Adopting the ELINK series products, the maximum power generation per unit can reach 630W, with excellent power conversion efficiency, enabling efficient power generation and strong economic benefits. The total installed capacity is 379.5 kW, with a first-year power generation of 402000 kWh. The equivalent emission reduction over 30 years is 9170 tons of CO ₂, and 82612 equivalent plants will be planted over the same period.
In order to minimize the impact of wind pressure and snow load on the panel while generating electricity efficiently, ELINK has added a cavity structure to the frame during component selection to enhance the frame strength, strengthen the structural reliability of the product, and increase the product's load capacity. Currently, the border strength is about 20% higher than that of conventional components.

The original warehouse had a wooden roof and had been in use for a long time, resulting in insufficient structural load-bearing capacity.

ELINK has designed the wooden roof of the original warehouse as a steel structure to significantly increase its load-bearing capacity and meet the requirements for installing photovoltaic modules.

The roof slope is steep, there is no indoor operating space, and there are no safety protection facilities. The construction of the roof is difficult, and there is leakage of rainwater. We will set the roof slope angle to 15 degrees while respecting the basic functions of the building; Indoor scaffolding construction to meet the needs of climbing; Adopting a bottom installation form, there is no need to frequently go up to the roof, ensuring the waterproof effect of the photovoltaic roof while ensuring the power generation.

Compared with the traditional drainage method of photovoltaic modules and water channels in the market, ELINK has designed a special structure for the brackets provided to users, integrating the drainage system into each part of the frame. The single tile decentralized drainage eliminates the risk of water leakage.

Due to the lack of a drainage channel design, the internal construction is more concise and beautiful, while also being more convenient, safe, and efficient for construction.