100% Renewable
Industrial Focus
Eco-Friendly
Cost-Effective
About Luit Renewable
Innovative Solar Thermal Solutions for Industrial Heating Applications
We are a purpose-built renewable energy company focused exclusively on Concentrated Solar Thermal (CST) solutions for industry. By harnessing high-temperature sunlight, we replace fossil-fired boilers and heaters with clean, always-available thermal energy—lowering both emissions and operating costs for our customers.
Our technology platform combines modular, factory-prefabricated solar fields with thermal storage and hybrid controls, ensuring rapid deployment and round-the-clock reliability. Through joint ventures with world-class engineering firms and local manufacturing partners, we tailor each project to on-site realities while maximizing domestic value creation.
What sets us apart is our business model:
Cost certainty: Long-term heat-as-a-service contracts lock in predictable energy prices, often below today's coal or gas.
Accessible capital: Partnerships with impact investors, multilateral banks, and export-credit agencies provide low-interest financing that removes upfront barriers.
Scalable impact: A growing pipeline—spanning food processing, mining, chemicals, and district energy—demonstrates our ability to decarbonize diverse thermal loads at scale.
Backed by an experienced team in solar engineering, project finance, and industrial operations, we are expanding into new geographies and applications—from high-pressure steam to green hydrogen. Our mission is simple yet urgent: deliver world-class industrial heat powered entirely by the sun—and make it the most economical choice on earth.
10+
Completed Projects
30%
Average Cost Savings
25kt/yr
Average CO₂ emissions eliminated per project
Our Leadership Team
Anuj Kamboj
CEO & Founder
15+ years experience in renewable energy solutions with a focus on industrial applications.
Sanjay Saini
Chief Technology Officer
Expert in solar thermal engineering and system design with extensive industry experience.
Atharva Pimparkar
Operations Director
Process-design engineer and ICT alum blending frugal innovation, quantum curiosity, and entrepreneurial grit—always chasing the next big idea.
Our Solar Thermal Solutions
Innovative technologies designed to maximize efficiency and minimize environmental impact
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STYLE & BEYOND
Pre-fabricated parabolic trough modules circulate heat-transfer oil to generate up to 20 bar saturated or low-superheat steam. Ideal for quick, compact retrofits in industries such as dairy, textiles, and food processing, with a long 25-year design life and minimal maintenance requirements.
Solar Tower with Heliostat Field
Precisely tracked mirrors concentrate sunlight onto a central receiver, heating molten salt for high-pressure steam generation and integrated thermal storage. Perfect for high-temperature applications such as chemicals or oil recovery, and scalable to multi-megawatt capacities.
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Hybrid PV + CSP with Advanced Storage
Combines single-axis solar photovoltaic systems with parabolic trough or tower CSP and high-temperature thermal storage to provide up to 20 hours of reliable, dispatchable power. An optimal solution for captive power needs and micro-grids, already demonstrated at pilot scale.
Solar/Waste-Heat Driven Membrane Distillation
Utilizes solar collectors or industrial waste heat to drive membrane distillation skids, efficiently recovering pure water or solvents from high-salinity effluents. Enables zero-liquid-discharge and CO₂ reduction in sectors like refining, pharmaceuticals, and specialty chemicals.
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Our Technology Advantage
Luit Renewable's proprietary solar thermal technology delivers industry-leading efficiency rates, converting up to 80% of solar radiation into usable heat for industrial processes.
Operational temperatures from 80°C to 350°C
Smart monitoring systems for optimal performance
Modular design for easy installation and scaling
Payback period as short as 3-5 years
Featured Projects
Explore our successful implementations across various industries
Dairy Processing Facility
Delivered a full turnkey parabolic-trough steam solution for pasteurization and cleaning processes, using CF-100 parabolic-trough and boiler system supplying 0.3 MW thermal output and generating 8 bar steam. This system eliminates approximately 150,000 liters of furnace oil use annually, saving nearly ₹40 lakh and reducing CO₂ emissions by 280 tonnes each year.
Tamil Nadu, India
Chemicals Complex
Served as owner's engineer for a large-scale parabolic-trough plant with advanced thermal storage, ensuring 24/7 reliable steam. Enabled annual coal savings of ₹22 crore and abated 62,800 tonnes of CO₂ per year.
Gujarat, India
Enhanced Oil Recovery Pilot
Provided concept and feasibility for a solar-tower heliostat field with molten-salt storage to replace gas-fired steam generators. Projected to cut 10,800 tonnes of CO₂ emissions per year and reach cost parity within five years.
Rajasthan, India
Renewables Microgrid
Prepared a comprehensive project and financing plan for a hybrid 1 MW PV and 1 MW thermal CSP plant with 20-hour storage. The system ensures reliable, 100% renewable energy for campus facilities, delivering over 2 GWh per year, powering and cooling hostels and labs, and abating about 1,700 tonnes of CO₂ annually.
Rajasthan, India
Pharmaceutical Zero-Liquid-Discharge Facility
Designed and integrated a solar and waste-heat-driven membrane distillation system, reducing brine output by 70% and saving 500 tonnes of CO₂ per year, while deferring expensive reverse-osmosis upgrades.
Telangana, India
Bio-Ethanol Distillery
Executed feasibility and piloted a waste-heat and solar pre-heating system for ethanol-water separation. Delivered a 15% reduction in boiler load, rapid payback in under three years, and increased daily ethanol recovery.
Maharashtra, India
Get in Touch
Ready to reduce your energy costs and carbon footprint? Contact us today for a custom consultation.