Emmvee offers sustainable wide-ranging module solutions for solar plants

The Emmvee Group is one of the leading manufacturers of photovoltaic modules and solar water heating systems in India. Emmvee’s sustainable wide-ranging solutions comprise large-scale solar PV power projects ranging from 1 MW to 50 MW. The company also provides complete services for solar PV rooftop systems ranging from 1 kW to 1,000 kW. Emmvee has produced around 1 GW of grid-connected solar PV modules so far and has one of the most modern production lines at its two manufacturing facilities located at Bengaluru, with a production capacity of 500 MW. The company produces both polycrystalline and monocrystalline modules along with off-grid modules and systems. More than 500,000 Emmvee modules are currently in operation across the globe.

Each module has bespoke designs according to the requirement of the project and consists of either 60 or 72 cells. Emmvee’s modules are made with anti-reflective coating high transmission glass, which ensures that more sunlight reaches the solar cell surface. Moreover, the frame of the module is made of anodised aluminium for better corrosion resistance over the lifetime of the module. The company’s modules undergo rigorous tests for voltage, tolerance and mechanical load, making them highly durable. These modules are compatible with most junction boxes, with the provision of embedding the electrical data in radio-frequency identification tags that enables electronic aggregation of data. Meanwhile, Emmvee’s cell power degradation is below the industry standard, thereby producing more electricity during its lifetime. Emmvee’s modules have higher efficiency, positive tolerance, and better current distribution performance that reduces power loss. Moreover, its modules are salt-mist, ammonia, blowing sand and hail resistant and can perform optimally even under weak light conditions.

As an EPC company, Emmvee provides in-house design and construction services for building solar power plants. Its range of services includes technical planning of the system, selection of suitable components and timely installation.