Project Overview
Holtop's Jiangxi branch has been selected to provide the core HVAC solution for the Jinhua Road Standardized Industrial Factory Complex in Shangrao High-Tech Zone, a key provincial development zone in Jiangxi, China. As Holtop's 47th major contract in 2025, this project involves the deployment of 213 sets of specialized Induced Jet Air Handling Units. This large-scale installation is designed to meet the stringent and varied environmental demands of modern advanced manufacturing, directly supporting the zone's strategic growth in electronics, intelligent terminal equipment, and precision machinery.
Challenge: Precision Climate Control for Vast, Dynamic Industrial Spaces
Developing an effective HVAC system for standardized industrial facilities presented distinct engineering challenges:
- Large, Open Space Dynamics: The expansive, high-ceilinged factory floors create significant challenges for achieving uniform temperature and humidity distribution, as traditional systems struggle with air stratification and "dead zones."
- Diverse & Evolving Process Needs: The complex is designed to host a variety of high-tech tenants, each with potentially different environmental requirements for their production lines, demanding a flexible and adaptable system.
- Operational Efficiency & Stability: Consistent climatic conditions are critical for manufacturing quality, particularly in electronics assembly and precision machining where thermal fluctuations can impact product tolerances and yield. The system must be both energy-efficient and highly reliable for continuous operation.
- Future-Proofing Infrastructure: As a foundational element of the industrial park's expansion, the solution needed to be scalable and robust enough to support long-term technological upgrades and tenant diversification.
Holtop Solution: Jetstream Technology for Industrial Environments
Holtop addressed these challenges with a targeted deployment of its advanced Induced Jet Air Handling Unit (Jetstream AHU) technology. This solution is engineered specifically for large-volume spaces where precise air distribution is paramount.
The project features 213 high-capacity Jetstream Air Handling Units, strategically configured to provide targeted, efficient environmental control across the sprawling factory complex.
Superior Long-Range, Uniform Air Distribution: The core innovation of the Jetstream AHU lies in its ability to project conditioned air over exceptionally long distances without significant velocity or temperature decay. This ensures uniform thermal and humidity conditions across the entire factory floor, eliminating hot/cold spots and creating a stable production environment essential for sensitive manufacturing processes.
Energy-Efficient Mixing & Stratification Elimination: By inducing and entraining large volumes of room air, the units promote complete and efficient mixing. This actively prevents the common problem of thermal stratification (where hot air rises to the ceiling), thereby reducing the total conditioned air volume required and lowering overall fan energy consumption compared to conventional systems.
Enhanced Flexibility for Diverse Tenants: The uniform and controllable environment created by the jetstream system provides a versatile foundation. Different zones or future tenants can implement localized supplementary controls, knowing the base air conditions are stable and well-distributed, making the complex attractive to a wide range of high-tech manufacturers.
Robust Design for Industrial Duty: Built to withstand the demands of a 24/7 industrial setting, these units are constructed for durability, ease of maintenance, and reliable performance, ensuring minimal disruption to critical production schedules.
The successful implementation at the Shangrao High-Tech Zone factory complex showcases Holtop's expertise in providing industrial-grade HVAC solutions that go beyond basic temperature control. By leveraging advanced jetstream air distribution technology, Holtop delivers a system that ensures environmental precision, operational efficiency, and strategic flexibility—key drivers for modern advanced manufacturing competitiveness.
This project serves as a prime reference for international developers, industrial park operators, and manufacturers involved in electronics, precision engineering, automotive, or any large-scale production facility where consistent, high-quality air environment is integral to operational success and product quality.
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