Integrated outdoor solar power systems 3KW 2.56KWH
1. The whole system integration includes an off-grid solar inverter module, lithium iron phosphate battery pack,
PDU, and outdoor cabinet.
2. The system is commonly used in the corner of the city, remote roads, mountains, bad environments, dust,
moisture, rain, mist-erosion, very poor power qual ity in the area.
3. The system provides a continuous pure sine wave AC power supply for outside communications/network equipment.
■ It adopts full-digital double closed-loop control, combined with advanced SPWM technology to output pure
■ Two output modes: mains electricity bypass and inverter output; uninterrupted power supply.
■ Four charging modes: PV Only, Mains Electricity Priority, PV Priority, and PV&Mains Electricity hybrid charging.
■ Advanced MPPT technology with 99.9% efﬁciency.
■ Comes with an LCD display and 3 LED indicators that can clearly indicate the status and data.
■ Power saving mode, reduce no-load loss.
■ Intel l igent variable-speed fan to efﬁciently dissipate heat and extend system lifespan.
■ It comes with double l ithium battery activation modes: mains and PV, and supports l ithium battery access.
■ Al l-round protection for solar panels includes overload and short circuit protection, under-voltage and
over-voltage protection, and reverse polarity protection.
■ With sun protection, heat insulation, roof venti lation.
■ With waterproof and the ﬁltration dust inlet.
■ The cabinet body is designed for the IP55 protection level. The cabinet front door shutters with waterproof
design, on the back of welding outdoor cabinet.
■ Modular design is easy to maintain.
■ System conﬁguration AC and DC lightning protection
Application And Environmental Adaptability:
1. Wide input voltage, avoids frequent switching to battery power because of large power grid voltage, reduce
battery failure probability, adapt to the power environment in poor areas.
2. The environment which require higher IP level, we use heat exchanger to effectively reduce the temperature
of box inside and improve IP protection level .
|Output voltage waveform||Pure sine wave|
|Rated output power(W)||3000||3000|
|Rated output voltage(Vac)||230||120|
|output frequency range||50Hz ± 0.3Hz / 60Hz ± 0.3Hz|
|Bypass circuit breaker||63A|
|Rated battery input voltage||48V(minimum starting voltage 44V)|
|Battery voltage range||48VDC|
|Operating temperature range||-15°C to 55°C|
|Storage temperature range||-25°C ~ 60°C|
|Communication interface||USB/RS485(WiFi/GPRS)/Dry Node Control|
|Battery type||Lithium Battery|
|Maximum charge current||0-60A||0-40A|
|Charge voltage range||40-58Vdc||40-60Vdc|
|Overcharge protection||Alarm and turn off charging in 1 minute|
|Maximum PV open circuit voltage||145VDC|
|PV operating voltage range||60-145VDC|
|MPPT voltage range||60-115VDC|
|Battery voltage range||40-60VDC|
|Maximum output power||4200W|
|PV charge current range(settable)||0-80A|
|Lithium Battery Pack|
|Rated Capacity||50Ah||Nominal Voltage|
|Cell Resistance 1Khz||≤0.8mΩ||Charge Voltage|
|Working environment temperature||Charge:0°~C55°C
|Cycle life||2500cycles≥80%, 25±2℃, 1C/1C, 80% DOD|
■ Long-term storage of the battery needs to be placed in a dry, clean, dark, and well-ventilated environment.
The suitable storage temperature range is -20~35℃.
■ Batteries must be stored and transported in a state close to 50% SOC.
■ For long-term storage, the electricity needs to be cycled every 6 months.
■ When loading and unloading the battery during transportation, please be careful not to drop do not stack it
over 4 layers, or place it upside down, and ensure that the front is facing up.