6200 W pure sine wave output with a stated 10 ms transfer time.
Off-Grid Inverters
A6200 6200 W Off-Grid Inverter
OEM supply inquiryVolume-order inquiryModel A6200
Review the AMPEXE A6200 6200 W off-grid inverter for standalone solar systems and OEM supply.
6200 W pure sine wave output with a stated 10 ms transfer time.
Up to 6000 W PV input, a 150–450 V DC MPPT range, and stated solar charging efficiency up to 97%.
Designed for 48 V sealed lead-acid, GEL, AGM, and LFP battery systems.
Request a quotation
Ask about MOQ, lead time, market versions, packaging, and available OEM options.
Review the model-specific details.
Compare the listed electrical, mechanical, protection, and integration information before selecting a configuration.
Pure sine wave off-grid inverters for independent solar systems, battery-based mobile power, residential backup, remote sites, and generator-supported installations.
Up to 6000 W PV input, a 150–450 V DC MPPT range, and stated solar charging efficiency up to 97%.
Designed for 48 V sealed lead-acid, GEL, AGM, and LFP battery systems.
Solar charging current is up to 100 A, with a compact vertical installation format.
Model specifications
Technical specifications
Compare electrical, mechanical, operating, and model-specific parameters for the available configurations.
Match the model and market version to the required system configuration before ordering.
Swipe horizontally to compare every model column.
| Model | 6200W+HV MPPT |
|---|---|
| Rated Power (W) | 6200 |
| Power Factor | 1 |
| AC Output Waveform | Pure sine |
| AC Output Voltage (VAC) | 230 |
| AC Output Frequency (Hz) | 50 |
| Battery Voltage (VDC) | 48 |
| AC Grid Mode | |
| AC Voltage (VAC) | as grid/gen |
| AC Voltage Range (VAC) | 176–264 |
| AC Frequency (Hz) | as grid/gen |
| Transfer Time (Typical UPS, ms) | 10ms |
| Charger Mode | |
| AC Voltage (VAC) | 230 |
| AC Voltage Range (VAC) | 176–264 |
| Max. PV Array Power (W) | 6000 |
| MPPT Range @ Operating Voltage (VDC) | 150–450 |
| PV Array Open Circuit Voltage (Max, VDC) | 480 |
| Maximum AC Charge Current (A) | 80 |
| Maximum Solar Charge Current (A) | 100 |
| Maximum Charge Current (A) | 100 |
| AC Charging Peak Efficiency | 94% |
| Solar Charging Efficiency (Max) | 97% |
| Nominal Battery Voltage (VDC) | 48 |
| Floating Charge Voltage (VDC) | 54 |
| Bulk Charging Voltage (VDC) | 56.4 |
| Overcharge Protection (VDC) | 66 |
| Charging Algorithm | 3-Step |
| Battery / Inverter Mode | |
| Nominal Battery Voltage (VDC) | 48 |
| Cold Start Voltage (VDC) | 46 |
| Peak Efficiency | 92% |
| Overload Protection | 60s@105~125% load 15s@125~150% load 200ms@>150% |
| Recommend Battery Type | sealed lead acid, GEL/AGM lead-acid or LFP |
| Mechanics | |
| Clear Dimension (D × W × H, mm) | 106.8 × 334.4 × 412 |
| Recommended Installation | Mounting vertically |
Select with the complete system in mind.
Start with the application, then confirm electrical fit, environment and order requirements against the selected model.
Map the load profile
Record continuous demand, startup loads and transfer priorities before choosing the inverter rating.
Review solar input
Check the planned array against the stated PV power, voltage and MPPT range for the selected model.
Match the battery bank
Confirm system voltage, battery chemistry, charging current and communication needs before integration.
Confirm system operation
Review transfer behavior, generator input, parallel operation and monitoring only where the selected model supports them.
Confirm the full system, not one feature
The listed transfer, surge, monitoring and protection features apply within quoted operating limits. Confirm PV, battery, generator and installation compatibility, plus local requirements, before approval.
Ask which current datasheet, user manual, packing list and market-specific order documents apply to the exact quoted configuration.
More capacity for independent energy systems
The A6200 combines 6200 W pure sine wave output with a broad MPPT range and compact vertical installation for standalone projects.
Larger off-grid properties
The 6200 W output is suited to independent home and property systems with broader power requirements.
High-input solar projects
Up to 6000 W PV input and the stated MPPT range support array design for standalone systems.
48 V battery integration
Compatibility with several lead-acid formats and LFP batteries supports different 48 V storage strategies.
Product gallery
Review the available product views, enclosure details, controls, and installation format.
Discuss the required market configuration.
Use the inquiry to discuss available electrical configurations, branding, packaging, documentation, and project requirements.
Configuration options
Ask which branding, interface, enclosure, and packaging options are available.
Commercial planning
Confirm quantity, lead time, destination market, and documentation.
Related products
