![knowledge is power emulator knowledge is power emulator](https://www.opal-rt.com/wp-content/uploads/2020/09/Motor-Emulator-Diagram-v2.png)
High Slew Rate Option (+HS): The high slew rate option, available for all Magna-Power Electronics products, provides reduced output capacitance and use of film capacitor technology instead of standard aluminum electrolytic.Harmonic Neutralization: Magna-Power Electronics has pioneered harmonic neutralization technology, enabling central inverter testing into multi-megawatts with as high as 48-pulse waveforms produced by the power supply.Engineers can rely on measurements directly from the power supply for calibration, meaning less instrumentation and complication in test environments. Accurate Programming and Measurement: Magna-Power Electronics programming and measurement accuracy is among the highest in the industry.
![knowledge is power emulator knowledge is power emulator](https://m.media-amazon.com/images/I/71G3AqIayeL._AC_SL1000_.jpg)
This dual operation enables maximum utilization of the test equipment for a wide variety of applications. Any Magna-Power Electronics power supply can be toggled back and forth between standard power supply operation, with CV and CC modes, or solar emulation operation.
#Knowledge is power emulator software
Solar Array Emulation or Standard Power Supply: Magna-Power Electronics Photovoltaic Power Profile Emulation software enables any Magna-Power Electronics power supply to emulate the non-linear characteristics of a solar array and vary these characteristics as a function of time.In addition, devices equipped with maximum power point tracking must also adjust the operating point to account for fluctuations in temperature and sunlight. Solar array connected devices, such as solar inverters, must maximize the solar array’s power output by locating the maximum operating point. The voltage and current characteristics of solar arrays fluctuate with temperature and irradiance of the panels loosely defined by irradiance affecting output current and temperature affecting output voltage. Solar array output characteristics vary significantly from a standard DC power supply, requiring additional controls to be implemented for a DC power supply to satisfy these testing requirements.
![knowledge is power emulator knowledge is power emulator](https://blogs.synopsys.com/from-silicon-to-software/files/2021/03/low-power-chip-design-flow-1024x447.png)
Devices directly connected to solar arrays, such as solar inverters, account for these variations to both characterize the array’s output and maximize the amount power converted. It can also be wrapped in a single VM.Solar arrays produce a DC output with non-linear characteristics varying as a function of temperature and irradiance. To deploy as a component, the 8000 instance is wrapped in a docker container. Users can also deploy an instance of the emulated router within their own framework. The toolset includes a python library to manage the simulation lifecycle. The topology is specified in a YAML notation.
![knowledge is power emulator knowledge is power emulator](https://i0.wp.com/semiengineering.com/wp-content/uploads/2019/07/Synopsys_power-analysis-real-workloads-fig1.png)
Using our solution, user can launch flavors of the 8000 emulator, other virtual routers, traffic generators, and interconnect them. The software package comes with complete toolset required to create and run topologies of emulated routers. For this reason, the computational requirement for a populated modular chassis grows with the number route processors, Line cards, and Fabric cards simulated in the system. While single board/CPU platforms can be represented with an instance of the hypervisor, modular chassis such as the 8808 require multiple instances. Enhanced-KVM Hypervisor | Device Models | Forwarding Engine