1.1 MWp Floating Solar Plant
Waaree RTL's Rubamin Floating Solar PV Project in Halol, Gujarat, involves a 1.1 MWp floating solar array on an artificial reservoir.
2025
Halol, Vadodara, Gujarat
Waaree RTL's Rubamin Floating Solar PV Project in Halol, Gujarat, involves a 1.1 MWp floating solar array on an artificial reservoir.
Waaree RTL's Rubamin Floating Solar PV Project in Halol, Gujarat, involves a 1.1 MWp floating solar array on an artificial reservoir. This cutting-edge solar solution generates renewable energy without occupying land, provides natural cooling through water-based installation, and suppresses dust collection. The solution maximises energy yield using a circular floating installation that also minimises water evaporation. With minimal civil work required and high aesthetics, the project showcases Waaree RTL's ability to resolve complex environmental challenges using gracious, sustainable solar systems that combine design, efficiency, and green conservation.
Rubamin's location had limited land, experienced high water evaporation, and required low civil interference. Achieving structural integrity above water, maintaining cooling and cleanliness, while providing aesthetics, were key challenges.
Rubamin chose Waaree RTL for its cutting-edge floating solar capabilities, offering land-neutral installation, energy-efficient technology, and reduced on-site disruption, guaranteeing reservoir protection, visual balance, and maximum yield from water-cooled modules.
Waaree RTL designed and installed a 1.1 MWp floating solar array over Rubamin's reservoir by utilising a single circular floating structure. This design utilised water's cooling effect to provide increased energy output (5–15% yield gain). The suspended structure obviated the need for land procurement, reduced civil work, and minimised the accumulation of dust. Waaree used a water-efficient system that also markedly cut evaporation levels. The visually attractive design merged harmoniously with its environment and provided natural security against unauthorised encroachment. With quick deployment and tailor-made support structures, the project achieved high performance with minimal infrastructure requirements. This floating solar application showcases Waaree's expertise in delivering visually integrated, low-footprint renewable systems, transforming previously neglected water surfaces into efficient and sustainable energy resources.
The Rubamin project installed a 1.1 MWp floating solar array across a reservoir, producing increased energy returns through natural water cooling and adding efficiency by 5–15%. It avoided land bottlenecks, minimised evaporation, and incurred little civil infrastructure, all while maintaining site aesthetics and security. The circular floating design ensured structural resistance to wind and offered high visual attractiveness. Dust buildup was naturally reduced, diminishing maintenance requirements. Designed with quick deployment and integration into the environment in mind, this project is a testament to Waaree RTL's ability to produce sustainable, efficient solar energy solutions feasible for water-based or land-constrained environments.
Rubamin Floating Solar was able to effortlessly create a sustainable solar solution that conserves land, water, and boosts energy performance.
