HP Series 20A (220/230VAC) 2000~5500W Inverter/Charger
High-efficiency Inverter/Charger, the HP Series 20A, maximizes energy utilization with advanced MPPT technology for optimal solar power management.
The HP Series 20A High-efficiency Inverter/Charger is designed to maximize energy utilization in residential and hybrid power systems. With its advanced MPPT technology, this inverter/charger optimizes solar energy conversion, ensuring you harness the full potential of your solar panels. Certain models support dual PV inputs, further enhancing solar energy utilization for greater efficiency.
The HP Series 20A allows seamless integration with multiple energy sources, including solar, utility, and generators. This flexibility enables users to efficiently manage energy consumption and reduce reliance on traditional power grids. Operating with pure sine wave output, it provides clean and stable power for sensitive electronics and household appliances.
Equipped with a large LCD display, users can easily monitor system status and performance metrics. Comprehensive protection features ensure safety and reliability during operation. Additionally, the HP Series 20A supports parallel operation, allowing multiple units to be connected together to enhance power output scalability, making it suitable for larger applications.
Designed for environments ranging from -20℃ to +50℃, the HP Series 20A meets diverse installation needs, making it an ideal choice for modern energy solutions.
| Model | HP2022-AH0750P20A | HP3522-AH1250P20A | HP3542-AH0650P20A | HP5542-AH1050P20A | HP2042-AH0450P20A |
| Utility input | |||||
| Utility Voltage | 176VAC to 264VAC (Default) 90VAC to 280VAC (Configurable) |
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| Utility Frequency | 45Hz to 65Hz | ||||
| Maximum Utility Charging Current | 70A | 110A | 60A | 100A | 40A |
| Switch Response Time | Switch Response Time – Inverter to Utility: 10ms Switch Response Time – Utility to Inverter (when the load power is higher than 100W): 20ms |
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| Inverter output | |||||
| Inverter Rated Power (@30℃) | 2000W | 3500W | 3500W | 5500W | 2000W |
| 3-second Transient Surge Output Power | 4000W | 7000W | 7000W | 8500W | 4000W |
| Inverter Output Voltage | 220/230VAC±3% | ||||
| Inverter Frequency | 50/60Hz±0.2% | ||||
| Output Voltage Waveform | Pure sine wave | ||||
| Load Power Factor | 0.2－1(VA ≤ Rated output power) | ||||
| THDu (Total Harmonic Voltage Distortion) | ≤3% (24V resistive load) | ≤3% (48V resistive load) | |||
| Maximum Load Efficiency | 90% | 90% | 92% | 92% | 90% |
| Maximum Inverter Efficiency | 92% | 93% | 94% | 94% | 92% |
| Parallel Function | Yes, 12 units in standard, 16 units at most | ||||
| Solar controller | |||||
| PV Maximum Open-circuit Voltage | 500V (At minimum operating environment temperature) 440V (At 25℃) |
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| MPPT Voltage Range | 85V to 400V | ||||
| PV Maximum Input Power | 3000W | 4000W | 4000W | 6000W | 3000W |
| MPPT Input Channels | One way | Two ways | One way | ||
| PV Maximum Input Current | One way, 10A | One way, 16A | One way, 16A | Two ways, 2x15A | One way, 10A |
| PV Maximum Short-circuit Current | One way, 12A | One way, 18A | One way, 18A | Two ways, 2x18A | One way, 12A |
| PV Maximum Charging Current | 70A | 120A | 60A | 100A | 40A |
| MPPT Maximum efficiency | ≥99.5% | ||||
| Battery | |||||
| Battery Rated Voltage | 24VDC | 48VDC | |||
| Battery Work Voltage Range | 21.6VDC to 32.0VDC | 43.2VDC to 60.0VDC | |||
| Battery Maximum Charging Current | 70A | 120A | 60A | 100A | 40A |
| Others | |||||
| No-load Losses | <1.1 A | <1.2A | <0.8A | <1.1 A | <0.8A |
| Test condition: Utility, PV and Load are not connected, AC output is ON, fan stops, @24V input | Test condition: Utility, PV and Load are not connected, AC output is ON, fan stops, @48V input | ||||
| Standby Current | <0.9A | <0.9A | <0.6A | <0.75A | <0.8A |
| Test condition: Utility, PV and Load are not connected, AC output is OFF, fan stops, @24V input | Test condition: Utility, PV and Load are not connected, AC output is OFF, fan stops, @48V input | ||||
| Work Temperature Range | -20℃ to +50℃ (When the environment temperature exceeds 30℃, the actual output power is reduced appropriately) | ||||
| Storage Temperature Range | -25℃ to +60℃ | ||||
| Enclosure | IP20 | ||||
| Relative Humidity | < 95% (N.C.) | ||||
| Altitude | <4000M (If the altitude exceeds 2000 meters, the actual output power is reduced appropriately) | ||||
| Mechanical parameters | |||||
| Dimension (Length x Width x Height) | 629mm × 291.4mm × 163mm | 654mm × 291.4mm × 163mm | 629mm × 291.4mm × 163mm | 679mm × 291.4mm × 163mm | 679mm × 291.4mm × 163mm |
| Mounting size (Length x Width) | 592mm x 200mm | 617mm x 200mm | 592mm x 200mm | 642mm x 200mm | 592mm x 200mm |
| Mounting hole size | Φ9mm/Φ10mm | Φ9mm/Φ10mm | Φ9mm/Φ10mm | Φ9mm/Φ10mm | Φ9mm/Φ10mm |
| Net Weight | 13.3 Kg | 15.3 Kg | 14.3Kg | 17.5Kg | 13.3 Kg |
Manual
EPEVER-Manual-HP Series 20A
DataSheet
EPEVER-DataSheet-HP Series 20A
Product Highlights
Pure sine wave output
Supports battery or non-battery modes
PFC technology reduces the demand on the power grid capacity
Advanced MPPT technology, with max. tracking efficiency higher than 99.5%
HP5542-AH1050P20A supports two PV inputs to improve PV utilization
Supports charging from multiple types of generators
Battery charging or discharging current limits are compatible with various types of batteries
Adjustable maximum utility charging current for flexible configuration of utility charging power
Large-size LCD display for better status monitoring
RS485 communication interface with optional 4G, WiFi, or TCP modules for remote monitoring
Comprehensive electronic protections
-20℃~+50℃ operating temperature range to meet more environmental requirements
AC output supports parallel operation, standard configuration of 12 units in parallel
AC output parallel operation supports single-phase and three-phase settings
With the function of historical data recording, storage capacity for 25,000 records (the interval time of 1~3600 seconds settable)
Yes. The inverter can work with a lithium battery without communicating with BMS. However, the real-time monitoring data and protection point will be the sampling data from the inverter. But the user has to set the voltage setpoints of the inverter according to the data of the BMS, or it will cause the charging abnormal.
Yes, it has no No-Battery mode. The parameters can be set without a battery connection.
Yes.
This series can not only set the total charging and discharging limiting current of the battery but also set the charging current of the utility. Users can flexibly configure the utility according to the demand.
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