Gautam Solar’s Solar Modules that Promise Lower Installation Cost for Developers & EPC

Gautam Solar's Solar Modules that Promise Lower Installation Cost for Developers & EPC

Solar module manufacturer Gautam Solar has filed a patent and design registration for innovation in solar panels. These reduce the installation cost of solar power plant at utility and rooftop scale. The firm claims that the innovation in solar modules halves the number of fasteners used during the installation of solar power plants.

At megawatt and gigawatt scale, the cost of balance of systems, time for installation and commissioning plays a critical role and every efficiency makes a big difference to the project cost. It is especially significant in light of the 500 GW renewable energy capacity by 2030.

“We are excited to announce our latest innovation in the solar industry,” said Gautam Mohanka, the Managing Director and CEO of Gautam Solar. “Our new solar module is a game-changer for the solar industry, as it addresses the major issue of difficult, time-consuming and cost-inefficient solar panel installations by reducing the number of fasteners used, which can quickly add up, especially for large, megawatt-scale projects. We are confident that this technology will revolutionize the solar industry and help developers and EPC Companies with high-quality solar panel installation at competitive costs in a reasonable time period.”

New Solar Panel Design & Benefits

The new solar panel design consists of two frames – a primary and a secondary frame with hollow structure (for light-weight design) which both have laterally extending brackets with grooves to provide an interlocking mechanism. These frames are configured to secure the panel and the brackets are configured to mesh upon operation using fasteners. This leads to a reduction in the number of fasteners (nuts, bolts and washers) used during panel installation by 50%. Hence, this only saves time and makes the installation cost-effective, it also makes the installation process easier, informs the firm.

To visualize this aspect, consider a 1 MWp PV System consisting of 500 Wp solar panels. In conventional system design, 16000 nuts and bolts and 32,000 washers are required for installation. On the other hand, as per Gautam Solar using its solar modules, only 8000 nuts and bolts and 16000 washers are required.

Another major problem the new Solar Panel Design addresses is the problem of water drainage. Existing solar panels are designed with the mounting part which creates a gap between the modules. Rainwater can easily enter this gap between solar modules and damage wires and electrical circuits utilized for the production of electricity from solar energy. In the new solar panel design, the enclosure formed by the brackets can be used for water drainage functionality and prevent damage to the electrical wirings secured to the frame.

Additionally, these primary and secondary designs are configured to form an arc-shaped structure to promote stability.

Gautam Solar is committed to developing innovative and sustainable solar solutions that meet the growing demand for renewable energy. With its latest innovation, the company has further cemented its position as a leader in the solar module manufacturing industry.

The water-resistant solar panel design is just one of the many innovations that Gautam Solar has planned for the future. The firm is continually investing in research and development to bring new and improved solar modules to the market.

“We believe that sustainable energy is the future, and we are proud to be a part of this revolution,” added Mohanka. “Our commitment to innovation and sustainability is unwavering, and we will continue to invest in research and development to create new and better solar solutions for our customers.”

Gautam Solar’s solar module design is durable and efficient solar modules that can withstand harsh weather conditions, says the firm.

Last year, Gautam Solar increased its G2X series with the introduction of high-efficiency and high-performance 450 Wp solar modules with larger M10 cells to improve the quality of solar products and accelerate the adoption of solar energy in the nation.