP Mode) 185-264VAC+3V(UPS Mode)
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90-280VAC 3V (Normal Mode) 170-280VAC 3V
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Fregency
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50Hz/60Hz(Auto Adaptive)
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Output
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Rated Capacity
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6000W
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Ouput Voltage
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208/220/230/240VAC±5%
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220/230/240VAC±5%
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Ourput Frequency
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50/60Hz±0.3Hz
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50/60Hz±0.1%
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Waveform
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Pure Sine Wave
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Transfer Time (adjustable)
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Compurters (UPS Mode)10ms, Appliance(APP Mode)10ms
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10ms (Typical)
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Peak Power
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10000VA
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12400VA
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Over Load Ability
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Bartery Mode: 1 min@102%-110% Load; 10s@110%-130% Load
3s@130%-150% Load; 200ms@>150% Load
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10.5s@110%~150% Load ;5.5s@150%~200% Load ;200ms@>200% Load
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Peak Efficiency (Battery Mode)
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≥94%
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>94%
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BATTERY
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Battery Volage
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48Vdc
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Constant Charging Voltage (adjustable)
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56.4Vdc
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Floate Charging Voltage (adjustable)
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54Vdc
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CHARGERS
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PV Charging Mode
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MPPT
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MAX.PV Input Power
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6000W
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9000W
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MPPT Tracking Range
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120-500Vdc
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Best Voltage
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300-400Vdc
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MAX.PV Input Voltage
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500Vdc
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MAX.PV Charging Current
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80A
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100A
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MAX.AC Charging Current
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80A
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80A
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MAX.Charging Current
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80A
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100A
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DISPLAY
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LCD Display
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Display Running Mode/Loads/Input/Outpur etc.
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INTERFACE
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Embedded Interfaces
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RS232
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BMS / RS232 / RS485 / CAN / USB / Dry Contact
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Communicaton Port
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Lithium Battery BMS Communication Card, DryContact
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/
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Paralle Connect Interface
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NO
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Yes
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ENVIRONMENIS
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Operating Temperarure
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0-50°C
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-10~50C
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Humidity
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20%-95%(Non-condensing)
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Storage Temperature
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-15-60°C
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Altitude
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Alriude Not Over 1000m, Derating over 1000m,Max 4000m.Refer to IEC62040
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The altitude should not exceed 1000m
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Noise
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≤50db
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Dimension(D*W*H)
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536*352*135mm
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Net Weight(kgs)
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10.5
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FAQ
How long will an inverter run off a battery?
Runtime (hours) ≈ Battery capacity (Ah) × Battery voltage (V) × Depth of discharge (typically 0.8) × Efficiency (about 0.85) ÷ Load power (W).
Can you run an inverter 24 hours a day?
Yes, provided there is adequate cooling, the load is within rated capacity, and the battery is continuously charged or an external DC source is available.
What should you not plug into an inverter?
Devices exceeding the inverter's rated power, motor loads with very high starting current, some medical equipment (especially with non-pure sine wave inverters), and sensitive electronics incompatible with modified sine wave output.
How many batteries do I need for a 1500 watt inverter?
For a 12V system, at least about 150Ah; you can use one 12V 200Ah battery or two 12V 100Ah batteries in parallel. A 24V system reduces current requirements.
How big of a battery do I need to run a 3000W inverter?
A 48V system is recommended: at least 48V 100Ah, preferably 48V 200Ah or more (e.g., 4 × 12V 200Ah in series).
Tags
hybrid inverter solar battery storage system
hybrid inverter solar battery storage system
Hybrid Inverter
Hybrid Inverter
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