Solar PV Emulator
Solar PV Emulator Lab Solutions with pv simulators, panel emulators & real-time solar energy modeling to support renewable research. Explore modular setups with Ecosense.
Key Features
- Available in Single Channel and Dual Channel Models
Choose between a single channel emulator or a dual channel model for flexible testing needs. - Dual Channel Parallel Operation
The dual channel model supports parallel operation of channels to simulate higher power or complex configurations. - Programmable Output
Emulates solar panel characteristics with adjustable parameters such as open-circuit voltage (Voc), short-circuit current (Isc), temperature coefficient, and shading effects. - Partial Shading Simulation
Visualize and analyze up to four peaks of partial shading to study its impact on solar panel output and performance. - Real-Time Simulation
Utilizes an internal algorithm to adjust Voc and Isc based on user-defined parameters, ensuring accurate replication of solar panel behavior under varying conditions. - Comprehensive Software Interface
The LabVIEW-based software provides real-time visualization of I-V and P-V curves, with options to simulate partial shading effects and track load points. - Data Logging and Export
Save simulation data as CSV files and export graphs as images for detailed analysis and reporting. - User-Friendly Controls
Equipped with an active measurement panel to monitor voltage, current, power, and energy, facilitating hands-on learning and experimentation.
Learning Module
Fundamentals of Solar PV Characteristics
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Analyze I-V (Current-Voltage) and P-V (Power-Voltage) curves under various simulated environmental conditions.
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Perform Shading Analysis with up to four peak simulations to evaluate the effect of partial shading on output.
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Test Maximum Power Point Tracking (MPPT) algorithms to assess their accuracy and adaptability in fluctuating conditions.
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Measure and verify Inverter Efficiency, including overall system performance and energy conversion efficiency across different PV setups.
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Understand the influence of parameters like irradiance, temperature, and partial shading on solar panel performance.
Performance Impact & System Behavior
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Perform Shading Analysis with up to four peak simulations to evaluate the effect of partial shading on output.
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Test Maximum Power Point Tracking (MPPT) algorithms to assess their accuracy and adaptability in fluctuating conditions.
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Measure and verify Inverter Efficiency, including overall system performance and energy conversion efficiency across different PV setups.
Component Testing & Integration
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Evaluate various Charge Controllers by simulating realistic solar inputs and observing system response.
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Study the interaction of components in a PV system for both standalone and grid-tied configurations under controlled, repeatable scenarios.