Solax Triple Power HV10230

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Quick Installation Guide

—— Triple Power Lithium-ion Battery

Packing List (BMS)

Packing List (Battery Module)

Installation Prerequisites

III

Floor/Wall Mounting

Battery Module Installation to Base Mounting

Place the BMS on top of the battery module and affix it with M4 screws using an L-type wrench. Ensure that the BMS and

battery unit align on matching sides as shown in the diagram below.

Battery Module Installation to Module

-Tighten the expansion screw sleeve

- Drill holes(at least 80mm) with driller

- Mark the postion of the holes

BMS Installation to Battery Module

VII

Note: The Quick Installation Guide briefly describes required installation steps. If you have any questions, refer to the User

Manual enclosed with the BMS for more detailed information.

±2) mm

Make sure the wall is strong enough to withstand the weight of battery.

-Adjust the balance

NOTE!

Ensure that the installation location meets the following conditions:

The building is designed to withstand earthquakes

The location is far the sea to avoid salt water and humidity, 1000mfrom over

The floor is flat and level

There are no flammable or explosive materials, at a minimum of 0.9m

The ambience is shady and cool, away from heat and direct sunlight

The temperature and humidity remain at a constant level

There is minimal dust and dirt in area

There are no corrosive gases present, including ammonia and acid vapor

Where charging and discharging, the ambient temperature ranges from 0°C to 45°C

The Triple Power battery module is rated at IP65 and thus can be installed outdoors as well as indoors. However,

ifinstalled outdoors, do not allow the battery pack to be exposed to direct sunlight and moisture.

If the ambient temperature exceeds the operating range, the battery pack will stop operating to protect itself.

The optimal temperature range for operation is -10°C to 50° Frequent exposure to harsh temperatures may C.

deteriorate the performance and lifetime of the battery module.

ŸŸŸŸŸŸŸŸŸŸ

In practice, the requirements of battery installation may be different due to enviroment and locations.

In that case, follow up the exact requirements of the local laws and standards.

Step 3: Match the battery with base mounting

For two battery s:module

Place the second one on top of the module and two sides are locked with M4 screws.

Match the BMS to the battery modules

Fix the battery module and wall bracket with expansion bolts.

Place the BMS on top of the module and two sides are locked with M4 screws(N).

Note: One battery module or connected to the BMS, need to be installed a bracket to fix.

Charging Cable (+) x1 (2m)

Power Cable(0.12m) x1

CAN Cable x1 (2m)

Wall Bracketx1

Expansion Bolt x2 Expansion Screw x2

M4 Screw x2

Base M x1 ounting

User Manual x1

Rotation Wrench x1

M5 Screw x2

Flat Gasket x2

Expansion Bolt x2

The copyright of this manual belongs to SolaX Power Co.,Ltd.. Any corporation or

individual should not plagiarize, partitially copy or fully copy(including software,etc.),

and no reproduction or distribution of it in any form or by any means. All rights

reserved.

SolaX Power Co.,Ltd,.reserves the right of final interpretation. The information is

Tripl e Power Li thium -ion Ba ttery

User Manual

30Ah

Charging Cable (-) x1 (2m)

COMM Cable x1 (0.2m)

Ring Terminal x1

Guard Ring x2

BMS x1

Accessories (1) of thethree and four Battery Modules (HV10230×3/4):

Accessories (2) of the three and four Battery Modules (HV10230×3/4):

Quick Installation Guide

--Triple Power Lithum-ion Battery

Quick Installation Guide

--Triple Power Lithum-ion Battery

Note:The two power cables need to be purchased separately

OneBattery Module (HV10230 ×1):

Power Cable (690mm) x1

COMM Cable (600mm) x1

M4 Screw x2

Power Cable (1200mm) x1

COMM Cable(1200mm) x1

Power Cable(1200mm) x1

Power Cable(1800mm) x1

Expansion Bolt x2

Base M x1 ounting

Guard Ring x4

Cover Plate x1

Quick Installation Guide x1

Accessories of Wall bracket x1

Quick Installation Guide x1

Snap-fit x2

Battery Module x1

M4 Screw x2

Need help?

Do you have a question about the Solax Triple Power HV10230 and is the answer not in the manual?

Summary

Packing List

Packing List BMS

Lists the components included with the Battery Management System (BMS).

Packing List Battery Module

Lists the components included with the battery module.

Mounting Procedures

Floor;Wall Mounting

Instructions for securely mounting the battery system to a floor or wall.

Battery Module Installation to Base Mounting

Steps for installing a battery module onto its base mounting.

Battery Module Installation to Module

Guidance on stacking and connecting battery modules together.

BMS Installation to Battery Module

Procedure for mounting the BMS onto the battery module stack.

Cable Connections

Connecting Cables to Inverter

Details on connecting the BMS and battery system to the inverter.

Connecting Cables to One Battery Module

Wiring instructions for connecting one battery module to the BMS.

Connecting Cables to Two Battery Modules

Wiring instructions for connecting two battery modules to the BMS.

Connecting Cables to Three Battery Modules

Wiring instructions for connecting three battery modules to the BMS.

Connecting Cables to Four Battery Modules

Wiring instructions for connecting four battery modules to the BMS.

This document provides a Quick Installation Guide for the Triple Power Lithium-ion Battery, including its Battery Management System (BMS) and battery modules. It covers packing lists, installation prerequisites, mounting instructions, cabling, and commissioning.

