AHS-6.3 6.3kW Solar Battery Hybrid Controller
- AHS-6.3 6.3kW Solar Battery Hybrid Controller is an intelligent hybrid power controller designed to provide modern households with efficient solutions for both off-grid and on-grid energy storage management. As the foundational model of the AHS series, it features a rated capacity of 6.3 kW and a peak output power of up to 12.6 kVA, enabling it to effortlessly handle household appliances with high startup current requirements. The device employs advanced DSP control and dual-loop technology to deliver a pure sine wave output, thereby ensuring the electrical safety of sensitive electronic equipment.
- Regarding PV integration, the AHS-6.3 is equipped with a high-performance MPPT controller that supports a maximum PV input power of 6500 W, boasting an MPPT efficiency of up to 99.9%. Its MPPT operating voltage range spans 60–450 VDC, with a maximum input current of 22 A. In terms of battery management, the unit offers seamless compatibility with both lithium-ion and lead-acid batteries; it also features a lithium battery activation function and supports BMS communication via RS485 or CAN interfaces.
- Furthermore, this model holds an IP54 protection rating and incorporates an intelligent air-cooling design, significantly enhancing its reliability and operational lifespan within challenging environments. Users can configure power supply priority modes—selecting between PV, utility grid, or battery sources—via the integrated LCD screen, and utilize a dedicated mobile app for 24-hour intelligent energy monitoring. The product weighs 12.8 kg, measures 380 × 576 × 141 mm, and is backed by a 5-year manufacturer’s warranty.
Product Parameters
| MODEL | AHS-6.3 | ||
| Dimensions W/H/D | 380mm×576mm×141mm | ||
| Weight | 12.8kg | ||
| Ingress Protection | IP54 | ||
| Warranty | 5yeas | ||
| Operating Ambient Temperature Range | -10℃ to 55℃ | ||
| Storage Temperature Range | -15℃ to 60℃ | ||
| Relative Humidity | 5%to 95% | ||
| Cooling | Air-cooled by smart fans | ||
| Communication Interface | RS485/CAN | ||
| Safety and EMC Compliance | EN/IEC62109-1/-2;EN/IEC-6-1/-2/-3/-4;EN/IEC62920 | ||
| Max. Number of Parallel Units | 6 | ||
| Battery Data | |||
| Battery Voltage Type | 12V | 24V | 48V |
| Fbat Charging Voltoge | 13.5V | 27V | 54V |
| Overcharging Protection Voltage | 15V | 30V | 60V |
| Battery Type | Lead-acid batteries/lithium batteries | ||
| Charging Mode | Three-stage charging(lead-acid batteries); Default charge curve or BMS communication(lithium batteries) |
||
| Max.DC Discharge Current | 135A | 135A | 135A |
| Max.Charge Current(from PV) | 85A | 105A | 135A |
| Max.Charge Current(from Grid) | 85A | 105A | 135A |
| Max. Charge Current | 85A | 105A | 135A |
| Ac Output Data | |||
| Max. Output Apparent Power | 1000VA | 2500VA | 6300VA |
| Peak Output Apparent Power | 2000VA | 5000VA | 12600VA |
| Output Waveform | Pure sine wave | ||
| Nominal Output Voltage | 220VAC/230VAC/240VAC | ||
| Nominal Output Frequency | 50Hz/60Hz | ||
| Peak Efficiency (PV to Inverter) | 97.7% | ||
| Peak Efficiency (Battery to Inverter) | 96.1% | ||
| Switching Time | 5ms(UPS)20ms(APL) | ||
| Overload Protection | (102%<lood<125%)±10%: Reports an error and turns off the output 5 minutes later (125%<lood<150%)±10% Reports an error and turns off the output 10 seconds later (Lood>150%)±10%: Reports an error and turns off the output 5 seconds later |
||
| Ac Input Data | |||
| Nominal Voltage | 22OVAC/230VAC/240VAC | ||
| Operating Voltage Range | 170 to 280VAC(UPS)90 to 280VAC(APL) | ||
| Nominal Frequency | 50Hz/60Hz | ||
| Power Factor (Default/Adjustable) | >0.99(adjustable from 0.8 leading to 0.8 lagging) | ||
| Total Harmonic Distortion of Current | <3% | ||
| Grid Connection | Single phase | ||
| Max. Bypass Overload Current | 40A | ||
| PV Input Data | |||
| Max. PV Input Power | 6500W | ||
| Number of MPPTs | 1 | ||
| Max. Input Voltage | 500VDC | ||
| MPPT Voltage Range | 60 to 450VDC | ||
| Max. PVInput Current | 22A | ||
| MPPT Efficiency | 99.9% | ||
Product specifications are subject to change without further notice.
RELATED PRODUCTS
AHS-3.6-SP 3.6kW Split-Phase Solar Battery Hybrid Controller
- Built to withstand tough environmental conditions, this 24V Split Phase Hybrid Inverter features a rugged design, advanced cooling, and high-quality components that ensure long-term reliability, even in demanding applications.
