Project 1 Mechanical design of battery pack
AIM:prepare a detailed battery pack of cell :ANR26650M1,drawing along with its enclosure.and battery pack capacity is 18kWh.
OBJECTIVE:
- collecting the data of cell:ANR26650M1-B from nanophophate High power lithiumlon cell pdf.
- calculating all electrical parameters for 18 kWh battery pack
- calculating all physical dimensions for battery pack
- consider perfect enclosure for dimensions that we calculated for the battery pack.
METHODOLOGY:
1)for the 18kWh battery pack we have to calculate how many cells are parallel and how many cells are in series.
2)after calculation of series and parallel combination we have to calculate the proper geometry and topology consideration for assembling batteries.
3)after assembly we need to find a proper enclosure for the battery pack for thermal consideration and other physical damages.


TECHNICAL SPECIFICATIONS:

THE DETAIL TECHNICAL SPECIFICATIONS OF BATTERY PACK IS FOLLOWS:
- PACKAGE: 50S/44P
- CAPACITY:110 Ah
- voltage: 165V
- weight: 167.2kg(onlycells)
- no of cells:2100
- power : 18150 Wh
A battery consists of one or more electrochemicals cells which are converting chemical energy into electrical energy and electrical energyu into chemical energy.the type of elements contained within a battery and the chemical reactions during discharging-charging events define the chemistry of a battery.
DIMENSIONS:

APPLICATIONS:
- ENERGY STORAGE
- UINTERRUPTIBLE POWER SUPPLIES
- COMMUNICATION TECHNOLOGIES
- AEROSPACE
- ELECTRIFIED MOBILITY DEVICES
- INDUSTRAL EQUIPMENT
- MEDICAL DEVICES
- TOYS
BATTERY STRUCTURE :

2)




ARRANGEMENT OF THE BATTERY :

tesla model s battery pack

conclusions:
- PACKAGE: 50S/44P
- CAPACITY:110 Ah
- voltage: 165V
- weight: 167.2kg(onlycells)
- no of cells:2100
- power : 18150 Wh