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Latest company case about Beijing Holtop Artificial Environment Technology Co., Ltd Certifications

Zhongguancun Wenquan Sci-Tech Park Phase III - Energy Recovery HVAC Solution by Beijing Holtop

2025-03-25

Latest company case about Zhongguancun Wenquan Sci-Tech Park Phase III - Energy Recovery HVAC Solution by Beijing Holtop

Client: Zhongguancun Wenquan Sci-Tech Park Phase III
Location: Core Area of Zhongguancun Science City
Project Type: New Construction - Integrated High-Tech Innovation Campus (R&D Offices, Commercial Services, Retail, Dining & Leisure)
Contract Date: March 2025

Project Scope & Scale

 

  • Total Units Supplied: 300 sets
  • Equipment Type: Combination of Plate Heat Exchanger AHUs and Rotary Enthalpy Wheel AHUs.

 

Project Challenge

 

  1. Superior Indoor Environmental Quality (IEQ): Ensure exceptional thermal comfort and air purity for high-value R&D activities and diverse occupant needs.
  2. Sustainable Design Integration: Seamlessly align HVAC systems with the project's core sustainability certification targets (e.g., LEED Gold/Platinum, China Green Building 3-Star).
  3. Handling Diverse Loads: Efficiently manage varying thermal demands across labs, offices, retail, and high-occupancy spaces within an open-campus design.

Holtop Solution

 

 

Plate Heat Exchanger Energy Recovery Air Handling Units

 

  1. Efficient Sensible Heat Recovery: Utilizing robust aluminum plate heat exchangers to capture and transfer sensible heat energy between exhaust and incoming fresh air streams.
  2. Zero Cross-Contamination: Ideal for maintaining strict air separation requirements in sensitive R&D and office environments.
  3. Low Maintenance & High Reliability: Simple design ensures long-term performance with minimal operational intervention.

 

Rotary Enthalpy Wheel Energy Recovery Air Handling Units

 

  1. Total Energy Recovery (Sensible & Latent): Advanced hygroscopic wheels recover both heat and moisture, maximizing energy savings potential, especially critical in Beijing's variable climate.
  2. Optimized Humidity Control: Significantly reduces the latent load on downstream cooling/heating systems, enhancing comfort and efficiency.
  3. High Effectiveness: Delivers industry-leading energy recovery rates, directly contributing to the project's low-energy goals.

 

Ready to integrate cutting-edge energy recovery into your sustainable building project?
Contact Holtop to leverage our expertise and innovative HVAC solutions for your green building ambitions.