REVO Series Wall Mounted Integrated Solar Hybrid Grid Tie Inverter With Built-in MPPT Solar Controller

  • hybrid grid tie inverter,solar hybrid grid tie inverter,hybrid on grid inverter
  • hybrid grid tie inverter,solar hybrid grid tie inverter,hybrid on grid inverter
  • hybrid grid tie inverter,solar hybrid grid tie inverter,hybrid on grid inverter
  • hybrid grid tie inverter,solar hybrid grid tie inverter,hybrid on grid inverter
  • hybrid grid tie inverter,solar hybrid grid tie inverter,hybrid on grid inverter
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REVO Series Solar Hybrid Grid Tie Inverter  Key Features:

1.Touch screen display.
2.Output power factor PF=1.0
3.On grid with energy storage.
4.Energy generated record, load record, history information and fault record.
5.Language and time setting.
6.Structure with dust filter.
7.AC charging and AC output time setting.
8.Charging voltage and charging current timing.
9.External wi-fi device optional.
10.Parallel operation with up to only available for.
11.Smart battery charger design.

 

REVO Series Solar Hybrid Grid Tie Inverter Technical Specification

MODELREVO 3K-48REVO 4K-48 REVO 5K-48
Max PV Array Power4000W  4000W 6000W 
Rated Output Power3000W4000W5000W
Maximum PV Array Open Circuit Voltage145VDC145VDC145VDC
MPPT Range @ Operating 60-115VDC60-115VDC60-115VDC
Voltage
MPPT Tracker Number11%s
GRID-TIE OPERATION
GRID OUTPUT (AC)
Nominal Output Voltage220/230/240VAC
Output Voltage Range184-264.5VAC
Nominal Output Current13A17.4A 21.7A
Power Factor>0.99
EFFICIENCY
Maximum Conversion Efficiency (DC/AC)90%
OFF-GRID, HYBRID OPERATION
GRIN INPUT
Acceptable Input Voltage Range90-280VAC or 170-280 VAC
Frequency Range50Hz/60Hz (Auto sensing)
Maximum AC Input Current40A
BATTERY MODE OUTPUT (AC)
Nominal Output Voltage220/230/240VAC
Output Wave formPure sine wave
Efficiency (DC to AC)93%
BATTERY & CHARGER
Nominal DC Voltage48VDC
Maximum Solar Charge 80A 80A 80/120A
Current
Maximum AC Charge Current60A
Maximum Charge Current140A 140A 140/180A
GENERAL
INTERFACE
Parallel FunctionYes
CommunicationUSB or RS232/Dry-Contact
ENVIRONMENT
Humidity0~90% RH (No Condensing)
Operating Temperature0 to 50 ℃

 

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Related SEO Article – Solar hybrid grid tie inverter development prospects

From the perspective of photovoltaic development, the grid connected system installed capacity will occupy 90% of the market, the establishment of large power plants, rooftop solar energy applications is the main direction of development of photovoltaic industry. But with the future power generation costs reaching the level of conventional hydropower and thermal power costs, the proportion of off grid applications will increase. At present, the hybrid on grid inverter is the focus of development for all manufacturers, and its technical indicators represent the level of solar inverter technology.

However, since 2007, the selection of inverter installed in foreign grid connected soalr power generation system became more and more inclined to miniaturization, intelligent, modular development, the use of small soalr hybrid on grid inverter has become the development trend of soalr grid. The reason is the rise of large-scale foreign PV systems market, from small household power plant construction to use hundreds thousand KW class power station has been more common; in the grid connected power generation, cost control, security, reliability and other aspects of foreign countries have accumulated rich experience, and established a detailed and reliable grid connected power generation database.

In addition, the market demand for solar off grid inverters has also increased. Off grid solar power generation system is composed of solar controller, the management of charging and discharging the battery, and provide power to the DC load or the hybrid on grid inverter provides a new power supply power to the AC load, is widely used in the harsh environment of the plateau Island, Remote mountainous area and field operation, but also can be used as a telecom station, advertising light boxes, lamps and other power supply.

Off grid solar system will be widely promoted in the process of rural electrification, so the market demand of off grid inverter is expanding accordingly. By 2020, the global system will be 20% of the total installed capacity, and will reach 30% by 2030.