Tesla Model Y -Thermal Management System 热管理系统
H V A C
Rear end of the vehicle 汽车后方
LH side of the vehicle
汽车左侧
上海外国语大学自考RH side of the vehicle
汽车右侧
Front of the vehicle 汽车前方
Advance Analysis and Findings 先进分析和发现
T esla Model Y –Bigger Vehicle, but same performance as Model 3
特斯拉Model Y -车型更大，但性能与Model 3相同
judgement dayDescription Model 3Model Y
Length184.8 in (4,694 mm)187 in (4,751 mm)
Width82.2 in (2,088 mm)83.8 in (2,129 mm)
Height56.8 in (1,443 mm)63.9 in (1,624 mm)
GVWR5,073 lbs(2,301 kg)5,302 lbs(2,405 kg)
Model Y Model 3+20 Miles
Model Y –bigger and heavier than Model 3更大更重
move like a jaggerModel Y –us same battery as Model 3使用相同电池
Model Y –better range than Model 3 更长里程
Tesla achieved better performance in Model Y using new thermal
management technique
Why Thermal Management is Important in Electric Vehicles ? /
为什么热管理在电动汽车中很重要？
Need for Thermal Management System in EVs / 电动汽车对热管理系统的需求
❑Electric Vehicles have veral requirements for an effective Thermal Management System / 电动汽车对有效的热管理系统有几个要求
▪Cooling Propulsion motors and other medium to high temperature components / 冷却推进电机和其他中高温部件
▪Cooling electronics at a medium to low temperature / 中低温冷却电子设备
▪Cooling or Heating Batteries to a specific range (70F –90F) / 将电池冷却或加热到特定范围（70F–90F）英文网站大全
▪Cooling or Heating the Cabin and Occupants / 冷却或加热驾驶室和乘客
❑Electric Vehicles must address the needs and overcome some fundamental problems / 电动汽车必须满足这些需求并克服一些根本问题
大概的意思
▪Finite amount of energy on board for Heating and Cooling / 用于加热和制冷的能源有限
textbook▪With no I.C. Engine, a much lower availability of waste heat / 在没有内燃机的情况下，废热的利用率要低得多
研究员英文
How T esla has addresd thermal management in Model Y ? /
特斯拉如何解决Model Y的热管理问题？
Tesla Model Y has chon a new approach to address thermal management / 特斯拉Model Y选择了一种新的方法来解决热管理问题
❑Heat pump system for cabin heating & battery management / 热泵系统用于舱内加热和电池管理
❑Complex coolant circuit to enable multiple operational modes to u available waste heat and allow unique interface between coolant and refrigerant systems / 复杂的冷却液回路，使多种操作模式能够利用可用的余热，并在冷却液和制冷剂系统之间建立独特的接口
❑Complex 1234-YF refrigerant heat pump circuit to allow multiple options for refrigerant flow to cabin and under hood heat exchangers / 复杂的1234-YF制冷剂热泵回路允许多种制冷剂流向座舱和
发动机舱盖下热交换器❑Indirect condensing and heat pump evaporation using single coolant heat exchanger(low temp radiator) to front end of vehicle (airstream) / 使利用单冷却液换热器（低温散热器）对车辆前端（气流）进行间接冷凝和热泵蒸发
Advance Analysis and Findings by Caresoft Expert T eam / Caresoft专家团队的先进分析和发现october road
财务决算报告范文▪Design and Functional Parameter Study Report 设计和功能参数研究报告▪Performance Test Data and Report性能试验数据和报告
▪High Energy Scan System level Output (video format)
高能扫描系统级输出（视频格式）
▪Detailed Engineering CAD and CAE Mesh Model
bec商务英语证书详细工程CAD与CAE网格模型
Performed by Cooling System由冷却系统执行/ HVAC Industry Expert
暖通空调行业专家Former VP Engineering at Mahle马
勒前副总裁
(In charge of product line engineering –Mahle, USA and Project Management –USA, Japan, Germany负责美国马勒的产品线工程和美国、日
本、德国的项目管理)
Caresoft Deliverables in Model Y Thermal Management System / Caresoft在Model Y热管理系统中的可交付成果
