Solar Array Simulator DC Power Supply – 62000H-S

Solar Array Simulator provides programmable IV curve simulation with an incredibly fast transient response for MPPT performance evaluation on PV inverter devices.

Solar Array Simulator - DC Power Supply


Key Features

  • Datasheet
  • Voltage range : 0~600V / 1000V / 1800V
  • 3U/15kW high power density module with easy master/slave parallel operation up to 1.5MW
  • Fast transient response solar array simulator
  • Simulation of multiple solar cell material’s I-V characteristic (fill factor)
  • Simulation of dynamic irradiation intensity and temperature level from clear day to cloud cover conditions
  • Shadowed I-V curve output simulation
  • Low leakage current (< 3mA)
  • Precision V & I measurements
  • Auto I-V program: 100 I-V curves & Dwell time 1-15,000s
  • Static & dynamic MPPT efficiency test
  • Data recorded via softpanel
  • Standard USB / RS232 / RS485 interface
  • Optional GPIB / Ethernet interface
  • Real time analysis of PV inverter’s MPPT tracking via softpanel
  • Optional solar array simulator softpanel for operation


The 62000H-S programmable Solar Array Simulator provides simulation of Voc (open circuit voltage) up to 1800V and Isc (short circuit current) up to 30A. The 62000H-S provides an industry leading power density in a small 3U high package. The Solar Array Simulator is highly stable and has a fast transient response, which are both needed for MPPT performance evaluation on PV inverter devices.

High Speed & Precision Digitizing Measurement

The 62000H-S series has many unique advantages including high speed & precision digitizing measurement circuits with a 100kHz A/D, 25kHz D/A controlled I-V curve and a digital filter mechanism. It can simulate an I-V curve accurately and clear the mains ripple effect from the PV inverter. In addition, the built-in SAS I-V model in the standalone unit can easily program the Voc, Isc, Vmp, and Imp parameters for I-V curve simulation, without a PC controller.

IV Curve Simulation

62000H DC Power Supply Solar Soft PanelA real solar array is influenced by various weather conditions like irradiation, temperature, rain, and shade by trees or clouds, which will affect the I-V curve output. The 62000H-S is capable of storing up to 100 I-V curves into the simulator memory, with a programmed time interval range of 1-15,000 seconds. It can simulate the I-V curve from the early morning to nightfall for PV inverter testing or dynamic I-V curve transient testing. The 62000H-S has a built-in 16 bit digital control and precision voltage & current measurement circuits with a voltage accuracy of 0.05%+0.05%FS and a current accuracy of 0.1%+0.1%F.S. It is ideal for real time MPPT analysis and tracking monitoring for PV inverters through our softpanel. The user can also enable the data recording function on the softpanel during the static MPPT performance test.

Controller Interface

The 62000H Solar Array Simulator is very easy to operate from the front panel keypad or from the remote controller via USB / RS232 / RS485 / APG (standard) and GPIB & Ethernet (optional). Its compact size is good for both benchtop and standard racking.


The Solar Array Simulator can easily program the Voc, Isc, Vmp, and Imp parameters to simulate the different I-V characteristic outputs of various solar cell materials with extremely fast response time. In addition, the TABLE mode is capable of saving a 128 point array of user programmed voltages and currents via a remote interface. It can create a shadowed I-V curve, and the I-V PROGRAM mode can save up to 100 I-V curves and dwell time intervals (1-15,000s) in memory. These advantages provide steady, repetitive control conditions that are required for PV Inverter design as well as for verification testing. The solar array simulator is ideal for testing the following:

  • Design and verify the maximum power tracking circuit and algorithm of the PV inverter.
  • Verify the high/low limit of operating input voltage allowed for the PV inverter.
  • Verify the high/low limit of operating input voltage allowed for the inverter’s maximum power point.
  • Verify the static maximum power point tracking efficiency of the PV inverter.
  • Measure and verify the overall efficiency & conversion efficiency of PV inverter.(*Requires an extra power meter.)
  • Verify the maximum power point tracking performance of the inverter for dynamic curves. (EN50530, Sandia, CGC/GF004 standard)
  • Verify the maximum power point tracking performance of the inverter under different time period conditions spanning from morning to nightfall.
  • Verify the maximum power point tracking mechanism of the inverter for the I-V curve when the solar array is shaded by clouds or trees.
  • Simulate the I-V curve under the actual environmental temperatures within burn-in room to do inverter burn-in testing.

Solar Array Simulator


The model 62000H-S offers optional graphical user Interface software through remote digital interface (USB / GPIB / Ethernet / RS232) control. The user can easily program the I-V curve of the 62000H-S as well as the I-V & P-V curves for real-time testing. In addition it will display the MPPT status for the PV inverter. Readings and the report function with real-time monitoring using the softpanel are shown left.


The purpose of the PV inverter is to convert the dc voltage (from solar array) to the ac power (utility). The better a PV inverter can adapt to the various irradiation & temperature conditions of sun, the more power that can be fed into the utility grid over time. So, the MPPT performance is a very important factor for PV generation system. The Solar Array Simulator is capable of simulating different types of standard crystalline, multi-crystalline and thin-film fill factor* parameters to verify the MPPT tracking algorithm mechanism and efficiency.

*Fill Factor = (Imp*Vmp)/(Isc*Voc)

Solar Array Simulator


The 62000H-S Solar Array Simulator can program the I-V curve through SAS mode and table mode via front panel or softpanel easily and up to 100 I-V curves can be stored in the unit. The user can recall the I-V curve from 62000H-S afterwards for testing and monitoring the MPPT performance of PV inverter with the real-time tracking feature. The softpanel allows the user to set the duration for static MPPT efficiency testing. Each curve test time should be set at between 60s-600s for best MPPT efficiency performance analysis.


