48V Inverter EPEVER All In One Solar Inverter Charger 5000W DC 48V AC 220V UP5000-HM8042

UPower-Hi SeriesInverter/Charger

Overview
UPower-Hi series is an inverter charger that supports diversified energy management modes on solar/utility/generator charging, and utility/inverter power supply to the AC loads. To maximize solar energy utilization, users can choose energy sources according to actual needs and flexibly take the utility as a supplement. This inverter charger can raise the system's power supply guarantee rate, which is suitable for solar energy, utility/oil generator hybrid systems. It aims to provide users with high-quality, high-stability, and high-reliability electrical energy.

Features

• Supports the battery mode or non-battery mode.
• Non-battery mode: charging with solar (Main) and utility (Assist) simultaneously.
• Surge and reverse connection protections to support the lithium battery system perfectly.
• Three charging modes: Solar only, Solar priority, Utility & Solar.
• Two AC output modes: Utility priority and All In One Inverter priority.
• High tracking efficiency of MPPT no less than 99.5%.
• PFC technology achieves a high power factor of AC to DC charging and reduces grid capacity usage.
• Advanced SPWM technology and pure sine wave output.
• Customized charging current and discharging limited current.
• SOC with the self-learning feature is visible on LCD.
• 4.2 inch LCD to monitor and modify system parameters.
• Optional WiFi or GPRS Remote control by the RS485 isolated communication port.
• Optional BMS-Link port, which takes the charging and discharging control from BMS.

Comprehensive electronic protection features

1. PV protection: limit current/reverse polarity protection
2. Night reverse charging protection
3. Utility protection: input over voltage/ input under voltage/ input overcurrent protection
4. Battery protection:reverse polarity/ over voltage/over discharge protection
5. Load: output short circuit/Overload protection
6. Inverter/charger overheating protection: The inverter/charger will stop charging/discharging when the internal temperature is too high and will resume charging/discharging when the temperature is recovered to normal.
7. Surge and reverse connection protections to support the lithium battery system perfectly

5000W Output 220v-230v Solar Inverter Technical parameters

• Rated battery voltage 48VDC Battery input voltage 43.2~64VDC Max. battery charging current 80A
• General
• Surge current 95A Zero load consumption <1.2A (without PV and utility connection, turn on the load output) Standby current <0.7A (without PV and utility connection, turn off the load output)
• Mechanical Parameters Dimension(H x W x D) 642.5x381.6x149mm Net Weight 24kg
• The inverter output(Output wave Pure Sine Wave)
• Continuous output power 5000W@30℃ Max. surge power 8000W
• Output voltage range 220VAC(-6%～+3%)，230VAC(-10%～+3%) Output frequency 50/60±0.2>%
• 80% rated output efficiency 92%, Max. Rated output efficiency 91% Max. output efficiency 93%
• Switch time 10ms(Switch from the utility output to the inverter output) 15ms(Switch from the inverter output to the utility output)

220V Solar Inverter 80A MPPT Charge Controller Specification

• Utility charging parameter(use utility charging your battery)
• Utility input voltage 176VAC～264VAC(Default) 90VAC～280VAC(Programmable)
• Utility input frequency 40～65Hz Max. utility charge current 60A
• Solar charging parameter(use solar charging your battery)
• Max. PV open circuit voltage 500V(At minimum temperature) 440V(25℃) MPPT voltage range 120~400V
• Max. PV input power 4000W(Note： For the curve of Max. PV input power Vs. PV open-circuit voltage, see chapter 3.4 Operating mode for details.)
• Max. PV charging power 4000W Max. PV charging current 80A
• Equalize charging voltage 58.4V(AGM default) Boost charging voltage 57.6V(AGM default) Float charging voltage 55.2V(AGM default) Low voltage disconnect voltage 43.2V(AGM default)
• Tracking efficiency ≥99.5% Temp. compensate coefficient -3mV/℃/2V(Default)
• Environment Parameters :Relative humidity < 95% (N.C.) Working temperature -20℃～50℃(When the working temperature reaches 30℃ or above, the load power is reduced appropriately; full load working is not supported)

Epever 5kw solar inverter connection

Warm Tips:

• When the output mode is inverter priority, and the battery voltage is lower than the low voltage disconnect voltage (configurable), the utility supplies the load.
• The lithium battery's voltage parameters must be set according to the voltage parameters of BMS.
• No battery mode and battery mode can be set by setting item 0.
• AC loads shall be determined according to the output power of the inverter/charger.
• The load exceeding the maximum output power may damage the inverter/charger.
• When wiring the battery, please do not close the circuit breaker and ensure that the leads of "+" and "-" poles are connected correctly.
• A circuit breaker which current is 1.25 to 2 times the rated current must be installed on the battery side away from the battery not longer than 200mm. A circuit breaker must be installed on the battery side.
• If the inverter/charger is to be used in an area with frequent lightning strikes, installing an external surge arrester is recommended.
• Ensure that the battery connection is correct and the battery circuit breaker is turned on first. And then, close the PV array and utility circuit breakers after the All in one inverter/charger runs normally. We won't assume any responsibility for not following the operation.
• When supplying power for different AC loads, it is recommended to turn on the load with a large impulse current. And then turn on the load with a smaller impulse current after the load output is stable.
• If the inverter/charger is not operating correctly or the LCD or the indicator shows an abnormality, please refer to "Troubleshooting"

NOTICE: The correct configuration of the battery capacity of the system is determined according to the specific use requirements of the load and application scenarios, otherwise it will easily lead to insufficient battery capacity or excessive waste of power generation. For details, please refer to the manual recommendation or consult us.