HARK Prefabricated Enclosure System: Building Strength for The Future and Providing Energy for Development!

2025/12/08 15:54

HARK Prefabricated Enclosure System: Building Strength for The Future and Providing Energy for Development!

In the wave of global energy transition, energy storage technology, as a key link connecting energy production and consumption, plays an important role in building new power systems, achieving "dual carbon" goals, and supporting energy transition. The industry is ushering in explosive growth in a trillion-dollar market.

HARK Prefabricated Enclosure System: Building Strength for The Future and Providing Energy for Development!

Traditional building materials, facing the rapid expansion of industries such as energy storage, data centers, and new energy, have significant drawbacks such as long installation periods, poor energy-saving effects, and weak environmental adaptability, which have become bottlenecks restricting the rapid development of these industries.


Central Zhejiang Energy Storage Industrial Park

The Central Zhejiang Energy Storage Industrial Park focuses on basic capabilities in new energy battery processing. It provides full-chain digital energy storage solutions, including product systems, solutions, and platforms, to meet the different needs of various scenarios such as power generation, grid, and user sides, and drives the transformation and upgrading of related industries.

HARK Prefabricated Enclosure System: Building Strength for The Future and Providing Energy for Development!

KeWand® curtain wall system integrates multiple advantages to fully meet the high requirements of energy storage parks, data centers and other industries for building energy conservation, rapid construction and sustainability.


1. Energy-saving and stable

Class A fireproof rock wool core material provides thermal insulation, while lightweight, high-strength polyurethane edge sealing forms a highly efficient insulation layer. The airtightness-oriented design provides a stable and reliable internal environment for precision production lines that require constant temperature and humidity, ensuring process stability and product yield.

HARK Prefabricated Enclosure System: Building Strength for The Future and Providing Energy for Development!


2. Aesthetically pleasing facade

The four tongue-and-groove joints create a continuous, airtight building envelope, ensuring the strict cleanliness requirements of the internal production areas.

HARK Prefabricated Enclosure System: Building Strength for The Future and Providing Energy for Development!

The surface of the panels can be coated with a weather-resistant self-cleaning coating, which can keep the exterior walls clean and bright for a long time by rainwater washing, reducing the frequency and cost of later cleaning and maintenance, and maintaining the building's beauty and the factory's image for a long time.


3. Rapid Construction

 Relying on the Anhui Intelligent Manufacturing Base, standardized, modular, and high-quality mass production of wall panels is achieved, ensuring stable and controllable quality. On-site rapid installation saves time and labor, significantly accelerating the commissioning process and shortening the overall construction cycle.

HARK Prefabricated Enclosure System: Building Strength for The Future and Providing Energy for Development!


4. Stable Structure

 The wall panel system connects with the main structure to form a stable load-bearing system, possessing excellent wind pressure resistance, deformation resistance, and seismic resistance, providing solid physical protection for internal precision equipment. Class A fire-resistant rock wool core material and metal surface layer together constitute a highly efficient fire barrier, effectively improving the overall fire safety level of the factory building.

HARK Prefabricated Enclosure System: Building Strength for The Future and Providing Energy for Development!


5. Green and Low-Carbon

The Kwande® curtain wall system has excellent thermal insulation performance, which significantly reduces building operating energy consumption. At the same time, the prefabricated installation effectively reduces on-site pollution. The materials are highly recyclable, resulting in lower carbon emissions throughout the building's life cycle.

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