High Voltage Battery
Turbo H3
RENAC Turbo H3 Series is a high voltage lithium battery which takes your independence to a new level. Compact design and Plug & Play is easier for transportation and installation. Maximum energy and high-power output enable whole home backup both in peak time and blackouts. With real-time data monitoring, remote upgrade and diagnosis, it is safer for home use.
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-17℃
Low charging
temperature
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6units
Support up to 6 units
parallel connection
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IP66IP66 outdoor design
Powered by CATL LiFePO4 battery cells
High charging / discharging rate
Module auto recognition
Remote firmware upgrade and diagnosis via inverter
| Mode | TB-H3-7.1 | TB-H3-9.5 |
| Nominal Energy[kWh] | 7.1 | 9.5 |
| Nominal Voltage[V] | 307.2 | 409.6 |
| Max.Continuous Charging/ Discharging Current[A] |
18.4/18.4 | |
| Peak Power[kW] | 7.5 | 10 |
| Ingress Protection | IP65 | |
High Voltage Battery
RENAC Turbo H3 Series is a high voltage lithium battery which takes your independence to a new level. Compact design and Plug & Play is easier for transportation and installation. Maximum energy and high-power output enable whole home backup both in peak time and blackouts. With real-time data monitoring, remote upgrade and diagnosis, it is safer for home use.
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Product Video
Related FAQs
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1.Why is the Turbo H3 Battery automatically turned off?
When the SOC of the battery is below 8% and the battery is not charged within 10 minutes, the breaker of the battery will automatically turn off to prevent the battery not being fully discharged, when the photovoltaic system is activated (enough solar energy to charge the battery), the battery will be automatically awakened.
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2. Can the batteries connected in parallel?
Yes, it can be connected in parallel.
For Turbo H1：
Users need to purchase a combiner box in order to connect the batteries in parallel.
1. The N1 HV hybrid inverter can be connected to Turbo H1 battery. One N1 HV hybrid inverter can connect a total of 5 Turbo H1 battery sets (5 BMCs in total) in parallel, and each battery set can be connected up to 4 battery modules. A total of 74.8kWh.
2. The N3 HV hybrid inverter can be connected to Turbo H1 battery. One N3 HV hybrid inverter can connect a total of 5 Turbo H1 battery sets (5 BMC in total) in parallel, and each battery set can be connected up to 5 battery modules. A total of 93.5kWh.
For Turbo H3:
The N3 HV hybrid inverter can be connected to the Turbo H3 battery, and one N3 HV hybrid inverter can be connected to a total of 6 Turbo H3 batteries in parallel, a total of 57kWh.
For Turbo L1:
The N1 HL hybrid inverter can be connected to Turbo L1 battery, and one N1 HL hybrid inverter can be connected to a total of 5 Turbo L1 batteries in parallel, with a total capacity of 26.5kWh.
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3.Can the Turbo H3 connect to N1 HV hybrid inverter?
Yes, the N1 HV hybrid inverter can also be connected to Turbo H3 battery. One N1 HV hybrid inverter can parallel a total of 5 Turbo H3 batteries, with a total of 47.5kWh.
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4.How to add a Turbo H3 battery to the system?
Charge or discharge the original battery to 30%, then connect the new battery to the parallel system according to the connection diagram, ensuring the SOC and consistent voltage of all batteries before connecting them together.
