- +91 9285316066
- info@sunrenewablessolar.com
- Indira Ward Bhedaghat Jabalpur
Project Details
Jageshwar Prasad Kesharwani, Jabalpur installed a 10kW solar system by Sun Renewable Solar, ensuring reliable electricity, energy savings, and sustainable power.
Client
Jageshwar Prasad Kesharwani
Location
Jabalpur
Power (KW)
10kW
Project Summary
The Jageshwar Prasad Kesharwani solar project in Jabalpur is a significant move toward clean, sustainable, and cost-efficient energy. A 10kW on-grid solar system was installed by Sun Renewable Solar, a company established in 2010 with extensive expertise in solar EPC, solar module and inverter trading, and distribution of water purification systems. The installation is designed to meet the daily electricity requirements of the property, reducing dependence on conventional grid power while offering substantial energy cost savings. The system consists of high-efficiency solar panels and a reliable inverter, ensuring seamless electricity generation and usage. By adopting solar energy, Jageshwar Prasad Kesharwani not only achieves financial savings but also contributes to lowering carbon emissions, demonstrating a commitment to environmental sustainability.
With over a decade of technical knowledge and experience, Sun Renewable Solar executed the project with precision, focusing on durability, performance, and client satisfaction. The installation highlights the practical benefits of renewable energy for residential and commercial properties, providing uninterrupted power supply. This project serves as a model for other individuals in Jabalpur to embrace solar energy, combining efficiency, sustainability, and long-term value for energy independence.
Overview & Challenge
The Jageshwar Prasad Kesharwani solar project in Jabalpur provides a reliable and sustainable solution for electricity generation, reducing dependence on conventional grid power and lowering energy costs. The 10kW on-grid system includes high-efficiency solar panels, a durable inverter, mounting structures, and interconnecting cables, designed to deliver consistent power throughout the year. Key challenges involved optimal placement and orientation of solar panels to maximize sunlight capture, ensuring structural stability, and integrating the system seamlessly with the existing electrical infrastructure. Additionally, maintaining system efficiency under varying weather conditions and ensuring long-term inverter performance were crucial considerations. Addressing these challenges ensures uninterrupted electricity supply, substantial energy savings, and demonstrates the practical benefits of adopting renewable energy for residential and commercial properties.