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Shenzhen First Tech Co., Ltd.
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Off Grid 48V 11kw 8.5kw Hybrid Solar Inverter Single Phase Pure Sine Wave with High Efficiency MPPT and Lithium Battery Activation

Detalles del producto

Lugar de origen: Porcelana

Nombre de la marca: 1stess

Certificación: CE, IEC

Número de modelo: El valor de las emisiones de CO2 de los vehículos eléctricos se calculará en función de las emisione

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

Pago y términos de envío

Cantidad de orden mínima: 1 pieza

Precio: To be negotiated

Detalles de empaquetado: caja de cartón

Tiempo de entrega: 30 dias

Condiciones de pago: LC, T/T

Capacidad de la fuente: 2000 piezas por mes

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Especificaciones
Resaltar:

48V hybrid solar inverter with MPPT

,

11kw off grid inverter lithium compatible

,

single phase pure sine wave inverter

Modo de carga:
MPPT
Temperatura de funcionamiento:
-10°C a 50°C
Tipo de inversor:
Inverter fuera de la cuadrícula
Frecuencia:
50Hz/60Hz
Voltaje de salida:
220VAC/230/240VAC
Interfaz de comunicación:
El número de contacto será el siguiente:
Voltaje de entrada:
230 VAC
Tamaño:
Las medidas siguientes se aplicarán:
Forma de onda:
Onda sinusoidal pura
Corriente de salida:
160A
Peso:
15kg
Modo de carga:
MPPT
Temperatura de funcionamiento:
-10°C a 50°C
Tipo de inversor:
Inverter fuera de la cuadrícula
Frecuencia:
50Hz/60Hz
Voltaje de salida:
220VAC/230/240VAC
Interfaz de comunicación:
El número de contacto será el siguiente:
Voltaje de entrada:
230 VAC
Tamaño:
Las medidas siguientes se aplicarán:
Forma de onda:
Onda sinusoidal pura
Corriente de salida:
160A
Peso:
15kg
Descripción
Off Grid 48V 11kw 8.5kw Hybrid Solar Inverter Single Phase Pure Sine Wave with High Efficiency MPPT and Lithium Battery Activation
Off Grid 48V 11kw 8.5kw Hybrid Solar Inverter Single Phase Pure Sine Wave with High Efficiency MPPT and Lithium Battery Activation
Off Grid 48V 11kw 8.5kw Hybrid Solar Inverter Single Phase Pure Sine Wave with High Efficiency MPPT and Lithium Battery Activation 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
Off Grid 48V 11kw 8.5kw Hybrid Solar Inverter Single Phase Pure Sine Wave with High Efficiency MPPT and Lithium Battery Activation 1
Off Grid 48V 11kw 8.5kw Hybrid Solar Inverter Single Phase Pure Sine Wave with High Efficiency MPPT and Lithium Battery Activation 2
Off Grid 48V 11kw 8.5kw Hybrid Solar Inverter Single Phase Pure Sine Wave with High Efficiency MPPT and Lithium Battery Activation 3
Off Grid 48V 11kw 8.5kw Hybrid Solar Inverter Single Phase Pure Sine Wave with High Efficiency MPPT and Lithium Battery Activation 4
Off Grid 48V 11kw 8.5kw Hybrid Solar Inverter Single Phase Pure Sine Wave with High Efficiency MPPT and Lithium Battery Activation 5
Off Grid 48V 11kw 8.5kw Hybrid Solar Inverter Single Phase Pure Sine Wave with High Efficiency MPPT and Lithium Battery Activation 6
SOUTHEAST ASIA
Indonesia: Maximizing Solar Harvest Across the Equator
Dual MPPT Technology for Tropical Efficiency
Straddling the equator, Indonesia receives consistent, though often overcast, solar irradiation. The EM Series' built-in dual MPPT (60-500VDC range) is a game-changer for the archipelago. It allows for flexible panel configurations—splitting arrays to capture optimal sunlight despite partial shading from tropical clouds.
The ability to achieve 94% peak efficiency means more power from dawn to dusk, crucial for off-grid resorts in Bali or remote mining operations in Sumatra. The parallel capability (where supported by models) provides scalability for growing energy needs. This inverter doesn't just work with the sun; it maximizes every ray.
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