Solar PV Lab

Learning Module

Solar PV Training and Research System

The Solar PV Training and Research System is a compact, hands-on educational platform that replicates a real-world standalone solar power plant. Ideal for universities, polytechnics, and research labs, it empowers learners to explore solar photovoltaic technology—from basic principles to advanced MPPT algorithms. The system features structured experiments across three modules: PV characteristics, standalone system integration, and MPPT research. Using modular plug-in units and artificial sunlight, it enables detailed study of panel behavior, wiring, and environmental effects. A complete solution for technical training, academic projects, and solar innovation.

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Learning Module

Solar PV Grid Tied Training System

The grid tied solar PV system is a comprehensive experimental platform designed to replicate the operation of a real grid-connected solar power plant. This solar PV system enables hands-on training and advanced research for universities and technical institutions, focusing on grid integration, power quality, and inverter behavior. With an integrated virtual grid, the grid tie PV system allows controlled experimentation in environments where direct utility grid access is restricted, without compromising realism or safety.

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Learning Module

Solar PV Emulator

Ecosense’s Solar PV Emulator is a versatile experimental tool designed to replicate the characteristics of solar panels, functioning as an advanced solar panel emulator that enables users to simulate various environmental conditions without relying on actual sunlight. Ideal for educational institutions and research labs, it offers a controlled environment to study and analyze solar photovoltaic systems. The emulator can visualize up to four peaks of shading, allowing detailed examination of partial shading effects on solar panel performance.

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Learning Modules

Solar PV Offgrid/Ongrid Training System

The Solar PV Off Grid and On Grid Solar System Training Platform is an advanced experimental and research system designed for academic solar laboratories. The platform enables hands-on study of both standalone solar operation and grid-connected solar power systems within a controlled environment. This integrated platform allows students and researchers to configure and analyze a complete off grid and on grid solar system, enabling detailed experimentation on power generation, storage, grid synchronization, and power flow. Users can evaluate system behavior under different operating conditions while gaining practical understanding of real-world solar installations. A key research highlight of the system is the configurable DC-DC converter with Auto and Manual control modes. It supports external gate signal injection and external MPPT signal access, allowing researchers to vary duty cycle, implement custom control algorithms, and validate their own MPPT strategies for advanced experimentation and performance optimization.

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What is Solar Lab

A Solar PV Lab is a practical training and research facility focused on generating electricity from sunlight using photovoltaic systems. It includes tools such as PV emulators, solar panels, and power electronics for testing and analysis.

Users can study I-V characteristics, maximum power point tracking (MPPT), inverter performance, and grid integration. These labs help in understanding real-world solar energy generation under varying environmental conditions.

Why Choose Solar PV Lab

A well-designed solar lab should support learning from fundamentals to advanced system-level experimentation. The Ecosense Solar PV Lab is built to cover the complete photovoltaic learning curve—from understanding the basic photovoltaic effect to grid integration and controlled PV emulation for research.

With three independent systems, institutions can enter the learning journey at any stage. Whether the goal is introductory PV education, grid-connected operation, or advanced power electronics testing, the solar lab adapts to curriculum depth and research intensity. This flexibility makes it suitable for both teaching-focused programs and research-oriented institutions.

Independent Systems Designed for Progressive Learning

Each product within the solar lab is a fully functional system that can operate independently or as part of a complete ecosystem:

Solar PV Training & Research System

Focuses on photovoltaic fundamentals, PV module behavior, and standalone system design.

Solar PV Grid Tied Training System

Enables real-time grid interaction, net-metering studies, and smart grid experiments.

Solar PV Emulator

Provides programmable PV characteristics for controlled research and power electronics testing.

Institutions may deploy a single system or combine all three to build a comprehensive solar lab aligned with academic and research objectives.

Real-World Experiments Using Industrial-Grade Hardware

Unlike simplified demonstration kits, this solar lab exposes students to real PV system components used in industry. Learners work directly with:

  • PV modules
  • Charge controllers
  • Batteries and inverters
  • Grid-tie interfaces
  • MPPT controllers
  • Monitoring and protection systems

This hands-on exposure ensures students develop practical skills that align with real-world solar PV installations and operational challenges

Suitable for Engineering Education and Research

The solar lab supports a wide academic spectrum, including:

  • Diploma and undergraduate laboratory courses.
  • Postgraduate specialization in renewable energy and power electronics.
  • Research work in smart grids, distributed generation, and PV system optimization

Its modular design allows institutions to scale experiments based on learning level, making it equally effective for classroom teaching and advanced experimental research.

Real world impact across Campuses

Recent Installations

Ecosense Installs PV Emulator-Wind Emulator Hybrid with DC Microgrid Lab at NIT Jalandhar

Ecosense Installs PV Emulator-Wind Emulator Hybrid with DC Microgrid Lab at NIT Jalandhar

August 10, 2020

Ecosense Sustainable Solutions Pvt. Ltd. installed a renewable source emulators-based DC Microgrid at Dr B.R. Ambedkar National Institute of Technology,...
Ecosense Supplied Solar PV Emulator at SMVDU, Katra

Ecosense Supplied Solar PV Emulator at SMVDU, Katra

April 5, 2025

We are delighted to share the successful supply, installation, and commissioning of the Solar PV Emulator by Ecosense at Shri...
Ecosense Supplied Renewable Energy Lab at MMMUT, Gorakhpur

Ecosense Supplied Renewable Energy Lab at MMMUT, Gorakhpur

April 17, 2025

Ecosense Sustainable Solutions Pvt. Ltd. has successfully designed, supplied, and commissioned a comprehensive Renewable Energy Laboratory at the Department of...