The latest test standards EN50530, CGC/GF004 & Sandia have provided a procedure for testing patterns of the dynamic MPPT efficiency of inverters, those standards can accelerate the MPP tracking algorithm mechanism to the optimal for PV inverter manufactures. The advanced Dynamic MPPT Test function complies with EN50530, CGC/GF004, Sandia test regulations and can be controlled via the graphical softpanel by selecting CGC/GF004 or Sandia or EN50530 I-V mathematical expressions and test items. This function simulates the irradiation intensity and temperature change of the I-Vcurve under actual weather variations to test the PV inverter’s dynamic MPPT performance. The GUI will calculate the MPPT performance for analysis after running the test. A test data recording function is integrated into the software where users can edit and control the test parameters to be recorded such as voltage, current, power, watt and MPPT performance along with the sampling interval (1 – 10,000s) and total time length to facilitate the analysis and validation of the PV inverter.



The table mode allows the user to create 128 points of I-V curve data consisting of voltage and current in Excel file format. This information is uploaded to the 62000H-S memory via the softpanel. The user is able to program various I-V curves such as the shadow I-V curve simulation, which is used to verify the maximum power tracking capability of the PV inverter based on the I-V curve when the solar cell is shaded by clouds or trees.


The photovoltaic I-V curve model of Sandia Lab and EN50530’s built in the softpanel allows the user to input the maximum dc input power (Pmax), I-V Fill Factor, Vmin, Vnom and Vmax desired to test the PV Inverter. Click the maximum power percentage value (5%, 10%, 20%, 25%, 30%, 50%, 75%, 100%) desired directly and , the softpanel will produce the tested solar cell I-V curve automatically. Next, download it to the standalone unit to start simulating the I-V curve for the PV Inverter to test the conversion efficiency.

*Requires a power meter.


The real world weather simulation function allows the user to import real conditions of irradiation and temperature profiles of a whole day from excel file to the Softpanel in order to simulate the irradiation intensity and temperature level from early morning to nightfall. It can also set the interval time resolution to 1s for I-V curve update rate and enable the user to perform MPPT tracking tests under the simulation of actual weather environments.


In order to easily test the static & dynamic MPPT performance of standard EN50530 & Sandia for PV inverter, the SoftPanel has an auto run function, which the user only has to set the Vmin, Vnom, Vmax, Pmax, Stabilization time &Testing period time parameter and testing items of EN50530 & Sandia, then the softpanel can run tests automatically and generate reports after finished.


The softpanel also provides data recording capabilities, which include: voltage, current, power, energy and MPPT efficiency and the corresponding parameter sampling time (1s~10000s) for the recording process. The report can be utilized for R&D design characterization verification, QA verification and production quality control.


When high power is required, it is common to connect two or more power supplies in parallel. The Solar Array Simulator has a smart master / slave control mode making the parallel operation fast and simple. In this mode, the master scales values and downloads data to slave units with a high speed sync signal process and automatic current sharing control.



Model Description
62020H-150S Programmable DC Power Supply 150V/40A/2kW with Solar Array Simulator
62050H-600S Programmable DC Power Supply 600V/8.5A/5KW w/ Solar Array Simulator
62100H-600S Programmable DC Power Supply 600V/17A/10KW w/ Solar Array Simulator
62150H-600S Programmable DC Power Supply 600V/25A/15KW w/ Solar Array Simulator
62150H-1000S Programmable DC Power Supply 1000V/15A/15KW w/ Solar Array Simulator
62180H-1800S Programmable DC Power Supply 1800V/30A/18KW w/ Solar Array Simulator
A620023 Ethernet Interface (LXI Compliant)
A620024 GPIB Interface
A620025 Ethernet Interface
A620026 Rack Mount Kit
W22 000118 3Phase/4Wire -220Vac Input cord (3AWG/L:3m/R-type terminal)
A620027 Slave Unit (600S/25A/15kW)
A620028 Slave unit (1000S/15A/15kW)
W38 000228 Master to Slave Analog Cable 25pin/40cm [A620027/A620028]
11672 SoftPanels [62000H-S] Solar Array Simulator

User Manuals

Manuals - 62000H-S Series

One time registration required in order to download documents. Register or login to continue. 10.03 MB 709 downloads

User Manuals for 62000H-S High Power Solar Array Simulating Programmable DC Power Supplies. Available documents are: Quick Start Guide Hardware User Manual Softpanel User Manual All files in PDF format. ...


PV Inverter Testing

Download 2535 7392 downloads

Brochure highlighting the Chroma solutions for testing PV Inverters. ...

    How To Buy

    Three efficient ways to get pricing and/or more information regarding this instrument:

    Electronically: Please complete this form and one of our sales engineers will respond same day or next business day if after hours. Requests from this form are quoted directly from Chroma.

    By phone: Call us at 949-600-6400, let the operator know where you are located, and you’ll be routed to your regional sales engineer.

    By chat: Feel free to use the Chat line located at the bottom right of this page. The chat operator will take your information and route it to your regional sales engineer.


    Want a quote for multiple instrument types? If you would like a quote for multiple instrument types, please use this form.


    Lead time

    Most of our instruments are inventoried and ready to ship. If we are currently out of stock – and due to demand we can be - lead times are typically 4-8 weeks depending on the instrument’s power rating.
















    Contact Information

    Required fields marked with *

    Your Name *

    Company *

    Country *

    Email *

    Phone *

    State or Province *


    Maximum Output Voltage:

    Optional Solar Array Simulation:

    Maximum Output Current:

    Maximum Output Power:

    Additional Requirements or Comments:

    Check below