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Project Details
SNPS, Narsinghpur installed a 1000 LPD solar water heater by Sun Renewable Solar, ensuring hot water availability, energy savings, and sustainability.
Client
SNPS, Narsinghpur
Location
Narsinghpur
Power (LPD)
1000
Project Summary
The SNPS solar water heating project in Narsinghpur is a step forward in adopting sustainable and energy-efficient solutions. A 1000 LPD solar water heater was installed by Sun Renewable Solar, a company founded in 2010 with extensive experience in solar EPC, solar module and inverter trading, and distribution of water purification systems. This system is designed to meet the daily hot water requirements of SNPS, ensuring uninterrupted availability while reducing reliance on conventional energy sources. By harnessing solar energy, the installation not only lowers electricity bills but also minimizes the carbon footprint, supporting environmental sustainability. The system includes high-quality solar collectors, insulated storage tanks, and efficient circulation pumps, ensuring optimal performance throughout the year.
With over a decade of technical expertise, Sun Renewable Solar executed this project with precision, focusing on durability, efficiency, and client satisfaction. The installation highlights the importance of renewable energy in providing long-term value for institutions and businesses. SNPS now benefits from consistent hot water supply while promoting clean energy adoption in Narsinghpur. This project exemplifies how practical renewable solutions can reduce operational costs, enhance energy independence, and inspire other organizations to invest in sustainable technologies.
Overview & Challenge
The SNPS solar water heater project in Narsinghpur provides a reliable and energy-efficient hot water solution, reducing reliance on conventional electricity while lowering energy costs. The 1000 LPD system features high-efficiency solar collectors, insulated storage tanks, circulation pumps, and connecting pipelines, all designed to deliver optimal performance throughout the year. Key challenges include correctly positioning and orienting solar collectors for maximum sunlight capture, ensuring adequate insulation to prevent heat loss, integrating the system with existing plumbing, maintaining consistent water temperature and flow, and selecting durable components to withstand varying weather conditions. Addressing these challenges ensures uninterrupted hot water supply, long-term energy efficiency, and a sustainable solution that demonstrates the practical benefits of renewable energy for large-scale water heating requirements.