- Designed for split-phase power systems common in North America, it delivers both 120V and 240V AC output, making it perfect for residential homes, farms, and small commercial setups that require heavy-duty appliances like air conditioners, water pumps, and kitchen equipment. With a 24V battery input, it efficiently integrates with solar panels and energy storage systems, enabling you to generate, store, and use solar power day and night.
- Its hybrid functionality allows seamless switching between solar, battery, and grid power, reducing energy costs and providing uninterrupted backup during outages. Smart energy management ensures optimal self-consumption and reduced grid dependence.
- Whether you're living off-grid, upgrading your solar system, or preparing for emergencies, this inverter delivers stable, clean power with minimal maintenance. Easy to install and compatible with a wide range of solar and battery setups, the 24V Split Phase 120/240V Hybrid Inverter is the durable, all-in-one energy solution for today’s power needs. Power smarter, live better.
APS12000-48 1.2kW Single Phase Off-Grid Inverter
- The APS12000-48 stands as the flagship model in the APS series, engineered to deliver exceptional power support for large-scale off-grid systems. Boasting an impressive rated output power of 12 kW—with a peak power capacity reaching 24 kVA—it ranks among the most powerful units currently available in the series. Utilizing advanced DSP control and dual-loop technology, it generates a pure sine wave output, thereby providing a power environment as stable as that of the utility grid for sensitive and precision equipment. Its peak efficiency in battery mode reaches 94%, significantly optimizing energy utilization.
- This model achieves a significant breakthrough in PV integration capabilities; via its dual MPPT charge controllers, it supports the connection of up to 15,000 W of solar panels, making it ideally suited for constructing large-scale off-grid power stations. The APS12000-48 also features a large 5-inch interactive display and supports dual AC outputs, allowing users to flexibly prioritize power distribution between primary and secondary loads. Furthermore, the device not only includes a lithium battery activation function but also supports battery-free operation, greatly enhancing overall system flexibility.
- In terms of physical specifications, the unit measures 480 × 410 × 120 mm and weighs 14.5 kg, maintaining an excellent power density relative to other products in its power class. Combined with built-in Wi-Fi monitoring, grid-tie feedback technology, and an IP43 protection rating, the APS12000-48 offers a premier solution for users seeking high-capacity, highly reliable green energy systems.
APS6500 Pro-48 1.2kW Single Phase Off-Grid Inverter
- APS6500 Pro-48 1.2kW Single-Phase Off-Grid Inverter is a "Professional Edition" single-phase off-grid inverter that builds upon the standard version by significantly enhancing connectivity flexibility and system integration capabilities. While its core power performance remains identical to the standard model—boasting a rated capacity of 6.5kW and a momentary peak power of 13kVA—the "Pro" series introduces a suite of advanced, industrial-grade features.
- The most distinctive characteristic of this model is its support for "Dual AC Inputs" and "Dual AC Outputs." This functionality enables the system to connect simultaneously to both the utility grid and a generator, intelligently switching the power source for the load based on pre-configured priorities. Furthermore, it supports Meter/CT connectivity and automatic transfer switch (ATS) control for generators, thereby vastly elevating the level of automation in energy management.
- In terms of hardware configuration, the APS6500 Pro-48 features the same robust built-in 120A MPPT charge controller, supporting a maximum PV open-circuit voltage of 520V and a solar input capacity of 9000W. This ensures exceptionally high charging efficiency, even under challenging lighting conditions. The device employs DSP control and dual-loop technology to deliver a stable, pure sine wave output, achieving an exceptionally high power density relative to other products in its power class. In addition to supporting lithium battery activation and offering a comprehensive array of interfaces—including RS232, USB, and RS485—it provides real-time cloud-based monitoring services via built-in Wi-Fi. With its superior hardware-software integration capabilities and a 2-year warranty commitment, the APS6500 Pro-48 stands as a premier choice for constructing high-end off-grid microgrid systems.
HCC04-SM-0060H-YP High Efficiency Single Phase Hybrid Inverter
- 1. Colorful touch LCD, IP66 protection degree, 6 time periods for battery charging/discharging.
- 2. Max.16 pcs parallel for on-grid and off-grid operation, Support mutiple batteries parallel.
- 3. Support storing energy from diesel generator, Ac coupling to retrofit existing solar system.
- Single-phase output, suitable for household electricity use.
- Provides stable single-phase power output, ideal for homes, villas, small offices, etc.
- Can directly replace traditional grid power, enabling seamless integration of household solar power generation and energy storage systems.
HCC05-SM-0060/0080H-EP High Compatibility Single Phase Hybrid Inverter
- 1. Colorful touch LCD, IP66 protection degree, 6 time periods for battery charging/discharging.
- 2. Max.16 pcs parallel for on-grid and off-grid operation, Support mutiple batteries parallel.
- 3. Support storing energy from diesel generator, Ac coupling to retrofit existing solar system.
- Hybrid design, flexible energy utilization.
- Supports photovoltaic power generation, battery energy storage, and grid complementarity.
- The system can intelligently schedule energy: prioritizing solar power during the day, and using battery storage to handle nighttime or power outages, reducing electricity costs.