Multimode Hybrid Solar Inverter 3.6kW 4.6kW 5kW

Donnergy Multimode Hybrid Solar Inverter 3.6kW 4.6kW 5kW is an advanced smart on-grid off-grid solar inverter product series fit for ESS. One mold for three power: 3.6kW, 4.6kW, 5kW.

On-grid & Off-grid & UPS

The Multimode Hybrid Solar Inverter is the core component of a solar energy storage system

Multiple modes: On-grid, off-grid, UPS. Built-in MPPT charger.

Built-in DSP control. Advanced SPWM technology.

Dedicated app for remote monitoring and management.

Droop control. Max quantity in parallel: 6 units

The device can be extended to an All-in-one ESS on clients’ needs.

Compatible with all (almost) 48V LiFePO4 battery pack.

The Core Part of Smart Home Power

With the inverter, we can make a power system and act the key role in handling power from different sources:

POWER GENERATED BY THE PV ARRAY

Through the Hybrid solar inverter, we can supply the loads with the power generated by the PV array or store the power in an ESS battery. We can also transmit excess power directly to the grid to get benefits. Moreover, the GH6000TL/GH8000TL series can connect to a diesel generator.

POWER FROM THE UTILITY GRID

Through the inverter, we can also store power in an ESS battery transmitted from the grid or supply the loads stably.

POWER IN THE BATTERY

Through the inverter, we can supply the loads with power from an ESS battery or directly transmit power to the grid for benefits. So it’s also a UPS to make sure a stable power supply to the loads. Support double AC output to the loads. Support different electric load types.

One Mold For Three Power: 5 kW, 3.6 kW, 4.6 kW

	Technical specification of 3.6KW Hybrid Solar Inverter GH3600TL
	Conversion Efficiency
Max efficiency:	98%
European weighted efficiency:	97%
Battery-AC efficiency:	95% (Max)
MPPT efficiency:	99.9%
	Input (PV)
Input power:	5200 W (Max)
Input voltage:	500 V (Max)
MPPT operating voltage range:	120 V ~ 430 V
Start-up voltage:	150 V
Nominal input voltage:	360 V
Input current per MPPT:	15 A (Max)
Short circuit current per MPPT:	18.9 A (Max)
Number of MPPT trackers:	2
Number of strings per MPPT:	1
	Input & Ouput (DC Battery)
Battery type:	Lithium or Lead-Acid
Nominal battery voltage:	51.2 V
Battery voltage range:	41.6 V ~ 58.5 V
Continuous charging current:	100 A (Max)
Charge power:	3600 W (Max)
Discharge power:	3600 W (Max)
	Output (AC On-grid)
Rated power output to the Utility grid:	3600 W
Apparent power output to the Utility grid:	3960 VA (Max)
Apparent power from the Utility grid:	3960 VA (Max)
Nominal output voltage:	220 V / 230 V / 240 V
Nominal AC grid frequency:	50 Hz / 60 Hz
AC current output to the Utility grid:	17.2 A (Max)
AC current from the Utility grid:	17.2 A (Max)
Total harmonic distortion:	< 3%
Power factor:	~ 0.99 cosΦ
UPS switch time:	< 10 ms
	Output (AC Back-up)
Back-up rated power:	3600 W
Output apparent power:	4500 VA (Max)
Output current:	15.6 A (Max)
Nominal output voltage:	220 V / 230 V / 240 V
Nominal output frequency:	50 Hz / 60 Hz
Output THDc (@ Linear load):	< 3%
	Protection
Residual current monitoring:	Yes
Anti-islanding protection:	Yes
DC switch protection:	Yes
Remote shutdown:	Yes
Protection level:	IP65
	Environmental & Ambient conditions
Operating temperature range:	-25 ℃ ~ +60 ℃
Relative humidity:	0 ~ 95%, non-condensing
Installation altitude above the sea level:	Below 2000 m
Cooling method:	Natural cooling
Monitoring settings:	Integrated data logger
	Physical parameters
Dimensions:	350 (W) X 580 (HGT) X 230 (THK) mm
Weight:	25 ± 0.5 KG
Interfaces:	CAN, RS485, WIFI
Installation:	Wall mount with bracket
Warranty time:	5 years

