Originally, a service corridor was proposed to service the BIPV panels. After starting the deviation model and optimizing the framing system, it was decided that there was no need of the service passages and unique way of servicing the patterns from the front was designed such that reducing the costs and reducing the anchored system and reducing that loads of the structure was device which also enabled us to replace the MS framing, which significantly reduced the cost for the facade. We designed the plan in a way that allowed the panels to be serviced from the front, eliminating the need for any back service corridors or service platforms. Additionally, we optimized material consumption and the performance of the facade by designing multiple joinery details. Considering that this is one of India’s largest Tallest Integrated Photovoltaic (BIPV) facades, it was crucial to account for various elements such as wind loads and safety factors while designing the anchorage system. Additionally, it had to be integrated with the Glass Reinforced Concrete (GRC) components. The junctions between GRC to GRC, GRC to solar, and BIPV to glazing were carefully designed to ensure that the facade acts as a unified system, functioning as a single seamless unit. Furthermore, it was decided that on the north side, glazing panels would be used to match the shade of the solar panels on the south side. The north side features glazing, while the south side is predominantly covered with solar panels.