Off grid pure sine wave inverter 3kw 3000w dc to ac hybrid mppt solar inverter 5kw 24v 5000w 48v without battery

Supplier: Guangdong Xindun Power Technology Co., Ltd.
Region: Guangdong, China
Contact: Ms Cindy Lee
Price: $170.00 / 1 - 49 pieces
$160.00 / 50 - 99 pieces
$150.00 / >=100 pieces
Min. Order: 1 piece

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Product details

application:	Fans, pumps, lights, computers, air conditioners	port:	Foshan, Guangzhou, Shenzhen
payment terms:	L/C, Western Union, D/P, D/A, T/T, MoneyGram	Output frequency:	50/60 Hz
Output current:	40A/60A/80A	type:	DC/AC Inverter
Input voltage range:	170Vac~280Vac or 120Vac~280Vac	Key words:	3000w dc to ac hybrid mppt solar inverter
stage:	Single Phase DC to AC Hybrid Solar Inverter	output type:	single
Certificate:	ISO, CE, TUV, test report	Protect:	Hybrid solar inverters for short circuit/overload etc.
model:	XD-HP Hybrid MPPT Solar Inverter	Customization support:	Accept OEM
color:	White or customized color off grid solar inverter	Packaging Details:	Use a carton or wooden box to protect the off-grid 5000w solar inverter during transportation.
rated power:	3kw 3000w 5kw 5000w off grid solar inverter	Supply capacity:	500 boxes per month
exhibit:	LCD+LED display 24v 48v mppt solar inverter	weight:	11.5kg, 11.8kg
Origin:	Guangdong, China	size:	476x350x118mm
Package preview:		brand:	Hinton Power
Waveform:	Puer sine wave mppt solar inverter	network:	development kit
Inverter type:	DC to AC hybrid mppt solar inverter without battery

feature

1. High frequency design, high power density, small size, high efficiency, low no-load loss. 2. Built-in MPPT or PWM solar charge controller is optional. 3. Pure sine wave output, suitable for various loads. 4. The battery charge and discharge voltage parameters are adjustable, suitable for different types of batteries, which can prolong battery life and improve system performance. 5. The charging current can be set, and the battery capacity configuration is more flexible. 6. Three working modes are adjustable: AC priority, battery priority, PV priority. 7. The output voltage/frequency can be adjusted to adapt to different power grid environments. 8. Ultra-wide voltage and frequency input range, supporting mains or generator. 9. LED+LCD display, easy to operate and view data, and can directly set various functions and data. 10. Multiple protection functions (overload, overtemperature, short circuit protection, etc.).

11. RS485 communication port/APP is optional.

emphasize

product information

Specification

Model: HP/HP-T

10212

15224

32224

50248

72248

rated power

1000W

1500W

3200W

5000W

7200W

Peak power (20ms)

3000VA

4500VA

9600VA

15KVA

21.6KVA

battery voltage

12VDC

24V DC

48VDC

Product size (L*W*Hmm)

411.5x283x88

476x350x118

538x388x118

Packing size (L*W*Hmm)

459x347x152

502x410x168

561x457x172

Net weight (kg)

11.5

11.8

Gross weight (kg)

12.5

12.8

17.5

installation method

Wall-mounted

in
MPPT
solar
controller
(optional)

charging method

MPPT

Rated photovoltaic input voltage

360VDC

MPPT tracking voltage range

120V-450V

Maximum photovoltaic input voltage Voc
(at lowest temperature)

500V

Photovoltaic array maximum power

2000W

4000W

6000W

4500W*2

MPPT tracking channel (input channel)

enter

DC input voltage range

10.5VDC-15VDC

21VDC-30VDC

42VDC-60VDC

Rated AC input voltage

220VAC / 230VAC / 240VAC

AC input voltage range

170VAC~280VAC (UPS mode) / 120VAC~280VAC (INV mode)

AC input frequency range

45Hz~55Hz (50Hz), 55Hz~65Hz (60Hz)

output

Output Efficiency (Battery/PV Mode)

94% (peak)

Output Voltage (Battery/PV Mode)

220VAC±2% / 230VAC±2% / 240VAC±2%

Output frequency (battery/photovoltaic mode)

50Hz±0.5 or 60Hz±0.5

Output waveform (battery/photovoltaic mode)

pure sine wave

Efficiency (AC Mode)

>99%

Output Voltage (AC Mode)

follow input

Output frequency (AC mode)

follow input

Output waveform distortion
battery/photovoltaic mode)

≤3% (linear load)

No load loss (battery mode)

≤1% rated power

No-load loss (AC mode)

≤0.5% rated power (charger does not work in AC mode)

Battery

Battery
type

VRLA battery

Charging voltage: 13.8V; floating charging voltage: 13.7V (single battery voltage)

custom battery

The charging and discharging parameters of different types of batteries can be customized according to user requirements
(The charging and discharging parameters of different types of batteries can be set through the operation panel)

Maximum AC charging current

60A

40A

60A

80A

Maximum Photovoltaic Charging Current
(Built-in MPPT controller model)

80A

60A

100A

150A

Maximum charging current (mains + PV)
(Built-in MPPT controller model)

80A

60A

100A

150A

charging method

Three-stage (constant current, constant voltage, float charge)

Protect

Battery low voltage alarm/battery low voltage protection/battery overvoltage alarm/battery overvoltage protection/battery overvoltage recovery voltage/overload power protection/inverter output short circuit protection/temperature protection

Operating mode

Mains priority/solar energy priority/battery priority (configurable)

connecting time

≤4ms

exhibit

LCD+LED

thermal method

Intelligent control cooling fan

Communication (optional)

RS485/APP (WIFI monitoring or GPRS monitoring)

wiring diagram

1. We provide three optional working modes (transmission time ≤ 4ms):
1) AC priority mode (d0)
. When the mains is normal, on the one hand, the mains charges the battery; on the other hand, only the mains supplies power to the load; . When the mains is abnormal, the inverter will switch to battery mode, and the battery will supply power to the load.

2) Photovoltaic priority mode (d1)
. When the solar energy is normal, if the solar power is greater than the load power, the load is completely powered by the solar energy. When the solar power is less than the load power, the insufficient part is supplemented by the battery, and the solar energy and the battery jointly supply power to the load. If the battery has a low voltage due to load, the inverter will switch to AC mode to supply power, and the solar energy will only charge the battery;
. When the solar energy is abnormal, the inverter will directly switch to the AC mode to supply power, and the mains will charge the battery.

3) Battery priority mode (d2)
. When the inverter has no battery low-voltage alarm, even if the mains input is normal, the inverter will switch to battery mode, and the battery will supply power to the load. . When the battery is at low voltage (that is, the voltage of a regular single battery is 11vdc) and the mains input is normal, the inverter will switch to AC mode, the mains will fully power the load, and the solar will charge the battery, but the mains The battery will not be charged.

application

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