Integrated facilities built for scale, reliability, and quality.
Our state-of-the-art manufacturing facility is driven by European technology that not only automates but quickens the process. Consequently, it helps us reach the capacity of 4.8 GW Solar Glass, 6 GW for Fast Cure Encapsulant, 6 GW for PET, PVDF, PVF based Back Sheet, and 10GW for Aluminium Frame.
Vishakha Renewables not only helps us grow the green solutions but also makes us proud of supporting the Government of India’s ‘Atmanirbhar Bharat’ (Make in India) initiative.
Quality is our core mantra, something we are quite passionate about. No wonder then that Vishakha Renewables and its products are synonymous with quality. The world-class quality of our products helps us stay ahead of the curve in today’s highly competitive market.
At Vishakha Renewables’ production facility, DSC is used to monitor thermal properties and curing behavior of encapsulants. It ensures material consistency across batches and validates performance under temperature variations, supporting reliable processing and long-term stability in solar module applications.
This equipment verifies the electrical insulation properties of encapsulants and backsheets. By measuring volume resistivity, Vishakha ensures materials meet strict safety and performance standards, preventing electrical leakage and maintaining module reliability under real operating conditions.
Used for controlled thermal ageing tests, these systems evaluate material stability under sustained heat exposure. They help validate durability, shape retention, and performance consistency of solar components across varying temperature conditions encountered during field operations.
The Soxhlet apparatus is used to assess cross-linking levels and chemical consistency of encapsulants. This ensures proper curing during production and enhances resistance to environmental degradation, supporting long-term reliability of solar modules.
This chamber simulates long-term sunlight exposure to evaluate UV resistance of materials. It helps ensure that solar components maintain their structural integrity, optical performance, and durability over extended outdoor usage.
Designed to replicate high humidity and pressure conditions, this test evaluates resistance to moisture ingress and delamination. It ensures materials perform reliably in demanding climatic environments, particularly in high-humidity regions.
Used to measure light transmission and optical properties, this instrument ensures encapsulants and glass maintain high transparency. It directly supports efficiency by validating that maximum sunlight reaches the solar cells.
The UTM evaluates mechanical strength, including tensile, elongation, and adhesion properties. It ensures materials can withstand mechanical stress during installation and operation, maintaining structural integrity of solar modules.
The hot press is used to simulate lamination conditions during module manufacturing. It helps validate bonding performance and curing behavior of encapsulants, ensuring strong adhesion between layers in actual production scenarios.
This equipment replicates the lamination process under controlled vacuum conditions. It ensures uniform bonding, eliminates air entrapment, and validates encapsulant performance in real module assembly conditions.
