【Case Sharing】Application of Low-Density Gray Silica Base Plate in the Sunshade Canopy of Ningbo Nengzhiguang Energy Storage Cabinet

Project Background:

 In the field of energy storage facility construction, the selection of materials is often crucial to the safety, durability, and overall performance of the project. Ningbo Nengzhiguang New Material Technology Co., Ltd. (hereinafter referred to as "Ningbo Nengzhiguang"), after careful consideration and rigorous testing in the energy storage cabinet sunshade project, finally chose Yuanyang Weili low-density gray silicon-based panels. This decision has brought many advantages to the project.

Project Challenges and Material Selection Opportunities:

 The energy storage cabinets of Ningbo Nengzhiguang are located in Ningbo, a coastal city, where the climate is not only humid and rainy but also often hit by extreme weather such as typhoons. The energy storage cabinets, exposed to the outdoors for a long time, face multiple challenges including high-temperature exposure, rain erosion, and strong wind impact. How to find a sunshade material that can adapt to harsh environments and ensure the stable operation of energy storage cabinets has become a key problem for the project. After screening and evaluating many materials on the market, Ocean威利 low-density gray silicon-based panels stood out with their unique properties and became the best choice for the project materials.

Product Characteristics Meet Project Requirements:
1. Excellent Fire Resistance: Yuanyang Weili low-density gray silicon-based panels have A1-class non-combustible fire resistance, which is crucial for energy storage facilities. The batteries in energy storage cabinets have a certain fire risk during charging and discharging. The fire-resistant property of low-density gray silicon-based panels can effectively prevent the spread of fire, providing a reliable fire barrier for energy storage cabinets, greatly reducing the threat to personnel and equipment in case of fire, and ensuring the safety of the project.
2. Double Protection of Wind Resistance and Moisture Resistance: In view of Ningbo's climate characteristics of frequent typhoons and high humidity, Yuanyang Weili low-density gray silicon-based panels have the characteristics of light weight and high strength. While reducing the overall weight of the sunshade, they have excellent wind pressure resistance. Even in the face of strong typhoons, they can support stably without deformation or damage. The excellent moisture resistance allows the panels to maintain good physical properties in a long-term humid environment, effectively avoiding structural damage caused by moisture, and creating a strong moisture-proof and windproof barrier for energy storage cabinets.
3. Advantages of High-Temperature Resistance and Heat Insulation: Ningbo has high temperatures in summer. Intense direct sunlight will cause the internal temperature of energy storage cabinets to rise sharply, affecting equipment performance and service life. The low-density gray silicon-based panels, after high-temperature steam curing, can withstand high-temperature tests without deformation. At the same time, the heat insulation performance of the panels is also very excellent, which can effectively block heat transfer, reduce the internal temperature of energy storage cabinets, and create a suitable operating environment for energy storage equipment.

Project Details:
Project Name: Ningbo Nengzhiguang Energy Storage Cabinet Sunshade Project
Applied Product: Low-density gray silicon-based panels
Application Part: Energy storage cabinet sunshade
Highlights of Product Application: Fire resistance class A1, heat insulation, moisture resistance

    This cooperation is not only a successful practice of material application, but also lays a solid foundation for further cooperation between the two parties in the energy storage field in the future, and provides a highly valuable reference example for similar projects in the industry.