SolaX Power T-BAT H4.0 User manual

Triple Power
---High Voltage Storage System
www.solaxpower.com

CONTENTS
1
3
4
OVERVIEW
INTRODUCTION
CERTIFICATION
INSTALLATION
STATUS INDICATOR
TROUBLESHOOTING

OVERVIEW
DC Distribution Box
AC Distribution Box
PV Array
Electrical Grid Electric Meter
Bidirectional
---Surge Arrestor
---Fuse
---DC Breaker
---Surge Arrestor
---Fuse
---DC Breaker
EPS Load
Commo
nLoad
DC Breaker
AC Breaker
Contactor
Battery
System
Photovoltaic system consist
of:
•Solar cell module;
•DC distribution equipment;
•AC distribution equipment;
•Inverter;
•Battery.

Flexible Scheme
· 8 type of system can be chose.
Quality Assurance
· Passed a series of certifications, eg: TUV (IEC 62619)
OVERVIEW
Easy Installation
· Simple wire connection and fast installation.

Features of Product:
· 100% DOD;
· 99% Charge Efficiency;
· 95% Charge Discharge Cycle Efficiency;
· Charge Cycle Life>6000;
· Hardware Secondary Protection;
· Classified Protection: IP55;
· Safety & Reliable;
· Little Space Taking;
· Two Installation Methods: Floor Mounting & Wall Mounting;
· For Single Phase Storage Inverter can match with: 1-3 pack;
· For Three Phase Storage Inverter can match with: 2-4 packs;
OVERVIEW

Triple Power System = Master Control + Slave Control + Battery
1、Master Control (BMS)：MC0500 (Must be chose when making order)
2、Battery Module：HV10040 & HV10056
3、8 Type of System：
OVERVIEW
No. Model BMS Battery Module
Energy
(KWh
)
Voltage(V)
1 T-BAT H4.0 MC0500x1 HV10040X1 4 85-118
2 T-BAT H8.0 MC0500x1 HV10040X2 8 170-236
3 T-BAT H12.0 MC0500x1 HV10040X3 12 255-354
4 T-BAT H16.0 MC0500x1 HV10040X4 16 340-472
5 T-BAT H5.6 MC0500x1 HV10056X1 5.6 85-118
6 T-BAT H11.2 MC0500x1 HV10056X2 11.2 170-236
7 T-BAT H16.8 MC0500x1 HV10056X3 16.8 255-354
8 T-BAT H22.4 MC0500x1 HV10056X4 22.4 340-472
Battery
Module

OVERVIEW
Parameter Specification:
MC0500 HV10040 HV10056
Nominal Voltage(Vdc): / 100.8 100.8
Operating Voltage(Vdc): 70-500 85-118 85-118
Nominal Capacity(Ah): / 40 56
Max. charge/discharge Current(A) : 30 30 30
Recommend Charge/Discharge Current
(A): 25 25 25
Standard Power(kW): / 2.5 2.5
Maximum Power(kW): / 3 3
Faradic Charge Efficiency(25℃/77℉): 99%
Battery Round trip
Efficiency(C/3,25℃/77℉):
95%
Expected Lifetime(25℃/77℉): 5 years
Cycle life(100% DOD,25℃/77℉): 6000 cycles
Available Operating Temperature: 0--40℃
Optimal Operating Temperature: 15℃--30℃
Storage Temperature: -20℃--60℃
Ingress Protection: IP55

Size：461*189*105mm
Net Weight：5.7kg
Rough Weight：7.5kg
INTRODUCTION
BMS Port
Port Lable Description
A / Breather Valve
B XPLUG Power Port（Connect with battery module）
C RS485 RS485 Communication Port
D DIP DIP Switch
E ON/OFF Air Switch
F POWER Power Switch
G CAN CAN Communication Port
H BAT+/BAT- Positive & Negative charge lines

Size：464*193*588mm
Weight：56.6kg(40Ah)
67.5kg(56Ah)
INTRODUCTION
Battery Module Port
Port Lable Description
A XPLUG Power Port（Connect with the next one battery module
YPLUG port）
B RS485 I RS485 communication port 1（Connection with battery
module’s communication port）
C GND Connect with ground
D RS485 II RS485 communication port 2（Connect with the next one
battery module’s RS485 communication port2）
（Connect with the next one battery module’s
）

CERTIFICATION
Certifications
Battery pack safety:
CE, FCC, RCM, TUV (IEC 62619), UL
1973
Battery cell safety:
UL 1642
UN number:
UN 3480
Hazardous materials classification:
Class 9
UN transportation testing requirements:
UN 38.3
International protection marking:
IP 55

INSTALLATION
Design Sketch

INSTALLATION
Complete Installation Drawing

INSTALLATION
1. Floor/Wall Mounting
Note:
•Customers are supposed to
estimate the GND wire first
according to their actual
installation site;
•Then connect GND wire with
battery module;
•Then start installing: floor
mounting or Wall mounting;
•Lastly, connect power line &
Communication line between
BMS and battery module;

INSTALLATION
2. Power Line Connection
a. Connect Power Line ( Length: 120mm) between BMS and Battery Module：BMS (XPLUG) with
Slave Controller (XPLUG)
BMS(Master
Controller)
Slave
Controller
Battery Module = Slave Controller + Battery

INSTALLATION
2. Power Line Connection
b. Using Short-circuit line to make a loop: if only one battery module, plug Short-circuit Line into this
battery module’s YPLUG port when finishing the Power line & Communication line connection, so
that can make a complete electric loop.
Note: If using 2-4 battery modules, you should use power line (Length: 400mm) to complete the
connection between battery modules, and lastly, using Short-circuit line to make a complete electric
loop.

INSTALLATION
2. Power Line Connection
Actual Connection Diagram

INSTALLATION
3. Communication Line Connection
RS485 Connection: Connecting communication line (Length: 120mm) between BMS RS485 port
and Battery Module’s RS485I port, then tighten the plastic nut. If more than one battery module (2-4
Battery Modules), after finishing the communication connection between BMS and First battery
module, using Communication Line (Length: 400mm) to complete the communication connection
between battery modules.

INSTALLATION
3. Communication Line Connection
CAN Communication：Connecting CAN Communication Line (Length: 2mm) between BMS CAN Port
and Inverter CAN Port.

INSTALLATION
4. GND Connection (THIS IS MANDATORY REQUIREMENT)
Using 10AWG GND line to connect GND Port between BMS and Battery Module, then, connect with
inverter’s GND Port in the end.

INSTALLATION
5. Charge Line Connection
Connect to Inverter: Using Power Line (Length: 2m) to complete connections
between Inverter and BMS.