	Technical specification of 4.6KW Hybrid Solar Inverter GH4600TL
	Conversion Efficiency
Max efficiency:	97.8%
European weighted efficiency:	97%
Battery-AC efficiency:	95% (Max)
MPPT efficiency:	99.9%
	Input (PV)
Input power:	6600 W (Max)
Input voltage:	500 V (Max)
MPPT operating voltage range:	120 V ~ 430 V
Start-up voltage:	150 V
Nominal input voltage:	360 V
Input current per MPPT:	15 A (Max)
Short circuit current per MPPT:	18.9 A (Max)
Number of MPPT trackers:	2
Number of strings per MPPT:	1
	Input & Ouput (DC Battery)
Battery type:	Lithium or Lead-Acid
Nominal battery voltage:	51.2 V
Battery voltage range:	41.6 V ~ 58.5 V
Continuous charging current:	100 A (Max)
Charge power:	4600 W (Max)
Discharge power:	4600 W (Max)
	Output (AC On-grid)
Rated power output to the Utility grid:	4600 W
Apparent power output to the Utility grid:	5000 VA (Max)
Apparent power from the Utility grid:	5000 VA (Max)
Nominal output voltage:	220 V / 230 V / 240 V
Nominal AC grid frequency:	50 Hz / 60 Hz
AC current output to the Utility grid:	20 A (Max)
AC current from the Utility grid:	22 A (Max)
Total harmonic distortion:	< 3%
Power factor:	~ 0.99 cosΦ
UPS switch time:	< 10 ms
	Output (AC Back-up)
Back-up rated power:	4500 W
Output apparent power:	4500 VA (Max)
Output current:	20 A (Max)
Nominal output voltage:	220 V / 230 V / 240 V
Nominal output frequency:	50 Hz / 60 Hz
Output THDc (@ Linear load):	< 3%
	Protection
Residual current monitoring:	Yes
Anti-islanding protection:	Yes
DC switch protection:	Yes
Remote shutdown:	Yes
Protection level:	IP65
	Environmental & Ambient conditions
Operating temperature range:	-25 ℃ ~ +60 ℃
Relative humidity:	0 ~ 95%, non-condensing
Installation altitude above the sea level:	Below 2000 m
Cooling method:	Natural cooling
Monitoring settings:	Integrated data logger
	Physical parameters
Dimensions:	350 (W) X 580 (HGT) X 230 (THK) mm
Weight:	25 ± 0.5 KG
Interfaces:	CAN, RS485, WIFI
Installation:	Wall mount with bracket
Warranty time:	5 years

	Technical specification of 5KW Hybrid Solar Inverter GH5000TL
	Conversion Efficiency
Max efficiency:	97.8%
European weighted efficiency:	97%
Battery-AC efficiency:	95% (Max)
MPPT efficiency:	99.9%
	Input (PV)
Input power:	7000 W (Max)
Input voltage:	500 V (Max)
MPPT operating voltage range:	120 V ~ 430 V
Start-up voltage:	150 V
Nominal input voltage:	360 V
Input current per MPPT:	15 A (Max)
Short circuit current per MPPT:	18.9 A (Max)
Number of MPPT trackers:	2
Number of strings per MPPT:	1
	Input & Ouput (DC Battery)
Battery type:	Lithium or Lead-Acid
Nominal battery voltage:	51.2 V
Battery voltage range:	41.6 V ~ 58.5 V
Continuous charging current:	100 A (Max)
Charge power:	5000 W (Max)
Discharge power :	5000 W (Max)
	Output (AC On-grid)
Rated power output to the Utility grid:	5000 W
Apparent power output to the Utility grid:	5500 VA (Max)
Apparent power from the Utility grid:	5500 VA (Max)
Nominal output voltage:	220 V / 230 V / 240 V
Nominal AC grid frequency:	50 Hz / 60 Hz
AC current output to the Utility grid:	23.9 A (Max)
AC current from the Utility grid:	23.9 A (Max)
Total harmonic distortion:	< 3%
Power factor:	~ 0.99 cosΦ
UPS switch time:	< 10 ms
	Output (AC Back-up)
Back-up rated power:	4500 W
Output apparent power:	4500 VA (Max)
Output current:	20 A (Max)
Nominal output voltage:	220 V / 230 V / 240 V
Nominal output frequency:	50 Hz / 60 Hz
Output THDc (@ Linear load):	< 3%
	Protection
Residual current monitoring:	Yes
Anti-islanding protection:	Yes
DC switch protection:	Yes
Remote shutdown:	Yes
Protection level:	IP65
	Environmental & Ambient conditions
Operating temperature range:	-25 ℃ ~ +60 ℃
Relative humidity:	0 ~ 95%, non-condensing
Installation altitude above the sea level:	Below 2000 m
Cooling method:	Natural cooling
Monitoring settings:	Integrated data logger
	Physical parameters
Dimensions:	350 (W) X 580 (HGT) X 230 (THK) mm
Weight:	25 ± 0.5 KG
Interfaces:	CAN, RS485, WIFI
Installation:	Wall mount with bracket
Warranty time:	5 years

Multimode Hybrid Solar Inverter, connecting ESS batteries and other devices in the ESS system

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1. LCD screen

2. PV input Terminals

3. Com Terminals

4. AC output terminals

5. Battery input terminals

6. PV input switch

7. wifi or GPRS com module and uSB Port

ESS Battery

How does it work in the whole Energy Storage System?

On-grid & Off-grid & UPS

Multimode Hybrid Solar Inverter GH3600TL / GH4600TL / GH5000TL

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How to make system integration?

Donnergy provides complete solutions for forming a solar energy storage system. In the below slider show, we are displaying 5 circuit diagrams for building 5 hybrid on-grid off-grid solar systems. Connecting solar panel, Donnergy multimode hybrid solar inverter, Donnergy ESS battery, the grid, CT and load end.

How to monitor and manage the system?

Donnergy developed a dedicated App and webpage for users to monitor and manage the whole solar system.