Introduction:
Haomei Aluminum, a leading producer of high-quality aluminum profiles, has achieved impressive energy savings by upgrading their air compression system with Baldor’s energy-efficient air compressors. Through the installation of Baldor BD-100PM-II permanent magnet frequency conversion compressors, the company has reduced its energy consumption by nearly 30%, improving both cost-efficiency and sustainability.
Energy-Saving Project at Haomei Aluminum:
Haomei Aluminum initiated a significant energy-saving upgrade by replacing their existing air compressors with Baldor’s high-efficiency solutions. The project involved the installation of Baldor BD-100PM-II two-stage compression air compressors, designed to deliver superior energy savings.
Annual Energy Savings Results:
- Energy Savings: Nearly 30%
- Before Upgrade: Energy consumption was 0.14915 kWh/m³
- After Upgrade: Energy consumption dropped to 0.10447 kWh/m³
This upgrade has resulted in a substantial reduction in energy consumption, allowing Haomei Aluminum to operate more efficiently while lowering operational costs.
Baldor BD-100PM-II Permanent Magnet Frequency Conversion Air Compressor:
- Pressure Range: 0.8 – 1.25 MPa
- Flow Rate: 12.1 – 16.5 m³/min
- Power Consumption: 75 kW
- Dimensions:
- Length: 2200 mm
- Width: 1500 mm
- Height: 1800 mm
Сайт Baldor BD-100PM-II compressor is equipped with a permanent magnet motor и frequency conversion technology, allowing it to adjust the motor speed based on air demand. This capability helps reduce unnecessary energy consumption, providing significant cost savings over time.
Haomei Aluminum: Company Overview
Haomei Aluminum is renowned for producing high-end, energy-efficient doors and windows. By leveraging advanced technology in aluminum profile production, the company focuses on creating high-quality building materials, industrial profiles, decorative profiles, and specialized alloys. Haomei Aluminum is dedicated to offering products that are:
- Compatible
- Diverse
- User-friendly
- Stable
- Energy-efficient
Before Baldor Air Compressor Upgrade:
Before upgrading to Baldor compressors, Haomei Aluminum faced высокое энергопотребление, which contributed to increased operational costs. Their previous air compressor system was not optimized for energy efficiency, leading to higher electricity usage.
After Baldor Air Compressor Upgrade:
After installing Baldor’s BD-100PM-II energy-efficient compressors, Haomei Aluminum experienced a significant drop in energy consumption. The compressors’ advanced features, such as permanent magnet motors и frequency conversion drives, enabled the company to achieve an impressive 30% reduction in energy usage, which resulted in:
- Lower operating costs
- Increased operational efficiency
Why Choose Baldor Air Compressors for Energy Efficiency?
Baldor is a trusted global leader in air compressor technology, specializing in energy-efficient solutions that help businesses reduce energy consumption and operating costs. By incorporating advanced features such as permanent magnet motors и variable frequency drives (VFDs), Baldor air compressors optimize both performance and energy savings.
Haomei Aluminum’s success serves as a prime example of how Baldor’s technology can significantly improve energy efficiency across various industries.
Explore Baldor’s Energy-Saving Solutions:
At Baldor, we are committed to providing cutting-edge air compressor solutions that enhance energy efficiency and reduce operational costs. Discover more about our range of energy-efficient air compressors and how we can help your business save energy and reduce costs by visiting Baldor’s website.
Conclusion:
Haomei Aluminum’s energy-saving project demonstrates the tangible benefits of upgrading to Baldor’s high-efficiency air compressors. By switching to Baldor’s BD-100PM-II models, the company has successfully reduced energy consumption by nearly 30%, achieving significant savings and improving sustainability. This success story highlights how Baldor’s innovative technology can support businesses in achieving their energy-saving goals while enhancing operational efficiency.