Which facility supports experiments and research in renewable energy sources at LPU? ?

Lovely Professional University (LPU) demonstrates a strong commitment to sustainable development and renewable energy research through its advanced infrastructure and dedicated centers. Under its Green Engineering initiative, managed by the R&D division, LPU focuses on the development of clean and alternative energy technologies. The university has implemented large-scale solar photovoltaic systems, with a total installed capacity of 7.5?MW. This includes a 1.1?MW rooftop solar plant and a 1000?kW ground-mounted solar array, which not only contribute to campus energy needs but also serve as live labs for student learning and applied research in solar energy systems. Further supporting this vision, LPU houses an Agrometeorology Lab that assists in climate-based modeling and optimization of renewable energy systems, particularly for agricultural and rural applications. Additionally, the LPU Space Centre utilizes satellite data for geographic analysis, aiding the planning and deployment of solar, wind, and hydro energy projects. The university’s collaborations, including MoUs with organizations like the Punjab Energy Development Agency (PEDA), facilitate joint research, technology development, and pilot projects that demonstrate the feasibility of clean energy solutions. These initiatives not only enhance student exposure to real-world sustainability challenges but also position LPU as a proactive contributor to India’s renewable energy goals.

hi, Lovely Professional University supports renewable energy research through strong infrastructure and specialized centers. Its expansive Green Engineering initiative under the R&D cell focuses on clean and alternative energy technologies. On-campus, LPU has installed solar PV plants totaling 7.5?MW, including a 1.1?MW rooftop system and a 1000?kW ground-mounted array. The university also hosts an Agrometeorology Lab that aids in climate-based optimization of renewable systems, and a Space Centre using satellite data for planning solar, wind, and hydro projects. MoUs with agencies like PEDA enable joint R&D and pilot clean energy demonstrations

LPU is deeply committed to research and development in renewable energy. The university offers dedicated facilities that support experiments and research in this crucial field, primarily within its School of Energy and Environment and related engineering departments. These facilities focus on various renewable energy technologies, including: Solar Photovoltaic and Thermal Systems: LPU has installed significant solar panel capacity on its campus, which serves as a live laboratory for students and researchers to study energy generation, efficiency, and integration into smart grids. Wind Energy Systems: Research often involves the optimization of wind turbines and the study of wind characteristics. Next-Generation Energy Storage Technologies: Crucial for renewable energy integration, research here focuses on advanced battery systems and other storage solutions. Bio-energy and Green Hydrogen Production: Exploring sustainable methods for generating energy from biomass and developing green hydrogen production systems. Through specialized labs and ongoing projects, LPU provides an excellent environment for students to gain hands-on experience and contribute to innovations in sustainable energy solutions.

Lovely Professional University provides robust infrastructure for renewable energy research through several dedicated initiatives. The **Agrometeorology Lab** enables students to analyze climate data, supporting the efficient deployment of solar and wind technologies and optimizing energy use in agriculture The **Space Centre** leverages satellite data for environmental monitoring and solar resource planning, facilitating advanced research in renewable energy sourcing and deployment Further strengthening LPU’s renewable capabilities is its collaboration via **MoUs and industry-linked R\&D projects**. The university has signed agreements with organizations like Punjab Energy Development Agency (PEDA) focused on energy conservation and pilot clean energy systems such as smart solar thermal and photovoltaic installations . Key research projects include development of **thermal energy storage integrated with concentrated solar thermal systems** for food drying, and **mobile milk-chillers powered by off?grid solar PV**. To support these initiatives, LPU has installed nearly **1?MW of solar panels** on campus—part of a larger 7.5?MW capacity—enabling both **grid?interactive and off?grid solar generation**, and serving as a living lab for PV research. Additionally, the **Central Fabrication Facility** supports prototyping of solar vehicles and biodiesel systems, fostering hands-on clean energy experimentation . Through these advanced facilities, LPU equips students and researchers to innovate in renewable energy generation, storage, and sustainable related applications.

LPU supports renewable energy research through dedicated facilities and collaborative projects aimed at clean and sustainable technology development. The Agrometeorology Lab is one such facility; it provides critical climate and environmental data that helps design efficient deployment of renewable energy systems and precision agriculture techniques. This lab enables experiments focused on optimizing solar irrigation, bioenergy utilization, and reducing energy-intensive farming practices—harnessing real-time weather insights to enhance energy efficiency in agriculture. Complementing this, the campus features extensive solar energy infrastructure, including a multi-megawatt solar photovoltaic plant, rooftop installations, solar water heating systems, and a biogas plant. These systems serve dual purposes: they supply clean energy to the university and act as live experimental platforms where students can study photovoltaic performance, thermal energy storage, off-grid and grid-tied integration, and sustainable waste-to-energy conversion. Additionally, through industry partnerships and government MoUs, LPU’s energy labs facilitate real-world pilot projects in solar, biomass, and thermal storage systems—empowering students to design, test, and innovate in renewable energy under expert guidance.

If you’re into sustainability and green tech, LPU actually has a pretty cool setup for renewable energy research. They’ve got this dedicated Renewable Energy Lab where students can work on real experiments involving solar, wind, and other clean energy sources. It’s not just for show either—there are actual working models and equipment that help you understand how these systems function in real life. I’ve seen students doing projects on solar panel efficiency, biogas generation, and even smart grid concepts, which is honestly super inspiring. The best part is that the university itself uses solar power and other eco-friendly systems on campus, so you’re not just learning in theory—you’re seeing it in action every day. It really motivates you to think about how you can contribute to a more sustainable future, and the faculty is super supportive if you want to dive deeper into research or even publish something.