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Pure Sine Wave Solar Inverter Off Grid 48V Single Phase Hybrid 8.5kw 11kw MPPT With RS485

Product Details

Place of Origin: China

Brand Name: 1stess

Certification: CE, IEC

Model Number: EM-T (PV60-500VDC) 11000-48L

Document: EM8500-48L 11000-48L.pdf

Payment & Shipping Terms

Minimum Order Quantity: 1 piece

Price: To be negotiated

Packaging Details: carton box

Delivery Time: 30 days

Payment Terms: L/C,T/T

Supply Ability: 2000 pieces per month

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Specifications
Highlight:

48V hybrid solar inverter with MPPT

,

off grid pure sine wave inverter

,

single phase solar inverter with RS485

Charging Mode:
MPPT
Operating Temperature:
-10°C To 50°C
Inverter Type:
Off Grid Inverter
Frequency:
50Hz/60Hz
Output Voltage:
220VAC/230/240VAC
Communication Interface:
RS232/RS485/DRY CONTACT
Input Voltage:
230VAC
Size:
540*415*122mm
Waveform:
Pure Sine Wave
Output Current:
160A
Weight:
15kg
Charging Mode:
MPPT
Operating Temperature:
-10°C To 50°C
Inverter Type:
Off Grid Inverter
Frequency:
50Hz/60Hz
Output Voltage:
220VAC/230/240VAC
Communication Interface:
RS232/RS485/DRY CONTACT
Input Voltage:
230VAC
Size:
540*415*122mm
Waveform:
Pure Sine Wave
Output Current:
160A
Weight:
15kg
Description
Pure Sine Wave Solar Inverter Off Grid 48V Single Phase Hybrid 8.5kw 11kw MPPT With RS485
Pure Sine Wave Solar Inverter Off Grid 48V Single Phase Hybrid 8.5kw 11kw MPPT With RS485
Pure Sine Wave Solar Inverter Off Grid 48V Single Phase Hybrid 8.5kw 11kw MPPT With RS485 0
Technical Specifications
Model EM8500-48L EM11000-48L
Capacity 8.5KVA/8.5KW 11KVA/11KW
Maximum PV Input Power 10000W 11000W
Lithium Battery Activation YES (By PV or Utility) YES (By PV or Utility)
Lithium Battery Communication YES (RS485) YES (RS485)
Battery Voltage 48VDC 48VDC
Solar Charger Type MPPT MPPT
Communication Interface RS232/RS485/DRY CONTACT RS232/RS485/DRY CONTACT
Dimension (D x W x H mm) 540×415×122 540×415×122
Product Features
  • Built-in 2 MPPT
  • Lithium battery activation function by PV or Utility
  • Compatible work with LiFePO4 battery via RS485
  • Pure Sine Wave
  • Power factor 1.0
  • PV Input 500Vdc Max
  • Built-in MPPT 140A/160A
  • Capable to work without battery
  • Detachable dust cover for harsh environment
  • WiFi remote monitoring optional
  • Support multiple output priority: UTL, SOL, SBU, SUB
  • EQ function to optimize battery performance and extend lifecycle
Pure Sine Wave Solar Inverter Off Grid 48V Single Phase Hybrid 8.5kw 11kw MPPT With RS485 1 Pure Sine Wave Solar Inverter Off Grid 48V Single Phase Hybrid 8.5kw 11kw MPPT With RS485 2
Pure Sine Wave Solar Inverter Off Grid 48V Single Phase Hybrid 8.5kw 11kw MPPT With RS485 3 Pure Sine Wave Solar Inverter Off Grid 48V Single Phase Hybrid 8.5kw 11kw MPPT With RS485 4
Pure Sine Wave Solar Inverter Off Grid 48V Single Phase Hybrid 8.5kw 11kw MPPT With RS485 5 Pure Sine Wave Solar Inverter Off Grid 48V Single Phase Hybrid 8.5kw 11kw MPPT With RS485 6
Asia: Smart Power for Growing Economies & Complex Climates

Asia's rapid urbanization and renewable energy push create strong demand for efficient, scalable, and intelligent inverters.

India & Bangladesh

Frequent voltage fluctuations and scheduled power cuts. The EM's wide input voltage range (90-280VAC) and 10ms transfer time protect sensitive electronics in homes and small businesses.

Vietnam & Thailand

High humidity and tropical storms. The detachable dust cover and moisture-resistant design ensure durability, while dual MPPT optimizes solar harvest on shaded or multi-orientation rooftops.

Japan & South Korea

High energy standards and space constraints. With PF=1.0 and compact design, the EM series meets stringent grid codes and fits easily in residential or commercial installations.

Philippines & Indonesia

Island communities and off-grid tourism. Lithium battery activation via PV enables easy system startup, and WiFi monitoring allows remote management across scattered locations.

Key Advantage

Dual MPPT allows two separate PV arrays, ideal for rooftops with uneven shading or different orientations—maximizing energy yield in space-constrained urban areas.

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