Smart and Sustainable Commercial HVAC Systems

Our commercial HVAC systems combine comfort, performance, and sustainability to keep buildings efficient year-round. Designed for heating, ventilation, and cooling, our technology helps reduce energy use and operating costs with solutions like chillers, dry coolers, air handling units, and HVLS fans.

How Commercial HVAC Systems Work

A commercial HVAC system regulates the temperature, humidity, and air quality of a building. It includes equipment that can heat and cool indoor spaces efficiently.

Air is drawn into indoor units, filtered, conditioned, and distributed through duct systems to maintain even temperatures. In cooling mode, chillers or heat pumps remove heat from the air and release it outside through dry coolers. In heating mode, the system reverses the process, delivering warm air during cold seasons.

Modern heating, ventilation, and air conditioning (HVAC) setups also include smart controls that adjust output automatically to save energy.

Common Commercial HVAC Problems

Even high-quality systems need maintenance to perform well. The most common commercial HVAC problems include:

  • Uneven temperature control, caused by poor duct design or dirty filters.
  • Reduced efficiency, due to neglected cleaning or lack of calibration.
  • Airflow issues, often related to blocked vents or worn fan belts.
  • Refrigerant leaks, which lower cooling capacity and raise costs.

Regular maintenance and modern automation systems help prevent these issues and ensure reliable performance all year.

Types of Commercial HVAC Systems

Different types of HVAC systems are used in commercial spaces depending on their size, climate, and energy goals. Below are the main solutions offered by Andely Solutions.

HVAC Chillers

Chillers deliver reliable commercial heating and cooling for office buildings, hotels, and retail spaces They maintain precise temperature control and operate quietly with high energy efficiency.

 

Key Benefits

  • Works with VRF systems or package units
  • Reduces energy use and maintenance costs
  • Long-lasting and low-noise performance

Air Handling Units (AHUs / UMAs)

Air handling units move, filter, and condition the air throughout the building. They are the core of every ventilation system, helping maintain stable temperatures, proper humidity, and healthy indoor air quality. When combined with heat pumps or chillers, they create a complete and efficient heating, ventilation, and air conditioning (HVAC) solution.

Duct Systems

Efficient duct systems ensure that conditioned air is distributed evenly across all areas of a building. Properly designed ducts reduce air leakage and thermal loss, improving both comfort and energy efficiency. Their layout can be customized to fit any commercial space, optimizing airflow and reducing strain on HVAC equipment.

Key Benefits

  • Reduces air leakage and energy waste
  • Customizable design for different layouts
  • Enhances airflow and operational efficiency

Ventus HVLS Fans

High-volume, low-speed (HVLS) fans move large volumes of air gently and quietly, improving comfort and air circulation across wide areas. They balance hot air and cool air, reducing the load on air conditioning and heating systems. These fans are ideal for commercial spaces such as offices, gyms, and retail centers, where comfort and efficiency are key.

Key Benefits

  • Up to 70% energy savings compared to traditional fans
  • Improves thermal comfort and air balance
  • Complements air conditioning and heat pumps

Dry Coolers and Adiabatic Dry Coolers

Dry coolers provide efficient heat rejection for chillers and HVAC systems without using water. They are durable, low-maintenance, and ideal for installations in rooftops or mechanical rooms.

 

Key Benefits

Adiabatic dry coolers take efficiency a step further by combining air cooling with evaporative pre-cooling, achieving up to 90% savings in water and energy compared to cooling towers. These systems are perfect for businesses looking to cut operational costs while maintaining sustainable performance.

  • Eco-friendly and low-maintenance operation
  • Suitable for rooftops or confined mechanical areas
  • Sustainable, long-term alternative to traditional cooling towers

Air Handling Units (UMA) and Duct Systems

For ventilation and air distribution, UMA and ducts ensure clean, consistent airflow across production floors and paint lines.

Key Benefits

  • Improves air quality
  • Energy-efficient ventilation
  • Flexible design for industrial facilities

Scale Removal Solutions

Limescale buildup reduces cooling efficiency and increases energy costs. Andely’s solutions prevent and remove scale in closed circuits.

Key Benefits

  • Extends lifespan of cooling systems
  • Reduces maintenance frequency
  • Ensures consistent heat exchange efficiency

The Andely Advantage

With over ten years of experience, Andely Solutions delivers energy-efficient HVAC systems that improve comfort and sustainability in commercial buildings. Our equipment uses European technology. This helps us achieve high efficiency, reliability, and long-term savings. Whether you operate office buildings, retail stores, or industrial spaces, Andely helps you build smarter, greener, and more efficient facilities.

FAQs: Commercial HVAC Systems

Find answers to common questions about Andely Group and our sustainable industrial solutions.
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It’s a heating, ventilation, and air conditioning (HVAC) setup that regulates temperature, humidity, and air quality in commercial buildings. These systems can heat and cool large spaces using chillers, heat pumps, and air handling units.

The rule helps decide whether to repair or replace an air conditioner. Multiply the unit’s age by the repair cost. If the total exceeds $5000, replacement is usually more cost-effective, especially for older or inefficient HVAC equipment.

The main types are air-cooled, water-cooled, and evaporative refrigeration systems. Each has its own advantages depending on building size, cooling demand, and energy efficiency requirements.

Not always. Many new-generation systems replace them with dry or adiabatic cooling for better efficiency.