Function Description

The Triple Power Lithium-ion Battery system is designed to store and supply electrical energy, working in conjunction with an inverter. The system consists of a Battery Management System (BMS) and multiple battery modules, which can be stacked to increase capacity. The BMS acts as the central control unit, managing the charging and discharging processes, monitoring battery health, and communicating with the inverter. The battery modules are the individual energy storage units. The system supports various configurations, from a single battery module up to four modules, to meet different energy storage requirements.

Important Technical Specifications

BMS Components:

Charging Cable (-): 1x (2m)
Charging Cable (+): 1x (2m)
Power Cable: 1x (0.12m)
CAN Cable: 1x (2m)
COMM Cable: 1x (0.2m)
Rotation Wrench: 1x
Wall Bracket: 1x
M5 Screw: 2x
Expansion Bolt: 2x
Flat Gasket: 2x
Expansion Screw: 2x
Ring Terminal: 1x
Expansion Bolt: 2x
M4 Screw: 2x
Guard Ring: 2x
Base Mounting: 1x
BMS Unit: 1x
User Manual: 1x

Battery Module (HV10230) Components:

One Battery Module (HV10230): 1x
Power Cable (690mm): 1x
COMM Cable (600mm): 1x
M4 Screw: 2x
Battery Module: 1x
Quick Installation Guide: 1x

Accessories for Three and Four Battery Modules (HV10230×3/4):

Power Cable (1200mm): 1x
COMM Cable (1200mm): 1x
Cover Plate: 1x
M4 Screw: 2x
Expansion Bolt: 2x
Base Mounting: 1x
Snap-fit: 2x
Guard Ring: 4x
Accessories of Wall Bracket: 1x
Quick Installation Guide: 1x

Additional Power Cables (Purchased Separately):

Power Cable (1200mm): 1x
Power Cable (1800mm): 1x

Environmental Specifications:

IP Rating: IP65 (suitable for both indoor and outdoor installation, but avoid direct sunlight and moisture outdoors).
Optimal Operating Temperature: -10°C to 50°C.
Charging/Discharging Ambient Temperature Range: 0°C to 45°C.
Installation Location Requirements:
- Building designed to withstand earthquakes.
- Far from the sea (over 1000m) to avoid saltwater and humidity.
- Flat and level floor.
- Minimum 0.9m clearance from flammable or explosive materials.
- Shady and cool, away from heat and direct sunlight.
- Constant temperature and humidity.
- Minimal dust and dirt.
- No corrosive gases (ammonia, acid vapor).

Usage Features

Installation Flexibility:

The system supports various configurations:

Single Battery Module: BMS connects directly to one battery module.
Two Battery Modules: BMS connects to two stacked battery modules.
Three Battery Modules: BMS connects to three stacked battery modules.
Four Battery Modules: BMS connects to four stacked battery modules.

Mounting Options:

Floor/Wall Mounting: The battery modules can be mounted on the floor or a wall. The wall must be strong enough to support the battery's weight. Installation involves marking holes, drilling, and tightening expansion screw sleeves.
Base Mounting: For configurations with multiple modules, a base mounting accessory is used to provide stability. The BMS is then placed on top of the uppermost battery module and secured.

Modular Design:

Battery modules are designed to be stacked on top of each other. For two battery modules, the second module is placed on top of the first and secured with M4 screws. The battery module and wall bracket are then fixed with expansion bolts.

Cabling System:

The installation guide provides detailed instructions for connecting various cables:

BMS to Inverter: Includes connecting BAT+ (A:2m), BAT- (B:2m), and CAN (D:2m) cables. The process involves stripping cables, inserting them into connectors, pressing spring clamps, and tightening screw connections to a specified torque (2.0±0.2Nm).
BMS to Battery Modules: Specific cable lengths and types are provided for different configurations (e.g., B+ to B+ (C:1200mm), B- to B- (A1:690mm), COMM to COMM1 (E:200mm)).
Inter-Module Connections: For multiple battery modules, cables connect between modules (e.g., Slave1 to Slave2, Slave2 to Slave3, etc.) for both power and communication. Corrugated pipes are used to protect cables, especially for longer runs.
Grounding: The BMS and all battery modules must be properly grounded for safety.

Commissioning Process:

After installation, the system can be commissioned by following these steps:

Verify Model Numbers: Ensure all battery modules are of the same model.
Open BMS Cover: Access the internal components of the BMS.
Circuit Breaker Switch: Move the circuit breaker switch to the "ON" position.
Power Button: Press the POWER button to turn on the T-BAT system.
Inverter AC Switch: Turn on the AC switch of the inverter.

Maintenance Features

Environmental Protection:

The IP65 rating provides protection against dust and water ingress, reducing the need for frequent cleaning or protection from environmental elements. However, outdoor installations require avoiding direct sunlight and moisture to prevent performance degradation and extend lifetime.

Self-Protection Mechanism:

The battery pack includes a self-protection mechanism. If the ambient temperature exceeds the operating range (0°C to 45°C for charging/discharging, -10°C to 50°C optimal), the battery pack will stop operating to protect itself from damage. This feature helps prevent premature wear and tear due to extreme conditions.

Modular Replacement:

The modular design of the battery system suggests that individual battery modules could potentially be replaced if one unit fails, rather than replacing the entire system. This could simplify maintenance and reduce costs.

Cable Management:

The use of corrugated pipes for cable protection, especially for longer runs and between modules, helps to prevent physical damage to cables, ensuring reliable operation and reducing the need for cable repairs. Guard rings are also used to protect the ends of corrugated pipes.

User Manual Reference:

The Quick Installation Guide emphasizes that for any detailed questions or more in-depth information, users should refer to the comprehensive User Manual enclosed with the BMS. This indicates that detailed troubleshooting and maintenance procedures are available in the full manual.