Bidirectional DC source/sink with energy recovery » N35200

N35200

Compact bidirectional DC source/sink

The N35200 series is a powerful, bidirectional programmable DC power supply. Thanks to its dual-quadrant design, it can both absorb and deliver energy and feed clean energy back into the grid. The N35200 series covers a power range from 6 kW to 180 kW, currents up to 1200 A and voltages up to 1500 V. It offers high-precision measurements and versatile test functions that can be used in renewable energy, the automotive sector, energy storage solutions, the semiconductor industry, photovoltaics and electric drives, among others.

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Optional software programmes for » N35200

» Battery simulation software-+

» Battery simulation software

» Batterie-Simulationssoftware

NS81000 battery simulation software

 

The NS81000 Battery Simulation Software offers a comprehensive solution for simulating and analyzing battery systems. The software supports a wide range of battery and test models to meet various requirements.

 

Features

  • Menu Navigation and Configuration: Intuitive navigation through the main menu, including system configuration, historical data, and device connection.
  • Battery Configuration: Support for various battery types and customization of battery parameters such as State of Charge (SOC), capacity, internal resistances, and charge/discharge limits.
  • Test Modes: Cyclical and single tests with configurable charge and discharge conditions, including SOC, Open Circuit Voltage (VOC), capacity, energy, and time.
  • Data Analysis: Real-time monitoring and recording of test data such as SOC, voltage, current, and power, with the ability to store and export historical data for detailed analysis.
  • Custom Curves: Creation and import of custom battery curves for simulating specific battery models.
  • Supported Battery Types: LiFePO4 (Lithium Iron Phosphate), ternary lithium, lead-acid, Ni-MH (Nickel-Metal Hydride), LTO (Lithium Titanate), ICO, and IMO batteries.

 

Advantages

  • Versatility: Support for a wide range of battery types and test conditions provides flexibility for different applications and testing requirements.
  • User-Friendliness: A clear user interface and detailed guides facilitate the operation of the software.
  • Precision: Accurate simulation and real-time monitoring ensure reliable test results that closely approximate actual battery behavior.
  • Efficiency: Extensive configuration and analysis features enable efficient execution and evaluation of battery tests.

The NS81000 Battery Simulation Software is a powerful and user-friendly solution for the detailed simulation and analysis of battery systems, ideal for research, development, battery charger development, Battery Management Systems (BMS), and quality control.

 

 

Download NS81000 function overview 

» Photovoltaic Array Simulation Software-+

» Photovoltaic Array Simulation Software

» NS91000 Software zur Simulation von Photovoltaik-Anlagen

NS91000 Photovoltaic Array Simulation Software

 

The NS91000 Photovoltaic Array Simulation Software provides a comprehensive solution for the simulation and analysis of photovoltaic systems. The software supports numerous test modes that comply with current standards.

Features

  • Menu Navigation and Configuration: Easy navigation through intuitive menus, including system configuration, historical data, and hardware configuration.
  • Test Modes: Support for various test modes such as Static Sandia, Static EN50530, Dynamic Sandia, Dynamic EN50530, custom curves, curve sequences, weather, and shading tests.
  • Data Storage and Analysis: Storing and analyzing historical data, with export functions for test results in tabular formats.
  • Real-Time Simulation: Online and offline modes for conducting real-time tests and simulations.

Advantages

  • Versatility: With support for numerous test modes and customizable test conditions, the software provides a flexible solution for various requirements.
  • User-Friendliness: The intuitive user interface makes the software accessible even to users without extensive technical knowledge.
  • Reliability: Compliance with international standards such as Sandia and EN50530 ensures precise and reliable test results.
  • Efficient Analysis: Comprehensive data analysis tools and export functions enable detailed evaluation and documentation of test results.

The NS91000 Photovoltaic Array Simulation Software is a powerful and reliable solution for the simulation and analysis of photovoltaic systems, suitable for both research and development as well as practical applications.

 

Download NS91000 Function overview