Chroma 62150H-1000S可程控太阳能电池阵列模拟电源

主要特点

· 电压输出范围: 0-1000V

· 3U/15kW高功率密度模块可简易主/从并联达1.5MW

· 太阳能电池阵列仿真 I-V 功能(内建EN50530 & Sandia之I-V曲线数学式)

· 可模拟多种太阳能电池的输出特性(Fill Factor)

· 可仿真不同温度及照度下的I-V曲线

· 具有非常小的Leakage Current(<3mA)

· 电压及电流量测

· 可仿真太阳能面板屏蔽下 I-V 曲线

· 具有100条I-V曲线自动编程控制

· 可测试Static & Dynamic MPPT效能

· 可模拟各地区实际天候(天/月/年)I-V曲线

· 具有数据记录于Softpanel

· 标准的USB / RS232 / RS485控制接口

· 可选购GPIB / Ethernet 控制接口

· 实时的功率追踪状态显示于Softpanel

· 具有图形化操作软件Softpanel

· 具EN50530, Sandia, CGC/GF004动态MPPT测试程序及报表生成功能

Chroma 62150H-1000S可程控太阳能电池阵列模拟电源

型号

描述

62150H-1000S

可程控直流电源 1000V/15A/15KW 具有太阳能电池阵列仿真功能
A620024

GPIB 通讯卡 (工厂出货安装)
A620025

Ethernet 通讯卡 (工厂出货安装)
A620026

19吋机框耳架
A620028

62150H-1000S用15kW并联专用机
A620029

150kW~1.5MW并联用控制及监督系统单元 (不含150kW)
A620030

62150H-1000S用19吋机框 (41U) (380Vac input)

Mily Balakirev - Symphonies No. 1 & 2 (24-96)
2022

Mily Balakirev
01 Symphony No. 1 in C major: I. Largo - Allegro vivo
02 Symphony No. 1 in C major: II. Scherzo. Vivo
03 Symphony No. 1 in C major: III. Andante
04 Symphony No. 1 in C major: IV. Finale. Allegro moderato
Herbert von Karajan, The Philharmonia Orchestra
05 Symphony No. 2 in D minor: I. Allegro ma non troppo moderato
06 Symphony No. 2 in D minor: II. Scherzo alla cosacca. Allegro non troppo, ma con fuoco ed energico
07 Symphony No. 2 in D minor: III. Romanza. Andante
08 Symphony No. 2 in D minor: IV. Finale. Tempo di polacca
Gennady Rozhdestvensky, Moscow Radio Symphony Orchestra

Vladimir Horowitz, Zubin Mehta, New York Philharmonic Orchestra
Vladimir Horowitz - Rachmaninoff: Piano Concerto No. 3 (24-88.2)
1978/2017

Sergei Rachmaninoff
01 Piano Concerto No. 3 in D minor, Op. 30: I. Allegro ma non tanto
02 Piano Concerto No. 3 in D minor, Op. 30: II. Intermezzo. Adagio
03 Piano Concerto No. 3 in D minor, Op. 30: III. Finale. Alla breve