SUNNY TRIPOWER 10.0 Smart Energy Hybrid Inverter Instruction Manual
- June 9, 2024
- SMA
Table of Contents
Technical Information
SUNNY TRIPOWER SMART ENERGY
Approved Batteries and Information on Battery Communication Connection
Approved Batteries
In the tables you will find the batteries which are approved for operation with the following hybrid inverters of SMA Solar Technology AG (status: 2022/02):
- STP5.0-3SE-40
- STP6.0-3SE-40
- STP8.0-3SE-40
- STP10.0-3SE-40
Firmware version of the battery
The firmware version of the BYD batteries can be accessed via the user
interface of the battery (see manufacturer’s manual).
Inverter firmware version
The firmware version of the inverter can be accessed via the user interface of
the inverter.
Type (Manufacturer)| Firmware version of battery:| Firmware
version of inverter:
---|---|---
Battery-Box Premium HVM (11.0-22.1)
(BYD Company Limited)| BMU ≥ 3.16
BMS ≥ 3.24| ≥ 1.00.00.R
Battery-Box Premium HVS (5.1-12.8)
(BYD Company Limited)| BMU ≥ 3.16
BMS ≥ 3.24| ≥ 1.00.00.R
Synchronizing the battery and hybrid inverter
All batteries mentioned supply a defined nominal current. Please pay attention
to the battery manufacturer’s recommendation regarding the suitable
dimensioning of the battery in order to achieve the nominal and overload
currents of the systems stated in the datasheet with a Sunny Tripower Smart
Energy. Only if the dimensioning of the battery size is synchronized (battery
capacity, battery currents, number of battery modules if necessary), the full
functionality and power incl. overload can be guaranteed for the PV storage
system with the respective hybrid inverter in use.
Example: Usable power when using the STP10.0-3SE-40 together with Battery- Box Premium HVS
| HVS 5.1| HVS 7.7| HVS 10.2| HVS 12.8
---|---|---|---|---
Voltage range of bat- tery| 160 V to 230 V| 240 V to 345 V| 320 V to 460 V|
400 V to 576 V
Maximum current| 12 A to 25 A| 25 A| 25 A| 25 A
Maximum power| 2.4 kW to 5.75 kW| 6 kW to 8.6 kW| 8 kW to 10.6 kW| 10 kW to
10.6 kW
Example: Usable power when using the STP10.0-3SE-40 together with Battery- Box Premium HVM
| HVM 8.3| HVM 11.0| HVM 13.8| HVM 16.6| HVM 19.3|
HVM 22.1
---|---|---|---|---|---|---
Voltage range| Not| 160 V to| 200 V to| 240 V to| 280 V to| 320 V to
of battery| compatible| 240 V| 300 V| 360 V| 420 V| 480 V
Maximum cur- rent| Not compatible| 12 A to 30 A| 25 A to 30 A| 30 A| 30 A| 30
A
Maximum| Not| 2.4 kW to| 6 kW to 9 kW| 7.2 kW to| 8.4 kW to| 9.6 kW to
power| compatible| 7.2 kW| | 10 kW| 10 kW| 10.6 kW
Battery Communication Connection
2.1 Cable Requirements
- Twisted pair conductors
- Cable category: minimum CAT5e
- Cable with shielding: Yes
- Conductor cross-section: 0.2 mm² to 1.5 mm²
- External diameter: 5.3 mm to 7 mm
- Maximum cable length: 10 m
- UV-resistant for outdoor use.
- Recommendation: Use a network installation cable with 1-core rigid wire
- Comply with the requirements of the battery manufacturer.
2.2 Cabling Plan
Sunny Tripower Smart Energy with BYD Battery-Box Premium HVM/HVS
The CAN communication cable can be connected either to the RJ45 socket for CAN
communication or to the terminal block of the battery.
Figure 1: Cabling plan Sunny Tripower Smart Energy with Battery-Box Premium HVM/HVS
| Terminal point at inverter | Function | Terminal point at battery |
|---|---|---|
| 5 | Not used | – |
| 2 | Enable | 4 |
| 4 | GND | 3 |
| 3 | CAN L (twisted pair conductors, at least CAT5e) | 2 |
| 1 | CAN H (twisted pair conductors, at least CAT5e) | 1 |
| 6 | Shielding | – |
ENERGY THAT CHANGES
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References
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