- nominal battery voltage
- Input Voltage Range
- Output power
- Output Voltage
- Output mode
- Single Phase
- Working environment temperature
- -20℃～50℃（full input and output with no derating)
- Load power factor
- 0.2-1 (VA is less than Output Continuous Power)
- Distortion THD
- ≤ 3% (resistive load)
- Relative humidity range
UPower inverter /charger combines with solar & utility charging and AC output in one unit, which adopts a multi-core processordesign and advanced MPPT control algorithm to realize intelligent management. The device is usually used in remote area where islack of reliable utility but rich of sun shine.
UP as reliable industrial standard equipment has quick response speed and excellent high transfer efficiency.
Intelligent adjustment of total charging current from both solar and utility, automatic adjustment is realized via different workingmodes selection, which ensure to provide power energy supply maximally.
The PV charging module adopts the up-to-date optimized MPPT tracking technology, it can quickly track the maximum power pointof the PV array in any environment even has the multi crest tracking ability. The MPP tracking speed and energy transfer efficiency isquite high. The PV and AC charge current can be adjusted manually, which can meet total charge current limit, and PV& utility chargecurrent ratio distribution. Full electronic protection functions are available.
The AC-DC charging module adopts the advanced MPPT control algorithm, realize fully digitalized double closed-loop control forvoltage and current, with high reliability and response speed. With wide AC input voltage range and charge current limitation volumecan be set. This module has complete protection functions at input and output.
The DC-AC inverter module is based on full digital and intelligent design. It adopts the advanced SPWM technology, outputs the puresine wave and converts 24/48VDC to 220/230VAC, which is suitable for AC loads of household appliances, electric tools, commercialunits, electronic audio and video devices etc.
With Utility by-pass charging function, the utility module can provide power supply to loads directly, and charge the batterysimultaneously. Under utility charge status, user can choose by-pass mode or inverter output mode. This characteristic is prefered inthe area where the utility is not stable,user should choose inverter output mode to get stable output voltage to avoid the appliancedamaged because of bad condition utility.
The display module is key for communication. The 4.2 inch LCD display presents system status and real time data, user can set workparameters easily the 4 buttons.
1.A new type of all-digital intelligent energy storage and management Inverter/charger
2.Adjustment function of Utility & Solar charging ratio to meet various applications
3.Advanced MPPT technology to achieve multiple wave crest maximum power point tracking and high tracking &conversion efficiency, Max. tracking efficiency 99.5 %, Max. DC-DC conversion efficiency 98.5 %
4.The advanced all-digital control is adopted for AC-DC charging modules that realized wide voltage input, high efficiency, and high stability of Utility charging
5.Adoption of the advanced SPWM technology, true pure sine wave output, with high efficiency up to 95 %① and full load efficiency of 93 % max①
6.High output voltage stability: when full load working in the working voltage range of battery, output voltage
9.220V/230V±5%②, frequency 50/60±0.1 Hz; voltage& frequency optional
10.Advanced voltage, current and power multi-loop control makes DC-AC unit has good dynamic response capabilityhigh resistance to surge power and high operational reliability
11.With the function of Utility & Solar charging ratio selection, and total charging current setting
12.Four charging mode: Utility priority, Solar priority, Utility & Solar and Solar only
13.Two output mode: Battery and Utility
14.Utility charging and inverter output can work at the same time, which avoids the impact of the unstable Utility voltage on the load
15.Rich set of options: charging current, battery type, battery voltage threshold etc
16.AC output one-key control, which can switch Utility or inverter output on and off, keeping the output off mode can make it
17.convenient while wiring and maintaining on electric-distributions, reducing the standby lossSupport cold start and soft start
18.RS485 isolated communication interface with 5V 200mA output, it is easy to access communication devices such as Wi module
19.PC or mobile phone APP can be used for remote monitoring, management and setting to meet various remote use of users
20.Optional back light and buzzer warning selection via PC software
21.With PV reverse polarity, Charging power limit, short circuit, battery reverse polarity protections
22.With Utility input/AC output over voltage, battery low voltage, power limit, over current and short circuit protections
23.With battery low/over voltage protection and temperature compensation etc
24.With internal over-temperature protection, and intelligent start-stop function of the fan
25.Variety of accessories can be selected according to user's requirements
①UP1500 and above models: testing result under 25℃ environment temperature, rated input voltage, and resistive load
②In battery discharging mode Output tolerance is 220V ±5% or 230V -10%~+5% for 24V and 48V input; and 220V -6%~+5% or 230V -10%~+5% with 12V battery input
②At minimum operating environment temperature
③At 25℃ environment temperature
Solar Home System
Solar home system are typically used for home photovoltaic power generation system, to solve electricity demand of none power or unstable power region. Also the power level rage is between hundred watts to kilowatts.