Chroma‘s High Power EVSE Production Line Test Solutions Help to Build Low-Carbon Sustainable Cities
Electric vehicles play an indispensable role in building low-carbon sustainable cities. With EV sales growing and specifications constantly improving, EVSE manufacturers are scaling up their fast-charging facilities to meet future market demand. An expert in power supplies with 50 years of experience, Phihong Technology has developed internationally competitive high-power charging products for automotive applications recognized by well-known car manufacturers in Europe and the United StATEs. The company provides power applications up to 360kW and has begun developing 720kW large-current specifications to further widen the gap with competitors.
At the same time, Phihong is developing EV charging software solutions, front-end software solutions, and EVSE human-machine interfaces to provide customers with a one-stop service. Since fast charging interfaces and EV specifications have not yet been harmonized, the R&D and testing requirements of charging equipment must fully cover all mainstream charging standards to ensure product performance and safety. As a long-term partner, CHROMA provides Phihong with customized test solutions to make further headway in the EV market.
Chroma provides a range of customized High-power DC Charging (HPC) test solutions. The Chroma 8000 EVSE ATS can be paired with the Chroma 61800 grid simulator and 17040 battery simulator, as well as a host of EV simulators or EVSE simulators, to meet various DC charging standards (CCS, CHAdeMO, GB/T, ChaoJi). The single-coupler or multi-coupler high-power charging test platform can be configured to suit the requirements of the DUT, improving the quality of high-power EVSE and greatly reducing production time and costs.
The multi-coupler DC EVSE automatic test solution includes automatic power switching and over-temperature and over-current protection mechanisms to meet the scalability and safety requirements of high-power test applications. The Chroma 61800 grid simulator and the 17040 battery simulator are both equipped with energy recovery functions to reduce power consumption and ambient temperature. Besides saving on electricity bills, these instruments reduce carbon emissions to achieve the goals of energy conservation and environmental sustainability.
Chroma's customized End-of-Line test systems
With more than 30 years of experience in the field of precision measurement instruments, Chroma ATE is an industry leader in automatic test systems, specializing in a variety of power electronics test applications. In response to the trend toward new energy, we provide and actively develop a full range of EV and energy storage system test solutions.
- |
- +1 赞 0
- 收藏
- 评论 0
本文由玄子转载自CHROMA News，原文标题为:Chroma's High Power EVSE Production Line Test Helps to Build Low-Carbon Sustainable Cities，本站所有转载文章系出于传递更多信息之目的，且明确注明来源，不希望被转载的媒体或个人可与我们联系，我们将立即进行删除处理。
相关推荐
CHROMA电动车直流快充测试方案：支持全球主流直流充电标准通讯协议，多元测试的理想选择
直流充电过程中，电动车和充电桩透过通讯交握的方式进行讯息交换，以确保充电的安全性。然而，由于市场上存在不同品牌的电动汽车和直流供电设备，因两者分属不同的产业链，常因对标准通讯协议解读不同，而发生无法充电的囧境，为确保两者之间的互操作性必须进行广泛的测试，测试系统的多元性与灵活性是重要的评估考虑。Chroma电动车直流快充测试方案：多元测试的理想选择。
Chroma ATE Presents Electric Vehicle Test Solutions for a Sustainable Future
Chroma 61800 grid simulator and 17040/17040E battery simulator have energy recovery capability, reducing equipment power consumption as well as environmental temperatures. This array of features helps users save on costs and contributes to energy conservation and carbon reduction goals.
