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off Grid Pure Sine Wave Home Hybrid Inverter for Solar Power Energy 3kw 6kw 11kw 3000W 3600W 6200W Built-in MPPT

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Hybrid Energy Conversion: Converts DC solar power to pure sine wave AC (single phase), enabling compatibility with home appliances and grid systems.
  • Multi-Mode Operation: Supports off-grid, on-grid, and hybrid configurations via built-in MPPT controllers for optimal solar energy harvesting and battery management.

Key features

  • 1. Material Technology

  • With a ventilated cooling system featuring a built-in fan, maintain optimal performance even in high-demand scenarios*

  • 2. Interactive Design

  • With a user-friendly digital display and intuitive control buttons, monitor real-time metrics like voltage, current, and power output while adjusting settings effortlessly.

  • 3. Performance Parameters

  • With 94% efficiency and built-in MPPT (Maximum Power Point Tracking) technology, achieve up to 30% higher energy conversion than traditional inverters*

  • 4. Scenario Solutions

  • Support hybrid, grid-tied, and off-grid configurations, enabling seamless power management for homes and businesses in any condition—from standalone off-grid setups to grid-connected systems.

  • 5. Certification Standards

  • With UL and CB certifications, ensure compliance with global safety and quality standards, guaranteeing reliable and safe operation in diverse environments.

Product details

off Grid Pure Sine Wave Home Hybrid Inverter for Solar Power Energy 3kw 6kw 11kw 3000W 3600W 6200W Built-in MPPT

The off Grid Pure Sine Wave Home Hybrid Inverter is a versatile solar energy solution designed for hybrid, off-grid, and on-grid solar systems. With power options ranging from 1kW to 7kW, it supports seamless energy management through its built-in MPPT controller and pure sine wave output. Certified to UL and CB standards, it ensures reliability and safety for residential and commercial applications.

Technical specifications

FeatureSpecificationBenefit
Inverter TypeHybrid Inverter (Grid-Tied/Off-Grid)Flexible operation in both grid-connected and standalone modes.
Output Power1kW–7kW (adjustable)Scales to meet energy demands from small homes to commercial setups.
Efficiency94% (Pro Model)Minimizes energy loss, maximizing solar power utilization.
WaveformPure Sine WaveEnsures compatibility with sensitive electronics.
Controller TypeBuilt-in MPPTOptimizes solar panel energy harvesting for maximum efficiency.
CertificationsUL, CBMeets global safety and quality standards.
Grid CompatibilityHybrid GridSupports grid-tied operation with seamless battery backup.

Customization guide

Adjust output power (1–7kW) and MPPT settings to meet specific energy demands and solar array configurations. The hybrid design allows users to customize grid dependency and battery storage capacity for optimal energy independence.

Get inspired

With its pure sine wave output and hybrid capabilities, this inverter empowers users to build resilient solar systems. Whether powering a cottage off-grid or supplementing grid electricity for a family home, it delivers reliable, clean energy.

Choose your model

ParameterBase Model (3kW)Advanced Model (6kW)Pro Model (7kW)
Power Output3kW6kW7kW
Efficiency90%92%94%
CertificationsULUL + CBUL + CB
MPPT Channels122

Supplier's note

  1. Technical Breakthroughs:

    • MPPT Controller: With built-in MPPT, you can maximize energy harvest from solar panels, even under partial shading.
    • 94% Efficiency (Pro Model): 20% higher efficiency than traditional inverters, reducing energy waste.
    • Hybrid Operation: Enables seamless grid-tied/off-grid switching, ensuring uninterrupted power supply during outages.
  2. Version Selection Guidance:

    • Base Model (3kW): Ideal for small households or cabins with limited solar arrays.
    • Advanced Model (6kW): Suitable for mid-sized homes or small businesses needing moderate power and dual MPPT channels.
    • Pro Model (7kW): Designed for large residential or commercial setups requiring maximum output and premium efficiency.

    Example: The Pro Model’s 94% efficiency ensures 20% less energy loss compared to standard inverters, making it ideal for high-demand scenarios like powering HVAC systems or industrial equipment. Pair it with lithium-ion batteries to leverage its hybrid grid capabilities for round-the-clock energy resilience.

Frequently asked questions

  • Which hybrid solar inverter model suits small homes (3kW-6kW)?

  • How to maintain the cooling system of a hybrid solar inverter?

  • Hybrid vs. traditional inverters: Why choose this hybrid solar inverter?

  • Can this inverter customize battery storage for off-grid use?

  • Is this hybrid inverter UL/CB certified for safety?

  • Why choose a pure sine wave inverter for home solar systems?

  • How does 94% efficiency reduce energy costs?

  • Is wall mounting easy for this hybrid inverter?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Power OutputResidential homes, Small businessesIndustry: 3–5kW (IEC 61727)
Base: 3kW (3000W rated power)
Advanced: 6.2kW▲▲ (6200W max output)
Flexible scalability for varying energy needs
Advanced handles large commercial loads
Higher kW models require more solar panels and installation expertise
EfficiencyEnergy-conscious householdsIndustry: 88–92% (IEC 62109-1)
Base/Advanced: 94%▲▲ (ISO 62109-1 compliant)
Reduces energy loss by 2–4%
Lower long-term operational costs
Higher efficiency may increase upfront cost
CertificationsGlobal installationsIndustry: CE
Base/Advanced: UL▲, CB▲, ISO 9001▲ (enhanced safety & quality)
Wider regulatory compliance for international useCompliance requirements may raise production costs
Control TechnologySolar farms with variable sunlightIndustry: PWM (common in basic models)
Base/Advanced: MPPT▲▲ (maximizes energy capture)
30%+ energy gain in partial sunlight conditionsSlightly higher price vs PWM models
Output WaveformElectronics-sensitive environmentsIndustry: Modified sine wave (budget models)
Base/Advanced: Pure sine▲▲ (IEEE 519 compliant)
Safe for all appliances, including sensitive electronicsMore complex circuitry increases cost
Grid CompatibilityAreas with unreliable grid accessIndustry: Grid-tied/off-grid only
Base/Advanced: Hybrid▲▲ (supports both modes)
Seamless transition between grid and battery powerRequires battery infrastructure investment

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