How the Ecosense Solar PV Lab Works

The Ecosense solar lab is structured as a modular learning environment that combines hands-on experimentation, system-level analysis, and controlled testing. Each system includes its own instrumentation, safety features, and protection mechanisms, allowing independent operation without reliance on other platforms.

Institutions can implement one system initially and expand over time, creating a progressive solar lab ecosystem that evolves alongside curriculum growth and research needs.

Solar PV Training & Research System

This system forms the foundation of the solar lab by focusing on photovoltaic principles and core system behavior. Students perform experiments such as:

  • V–I and P–V characteristics of PV modules.
  • Effect of tilt angle on power output.
  • Impact of shading and bypass diodes.
  • Series–parallel PV configurations.
  • Temperature effects on voltage and current

After mastering fundamentals, the same setup can be configured as a standalone PV system. Students integrate PV modules with charge controllers, battery banks, inverters, and loads to study real energy flow and MPPT behavior under changing conditions.


Solar PV Grid Tied Training System

This system extends the solar lab into grid-connected operation. It allows students to study how PV systems interact with utility networks through experiments on:

  • Net-metering and energy export.
  • Anti-islanding protection.
  • Power factor variation.
  • Active and reactive power flow.
  • Impact of line impedance and inductive loads

These experiments help learners understand modern distributed generation, grid safety requirements, and power quality considerations essential for real-world solar installations. 

Solar PV Emulator

The Solar PV Emulator removes dependence on natural sunlight and enables repeatable, climate-independent testing within the solar lab. It simulates real PV behavior by controlling parameters such as:

  • Irradiation levels
  • Open-circuit voltage and short-circuit current
  • Maximum Power Point
  • Temperature coefficients
  • Internal resistance and diode characteristics

This makes it ideal for power electronics research, MPPT algorithm development, inverter testing, and validation of control strategies under consistent conditions. 

Start Anywhere, Build a Complete Solar Lab

All three systems are independent and self-contained. Institutions can begin with fundamentals, focus directly on grid integration, or start with advanced emulation for research. Over time, combining these platforms creates a complete solar lab that supports learning from basic photovoltaic concepts to utility-scale integration and experimental innovation.

Frequently Asked Questions

The Ecosense Solar PV Lab is a hands-on experimental platform designed to experiment and research solar photovoltaic systems. It consists of three independent systems: the Solar PV Training & Research System, the Solar PV Grid Tied Training System, and the Solar PV Emulator. Institutions can use any system individually or deploy all three to build a complete solar learning ecosystem.

Yes. Both the Solar PV Training & Research System and the Solar PV Emulator operate without outdoor solar panels.The Training & Research System uses an artificial sun source with controlled irradiance for indoor experiments on V–I curves, shading, tilt, and temperature.The Emulator digitally simulates PV characteristics by varying irradiation, Voc, Isc, MPP, temperature factors, and more.This enables repeatable experiments anytime, regardless of weather or sunlight.

The Solar PV Training & Research System supports a wide range of experiments, including V–I and P–V curve analysis, effect of tilt angle, shading impact, series-parallel configurations, and temperature influence on power output. It also allows users to build a complete standalone solar PV system with charge controllers, batteries, and inverters to study energy flow and load behavior.

The Solar PV Grid Tied Training System simulates real grid-connected operation using a grid-tie inverter and safety protection. Students can perform live experiments on net-metering, anti-islanding protection, power-factor correction, reactive power flow, and the impact of inductive loads. It is ideal for smart grid education and understanding distributed generation at the utility level.

The Solar PV Lab is designed for engineering colleges, polytechnics, universities, R&D centers, and training institutes offering renewable energy, electrical engineering, or power electronics programs. It supports skill development, student projects, applied research, and industry-ready training in solar PV technology.

Ecosense serves educational institutions, research centers, and training organizations worldwide. Our lab solutions are deployed across Asia, the Middle East (UAE, Saudi Arabia and Oman), Europe, Africa, and the Americas, supporting universities, polytechnics, and R&D facilities.

Yes. Ecosense provides lab design, equipment supply, and turnkey lab solutions outside India. We regularly support international projects through direct exports, local partners, and on-site coordination based on project scope.

Absolutely. All Ecosense lab solutions can be customized to meet country-specific academic curricula, electrical standards, safety regulations, voltage/frequency norms, and certification requirements. Customization also extends to documentation, experiments, and software interfaces.

PV (photovoltaic) and CSP (concentrated solar power) serve different purposes, so one is not universally better. PV is more common due to lower cost and easy installation, while CSP is preferred for large-scale projects requiring thermal energy storage and continuous power generation, even after sunset.

The term PV stands for photovoltaic, where “photo” means light and “voltaic” refers to electricity. It describes the process of converting sunlight directly into electrical energy using semiconductor materials. This naming reflects the fundamental principle behind how solar panels generate power.

Yes, CSP can be integrated with PV in hybrid energy systems. While PV generates electricity directly from sunlight, CSP can store thermal energy and provide power when sunlight is unavailable. Combining both technologies improves reliability and ensures a more stable and continuous energy supply.