Pytes E-BOX 12100 Rechargeable Li Ion Battery User Manual
- May 15, 2024
- Pytes
Table of Contents
Pytes E-BOX 12100 Rechargeable Li Ion Battery User Manual
This manual introduces E-BOX12100 from Pytes. Please read this manual before installing the battery and follow the instruction carefully during the installation process. Any confusion, please contact Pytes immediately for advice and clarification.
1 Product introduction
1.1 Key features
PYTES E-BOX 12100 is high current carrying lithium iron phosphate (LFP) battery pack specially designed for the safe, reliable and long term operation in various high current applications. It has high energy density, robust design and long life. The pack has an inbuilt heating system and a BMS for centralized monitoring and protection against unexpected situation. monitoring and protection against unexpected situation.
- High reliability, high energy density and high temperature cycling performance Long lifespan and high performance lithium iron phosphate (LFP) cells are adopted in the battery module, which effectively ensures safety and cycle life over 46000 cycles.
- High-performance power management module (BMS) The BMS provides protection against over discharge, overcharge, overcurrent, short circuit, reverse connection and high or low temperature to ensure the safety in use.
- Supports CAN and RS485 communication Equipped with waterproof ports (M12) for RS485 and CAN communication.
- Excellent discharge rate performance. Capable of continuous discharge at 100A to meet high power output.
1.2 Suitable For
PYTES E-BOX 12100 is suitable for diverse applications requiring high discharge current and least supervised operations. A few of the applications of the battery pack are:
- Van life and Van building
- RV Camper Trailers
- Construction and Work Trucks
- Solar Energy Storage
- Off Grid Electrical Systems
- Recreational Vehicles
- Overland and Truck Builds
- Marine Applications
- Off-Grid Homes
2 Product parameters
2.1 Technical parameters
2.2 Panel definition
To wake up the battery from the dormant status, press and hold the SW button for 0.5S, then release it, the red light is on. 1.5S after the red light goes out, the green light comes on and keeps flickering, indicating that the battery has been awakened. To shut down the battery, press and hold the SW button for 1S, then release it, the light goes out and the battery goes into hibernation.
Indicator light description:
2.3 System wiring
2.3.1 Communication port definition
2.3.2 Parallel connection
Before wiring the battery model, make sure all batteries are turned off. Follow the steps shown below for wiring, with all positive poles together and all negative poles together. The “LINK 1” of the first battery is connected to the “LINK 0” of the second battery, and so on. After the “LINK” lines are connected, the “LINK 0” of the first battery and the “LINK 1” of the last battery are suspended. Press the power button of the first battery, and the other batteries will turn on automatically in turn.
Notice:
- The number of parallel connections is limited to 8 pcs.
- The diameter and length of the cables should be the same, and the contact surface of the terminals should be clean.
- Three or more batteries are recommended in parallel when using a 3KW inverter, and five or more batteries are recommended in parallel when using a 5KW inverter.
3 Operation environment
Battery operating environment requirements are as follows:
Working temperature：-10˫-55˫
Humidity：0%-95%RH
Altitude：＜4000m
The site environment away from heat or flammable material, away from corrosive gas or liquid, avoid electricity induced dust.
4 Transportation and storage requirements
4.1 Product transportation requirements
Battery in the process of transportation should prevent violent vibration, impact or extrusion, avoid direct sunlight and rainfall. In the process of loading and unloading, the battery should be handled gently to prevent throwing, rolling and weight.
4.2 Product storage requirements
Batteries should be stored in clean, dry and ventilated rooms where the
ambient temperature is -20˫ ~ 60˫ and the relative humidity is no more than
95%RH.
Battery should avoid contact with corrosive substances, should be far away
from the source of fire and heat.
Battery storage SOC: 40% ~ 50%.
Long-term storage: before storage, the SOC should be more than 80%, and the
battery should be recharged every six months. The charging amount should
exceed 80% of the capacity
Shanghai PYTES Energy Co., Ltd.
www.pytesgroup.com
NO.3492,Jinqian Road, Fengxian District, Shanghai, China
The right of interpretation belongs to Pytes Energy