Deye 5/6/8/10/12/15/20/25kW Three Phase Hybrid Inverter with High Voltage Battery for Residential & Commercial Use

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Model	SUN-5K-SG01 HP3-EU-AM2	SUN-6K-SG01 HP3-EU-AM2	SUN-8K-SG01 HP3-EU-AM2	SUN-10K-SG01 HP3-EU-AM2	SUN-12K-SG01 HP3-EU-AM2	SUN-15K-SG01 HP3-EU-AM2	SUN-20K-SG01 HP3-EU-AM2	SUN-25K-SG01 HP3-EU-AM2
Battery Input Data
Battery Type	Lithium-ion
Battery Voltage Range (V)

	160-700
Max. Charging Current (A)	30		37					50
Max. Discharging Current (A)	30		37					50
Number of Battery Input	1
PV String Input Data
Max. DC Input Power (W)	6500	7800	10400	13000	15600	19500	26000	32500
Max. DC Input Voltage (V)	1000
Start-up Voltage (V)	180
MPPT Range (V)	150-850
Full Load DC Voltage Range (V)	195-850	195-850	260-850	325-850	340-850	420-850	500-850	625-850
PV Input Current (A)	20+20				26+20		26+26
No.of MPP Trackers	2
No.of Strings per MPP Tracker	1+1				2+1		2+2
General Data
Communication with BMS	CAN
Weight (kg)	30.5
Cabinet Size (WxHxD mm)	408W638H237D (Excluding Connectors and Brackets)
Warranty	5 Years (10 Years Optional)

Q : 1. What applications is this inverter best suited for? A : It's ideal for residential and commercial hybrid systems, offering a wide 5kW–25kW range with high-voltage battery support.
Q : 2. Does this inverter support high-voltage lithium batteries? A : Yes. It operates with lithium-ion batteries in the 160–700V range, enhancing efficiency and system design flexibility.
Q : 3. Can I connect multiple inverters for larger systems? A : Absolutely. You can connect up to 10 units in parallel for higher capacity and redundancy in both grid-tied and off-grid modes.
Q : 4. Is this inverter compatible with diesel generator integration? A : Yes, it supports energy input from diesel generators for emergency backup scenarios.
Q : 5. How does the inverter handle 3-phase load imbalances? A : It allows 100% unbalanced output per phase, ensuring reliable performance in uneven load conditions.
Q : 6. What makes this model more efficient than low-voltage inverters? A : Its high-voltage battery design reduces conversion loss, increases charging efficiency, and supports longer cable runs with less loss.