Chroma NACS充电标准测试平台，助力厂商扩大北美充电桩生产
致茂电子充电桩测试解决方案，以Chroma 8000自动测试系统为基础，搭配不同的通讯仿真器，支持多国法规与充电标准，已陆续加入中国GB、日本CHAdeMO、欧美CCS等主流充电标准，完整涵盖标准功能测项与通讯协议，验证车与桩之间的兼容性。
储能与电力转换系统测试解决方案：储能逆变器/光伏逆变器/电池包
型号- 62000H-S,8630,19501,17020,17040E,61800-100HF,63800系列,17020E,61860,61800-100,63700,17040,63800,19055-C,61800,61845,61815,63700系列,62000H-S系列,63800R,8900,62000D 系列,8000,63800R系列,8700,17020E系列,8720,61830,19501-K001,62000D,19501系列,61812,61800系列,17020系列,61809,19032-P,87001
【仪器】IEEE 1547.1-2020并网逆变器测试要求，Chroma 8000自动化测试系统助您轻松应对！
一般而言，据统计手动完成IEEE 1547.1-2020所有测试要求，最少需要数周的时间，对测试工程师而言，是相当耗时沉重负担。CHROMA 8000自动化测试系统具备全面的测试覆盖率，通过定制的测试程序可快速有效的验证逆变器产品是否符合IEEE 1547.1-2020标准的要求，大幅减少测试时间，避免人为错误和随机测试造成漏测，提高测试可靠度，降低产品开发与上市时间，提升市场竞争优势。
储能与电力转换系统测试解决方案
型号- 62000H-S,8630,19501,17020,17040E,61800-100HF,63800系列,17020E,61860,61800-100,63700,17040,63800,19055-C,61800,61845,61815,63700系列,62000H-S系列,63800R,8900,62000D 系列,8000,63800R系列,8700,8720,61830,62000D,19501系列,61812,61800系列,61809,19032-P,87001
REGENERATIVE GRID SIMULATOR MODEL 61809/61812/61815
型号- MODEL 61812,61815,61809,MODEL 61809,MODEL 61815,61812
61830/61845/61860 Regenerative Grid Simulator User's Manual
型号- 61800 SERIES,61830HV,61860,61845HV,61860HV,61830,61845
Chroma的电池测试软件BatteryPro可实时接收BMS信息监测电池的温度和电压，提供准确的容量测量
电池容量测试(Capacity Test)是评价电池充放电能力的关键测试。一般的充放电机只能使用定流充电(CC)，或是定流转定压(CC-CV)的方式做测试，但是实际的电池使用状况是电池管理系统(BMS)会依据当下温度、安全状态而去动态调整输出，因此为了让电池测试能更符合情况，电池测试期间依据BMS 讯息动态更改测试条件变得十分重要。Chroma的电池测试软件BatteryPro可以帮助解决此问题。
Energy Storage System & Power Conversion System Test Solutions PCS/PV Inverter/Battery Pack
型号- 62000H-S,8630,19501,17020,17040E,61800-100HF,17020E,61860,61800-100,17040,63700,63800,19055-C,61800,61845,61815,19501 SERIES,63700 SERIES,63800R,8900,8000,8700,62000H-S SERIES,8720,62000D SERIES,63800 SERIES,61830,62000D,61812,61800 SERIES,61809,63800R SERIES,19032-P,87001
电力电子测试：电动车测试解决方案
型号- 8630,17010 系列,63700 系列,19501,17020,17040E,63200A,8610,19200,61860,61800-100,17040,63700,61800,61845,63800R 系列,61815,63800 系列,1210,63800R,A170202,8900,RTSTAND LV124 PRO F24,62000D 系列,8000,17010,8700,8620,19036,8720,61830,62000D,19501系列,62000E,63200A 系列,17040 系列,61812,1920,17216M-10-6,61800 系列,61809,11210,62000E 系列,19032-P,87001,17208M-6-60
電力電子測試 電動車交直流充電樁 測試解決方案
型号- 63800系列,63200,63200A,61500 系列,63600,61500,61600,63800,61800,6500系列,6310A系列,61600系列,POWER PRO III,62000P,66200,8000,63600系列,6500,61500系列,62000H,63200A 系列,6330A系列,63200系列,61800系列,62000P系列,66200系列,63200A系列,61800 系列,6310A,6330A,62000H系列
电子商城
授权代理品牌：集成电路
授权代理品牌：分立元件
授权代理品牌：接插件及结构件
授权代理品牌：部件、组件及配件
授权代理品牌：电源及模块
授权代理品牌：电子材料
授权代理品牌：仪器仪表及测试配组件
授权代理品牌：电工工具及材料
授权代理品牌：机械电子元件
授权代理品牌：加工与定制
我要提问
登录 | 立即注册
提交评论