InicioInversorInversor híbridoInversor híbrido 30KW 50KW 100KW 150KW con EMS todo en uno
Parámetros básicos
Parámetros detallados

Inversor híbrido 30KW 50KW 100KW 150KW con EMS todo en uno

Comparte:

  • Inversor híbrido de 30-150 kW con EMS integrado para una solución de gestión de la energía inteligente, eficiente y todo en uno.
  • 30-150kW hybrid inverters with integrated EMS for seamless energy management and grid independence.
  • 30-150kW hybrid inverters with all-in-one EMS for intelligent, scalable, highly efficient power management
  • Inversor híbrido de 30-150 kW con EMS integrado para una solución de gestión de la energía inteligente, eficiente y todo en uno.
  • 30-150kW hybrid inverters with integrated EMS for seamless energy management and grid independence.
  • 30-150kW hybrid inverters with all-in-one EMS for intelligent, scalable, highly efficient power management
  • 1.Comprehensive Connectivity
    The all-in-one hybrid inverter supports connections for battery, load, grid, and solar, providing a versatile and integrated energy solution.

    2.High Battery Voltage Range
    With a battery voltage range of 600-900V, the inverter offers enhanced battery configuration flexibility and improves overall system efficiency.

    3.Dual MPPT Design
    Equipped with 2 MPPTs, the inverter maximizes PV access and increases solar power generation efficiency, ensuring optimal energy harvesting.

    4.Advanced Features for Efficiency and Control
    Features include seamless transfer (<10ms switch time), high PV voltage range (up to 1500V) to reduce cable costs, and dry contact output for remote control of diesel generators (DG).
Descargar Consulte

FAQS

Q :

What is the design advantage of the Megarevo MPS series hybrid inverters?

A :

The MPS series adopts an integrated design, combining PV controllers, energy storage converters, and on/off-grid automatic switching units, which enhances deployment efficiency and reduces installation costs.

Q :

How does the MPS series improve microgrid system availability?

A :

The PV capacity can be flexibly configured, making the system highly adaptable and suitable for remote areas and islands with weak power infrastructure.

Información sobre el producto

AC(Grid-connected)HPS30HPS50HPS100HPS120HPS150
Apparent power33kVA55kVA110kVA132kVA165kVA
Potencia nominal30 kW50 kW100 kW120kW150kW
Tensión nominal400V400V400V400V400V
Corriente nominal43A72A144A173A217A
Rango de tensión360V-440V360V-440V360V-440V360V-440V360V-440V
Frecuencia nominal50/60 Hz50/60 Hz50/60 Hz50/60 Hz50/60 Hz
Frequency range45~55/55~65Hz45~55/55~65Hz45~55/55~65Hz45~55/55~65Hz45~55/55~65Hz
THDI<3%<3%<3%<3%<3%
PF0.8lagging~0.8leading0.8lagging~0.8leading0.8lagging~0.8leading0.8lagging~0.8leading0.8lagging~0.8leading
Conexión CA3/N/PE3/N/PE3/N/PE3/N/PE3/N/PE
AC input60kVA100kVA200kVA240kVA240kVA
AC(Off-grid)
Apparent power33kVA55kVA110KVA132kVA165kVA
Potencia nominal30 kW50 kW100 kW120kW150kW
Rated voltageRated current400V400V400V400V400V
Corriente nominal43A72A144A173A217A
THDU≤2%linear≤2%linear≤2%linear≤2%linears2%linear
Frecuencia nominal50/60 Hz50/60 Hz50/60 Hz50/60 Hz50/60 Hz
Capacidad de sobrecarga110%-10mins
120%-1 min		110%-10mins
120%-1 min		110%-10mins
120%-1 min		110%-10mins
120%-1 min		110%-10mins
120%-1 min
DC (Battery and PV)
Max. PV open-circuit voltage1000V DC1000V DC1000V DC1000V DC1000V DC
Max. PV power45kWp75kWp150kWp180kWp225kWp
PV MPPT voltage range480V-800V DC480V-800V DC480V-800V DC480V-800V DC480V-800V DC
Battery voltage rangeat at Max. charge power450V-600V500V-600V500V-600V517V-600V500V-600V
Rango de tensión de la batería352-600V352-600V352-600V352-600V352-600V
Max. charge power45kW75kW150kW180kW225kW
Max. discharge power33kW55kW110kW132kW165kW
Max. charge current100A150A300A350A450A
Max. discharge current93A156A313A374A467A
General information
Grado de protecciónIP20IP20IP20IP20IP20
Noise emission<65dB(A)@1m<65dB(A)@1m<65dB(A)@1m<65dB(A)@1m<65dB(A)@1m
Operating temperature-25 °C~+55 °C-25 °C~+55 °C-25 °C~+55 °C-25 °C~+55 °C-25 °C~+55 °C
RefrigeraciónForced-airForced-airForced-airForced-airForced-air
Humedad relativa0-95% non-condensing0-95% non-condensing0-95% non-condensing0-95% non-condensing0-95% non-condensing
Maximum altitude6000m(derate over 3000m)6000m(derate over 3000m)6000m(derate over 3000m)6000m(derate over 3000m)6000m(derate over 3000m)
Dimension (W/H/D)700/1660/600mm950/1860/750mm1200/1900/800mm1200/1900/800mm1200/1900/800mm
Peso355kg610kg948kg1025kg1230kg
Build-in transformerSíSíSíSíSí
Transfer between on/off gridAutomatic≤10msAutomatic≤10msAutomatic≤10msAutomatic≤10msAutomatic≤10ms
Standby consumption<30W<30W<30W<30W<30W
Comunicación
MostrarTouch screenTouch screenTouch screenTouch screenTouch screen
ComunicaciónRS485/CANRS485/CANRS485/CANRS485/CANRS485/CAN

Certificate: CE,MEA,PEA,UKCA,AS 4777.2,EN61000-6-4:2007+A1:2011EN61000-6-2:2005,EN62109-1:2010,EN62109-2:2011.EN50549-1:2019.IEC62109.1IEC62109.2,NRS 097-2-1:2017,G99,VDE-AR-N4105:2018,DINVDEV0124-100:2020-06,PSE:2018-12

Battery voltage is determined by the following equation:
Vmin=352 x Vn/ V1, VMax=( Vmpp-100 )*Vn/ V2, VMax<600VDC;
V1 is battery cell discharge cut-off voltage, V2 is battery cell boost charge voltage, Vn is battery cell nominal voltage.

Contacto

Mate Solar diseña paneles solares de alta eficiencia y sistemas de almacenamiento de energía para hogares, empresas e industrias. Nuestras soluciones integradas, con baterías de iones de litio, inversores inteligentes y monitorización en tiempo real, reducen los costes y aumentan la independencia energética.

Contacte con nosotros

Póngase en contacto con nosotros