Solar PV Modules

Our Solar Modules are made from high efficiency Mono / Multi Crystalline solar cells. The solar PV cells used are of 17.4% to 22.5% efficiency to produce wide range of Solar Modules Ranging from 3Wp to 555Wp enabling to cater Industrial, Commercial, Domestic and Agricultural Consumers under one roof. Solar PV modules converts light energy into electrical energy. The solar cells are connected in series and parallel and encapsulated in a low iron content, high transmissivity, tempered glass using UV stable Ethylene Vinyl Acetate (EVA) sheets.

The premium quality back sheet protects the cells from the environmental conditions when laminated. The laminates are framed with strong and anodized aluminum profile with multiple holes for ease of installation. All our modules are certified for IEC & BIS standards.

PV Modules from 3Wp - 555Wp

Why VRV Energies Solar PV Modules are the best choice?

Highly Reliable

39 years experience in manufacturing Solar cells and Modules

Positive tolerance of our PV modules gives higher R&I Return on Investment (ROI).

State of art manufacturing facility

Key Features

Multi busbar solar cell adopts new tecnology to improve the efficiency of modules.

Advanced glass and solar cell surface texturing allow for excellent performance in low-light environments.

Manufacture to withstand : wind load (2400 pascal)

Stringentquiliy standards materials, quality and manufactured processes.

Mono/poly Crystalline 72/144 cell high module conversion efficiency up to 21.5% innovative manufacturing technology.

Manufacture in india on leading edge module production line using world class processes.

peace of mind guaranteed by VRV Energies 25 years module warranty.

High salt mist and ammonia resistance.

2.O Technology



Higher module conversion efficiency and lower resistance are characteristic of the half-cell structure.



The new circuit design with multi-busbar technology prevents current losses increase tolerance to micro cracks.



Boosts module power helping to achieve minimal power loss with respect to previous variant modules.



Improved due to multiple contact points on the cell which lowers the cell stress during module fabrication



Implementation of bypass diodes in split JB series-parallel connections enable the module to perform in partial shadow conditions with respect to full-cell module.