TLDR

• Samsung opened a new HVAC factory in Pune, India, producing key cooling units for AI data centers with a capacity of 6,500 units per year.
• The company also invested KRW 240 billion to build a large HVAC production line in Gwangju, Korea, starting operations in early 2028.
• These expansions aim to improve equipment availability, shorten lead times, and support contractors, property managers, and large buyers with reliable cooling solutions.

Samsung has opened a new HVAC factory in Pune, India, on August 13, 2026. This plant will produce air handling units (AHUs), fan wall units (FWUs), and computer room air handlers (CRAHs) designed for AI data centers and critical facilities. The Pune factory can make up to 6,500 units per year, helping improve equipment availability and shorten lead times. In addition, Samsung announced a KRW 240 billion investment for a 21,500 m² HVAC production line in Gwangju, Korea, set to start operations in early 2028. These expansions affect contractors, property managers, and large buyers tracking critical cooling supply.

Standards and rebate context

These HVAC systems are designed for commercial use. That means residential rules like SEER2 energy efficiency standards and related rebates do not apply here. Before you buy, check which certifications your project needs. Common ones include AHRI for performance ratings, UL for safety in the U.S., and CE for safety in the European Union. If you’re working on public or large projects, make sure your specifications match local energy codes early in the planning process. This helps avoid delays during approval and keeps your project on schedule.

Availability, timelines, and budgeting

Increased manufacturing capacity means shorter lead times and less risk of delays for contractors working on AI data center and retrofit projects. This helps keep schedules on track and reduces the stress of waiting for critical equipment. Property managers will see a wider selection of high-capacity air handling units and fan wall units becoming available through distributors, making it easier to find the right systems for large buildings and upgrades. While homeowners are not the direct customers for these commercial units, they benefit indirectly. Greater factory output can stabilize the supply chain overall, improving parts availability and reducing wait times for repairs and replacements across the market.

Why AHUs, FWUs, and CRAHs fit AI loads

CRAHs, or computer room air handlers, are designed to pull heat from server rooms and expel it using chilled-water coils. This makes them ideal for steady heat loads generated by GPUs in AI data centers. FWUs, or fan wall units, use many small fans arranged in a wall. This setup gives smoother airflow control and provides backup if one fan fails, keeping cooling consistent. Modern AHUs, or air handling units, handle air filtration and heat exchange, which means they transfer heat between incoming and outgoing air streams to improve efficiency. They also support modular installation, making it easier to expand or customize cooling systems as data center needs grow.

What to do now

Contractors should pre-qualify alternate equipment options now and secure long-lead items early. Use HVAC365’s simple 2-click ordering system and live tracking to stay on top of deliveries. Property managers need to align their 2026 to 2028 projects with this new manufacturing capacity. Planning delivery windows ahead helps avoid delays during the ramp-up. Homeowners planning an upgrade should take advantage of our Sizing Tool, which helps find the right system quickly. Keep an eye on stock stability improvements as these new plants begin production. These steps will help you navigate supply changes and keep projects on track.

Key Takeaways

• Samsung opened a new FläktGroup HVAC factory in Pune, India, producing air handling units (AHUs), fan wall units (FWUs), and computer room air handlers (CRAHs) for AI data centers and critical facilities, with a capacity of up to 6,500 units per year.
• A major investment in a 21,500 m² HVAC production line in Gwangju, Korea, is expected to start operating in early 2028, signaling increased future supply for data center cooling equipment.
• Contractors and property managers can expect shorter lead times and better equipment availability, reducing project delays for AI-driven cooling and retrofit jobs in commercial buildings.
• While focused on commercial HVAC, this manufacturing expansion will indirectly improve supply stability for homeowners by boosting overall production capacity in the market.

Frequently Asked Questions

What new HVAC manufacturing facilities has Samsung recently opened or announced?

Samsung completed a new FläktGroup HVAC factory in Pune, India, in August 2026. They also announced a large investment to build a new HVAC production line in Gwangju, Korea, expected to start operations in early 2028.

How will Samsung’s new plants affect HVAC equipment availability and lead times?

The Pune plant can produce up to 6,500 units per year, increasing supply and helping reduce lead times. This means contractors and property managers can expect faster deliveries and less risk of project delays for AI data center and commercial cooling equipment.

What types of HVAC equipment will these new Samsung plants produce?

The new facilities will manufacture AHUs (air handling units), FWUs (fan wall units), and CRAHs (computer room air handlers). These products are designed specifically to cool AI data centers and other critical infrastructure with steady, heavy heat loads.

Why is this expansion important for contractors, property managers, and homeowners?

Contractors benefit from improved supply and shorter lead times, reducing project risks. Property managers will see a wider product mix for large buildings and retrofits. Homeowners gain indirectly as increased commercial manufacturing helps stabilize the overall HVAC parts market over time.

Related Topics: Samsung HVAC, AI data center cooling, Pune HVAC plant, Gwangju HVAC line, air handling units, cooling systems for data centers, HVAC supply chain, energy-efficient HVAC, AHUs for AI loads, HVAC lead times, HVAC capacity expansion, data center cooling solutions