Dehydrating Breather Market

Global Dehydrating Breather Market Size (2024-2032):

The size of the global dehydrating breather market was worth USD 554 million in 2023. The global market is anticipated to grow at a CAGR of 4.50% from 2024 to 2032 and be worth USD 823 million by 2032 from USD 579 million in 2024.

Current Scenario of the Global Dehydrating Breather Market

The increasing demand for transformers and a growing need for equipment protection and technological advances are anticipated to propel the global dehydrating breather market forward throughout the forecast period. Dehydrating breathers keep the oil in electrical equipment from becoming contaminated by moisture from the air. They're most probably placed on the top of the oil compartment of an on-load charger or the airside of a power transformer. The dehydrating breather is made up of silica gel, which can absorb moisture from the air breather. In most situations, the lack of moisture level control in the transformer or industrial device is the primary cause of failure. Therefore, it's critical to maintain low humidity using a dehydrating breather packed with silica, which absorbs moisture in the air and lowers transformer maintenance costs. The dehydration breather is designed to prevent any interaction between moisture-containing air and silica, allowing the breather to last longer and require less maintenance. Alternative breathers are occasionally added to the same device to improve transformer dependability and keep the silica gel saturation level at the necessary level. These items are equally simple to install as well as retrofit. For end-user confidence in maintenance performance, the dehydrating breather must be compatible with international standards such as European (EN) requirements. The amount of oil that a dehydrating breather can protect determines the breather's rating.

MARKET DRIVERS

The Dehydrating Breather Market is growing due to a growing requirement for increased capacity utilization, a rising need for smart power infrastructure, and rising sales of heavy-duty vehicles.

The next generation of dehydrating breathers for power transformers is equipped with an accurate pressure sensor that will monitor the incoming air, use the pattern, and finalize the time for silica regeneration, for example, in remote applications. In addition, the dehydrating breathers are also integrated with indicators that will describe the operational status and other controls, for example, in small applications. Furthermore, rising government support for energy-efficient and power-saving systems increased transformer applications, and increased product development and investments in the power transmission industry are all driving market expansion. In 2023, Maschinenfabrik Reinhausen GmbH, for example, introduced the MTRAB 2.5, a new generation of dehydrating breather. Its features are intended to assist clients in lowering their equipment's life cycle costs and overcoming obstacles. A dehydrating breather is termed a device that prevents atmospheric moisture from entering electrical appliances and the oil compartment, particularly in transformers. Because of its exceptional water-observing properties, silica gel is commonly employed as a dehydration agent.

The dehydrating breather contains silica gel, which absorbs moisture created during transformer operation. It's usually a cylindrical jar with a transformer's aperture wrapped around it to keep moisture out. The dehydrating breathers are also connected to the oil traps to minimize moisture contact, increase the equipment's life and minimize maintenance expenses. Transformers are being used all around the world as a result of rapid technological advancement. As a result, preserving electrical equipment in good working order is necessary to maintain efficient power transmission and a reliable distribution system. This is the primary factor in the market for dehydrating breathers expanding. In addition, the considerable growth in transformers has fueled the demand for dehydrating breathers to extend the life of electronics. Most importantly, the growing demand for step-up and step-down transformers has stemmed from the increased renewable energy output worldwide. In the foreseeable future, this surge in transformer applications is projected to raise the demand for dehydrating breathers. Therefore, these are the significant factors that are primarily responsible for the global dehydrating breather market growth.

MARKET RESTRAINTS

The presence of dehydrating breather replacements and the increased usage of dry-type transformers are projected to restrain the worldwide dehydrating breather market's growth. On the other hand, frequent desiccant changes and high maintenance costs are projected to be significant roadblocks to the dehydrating breather market's expansion. However, the emergence of dry-type transformers as a substitute has slowed the global dehydrating breather market.

IMPACT OF COVID-19 ON THE DEHYDRATING BREATHER MARKET

The COVID-19 outbreak has majorly affected the global dehydrating breather market. Most commercial establishments are closed due to the government's nationwide shutdown to contain the virus. As a result, the demand for electric energy decreased dramatically, hurting the networks and the market for dehydrating breathers. Furthermore, national and international transportation constraints have resulted in a significant labour shortage in most grids. As a result, transformer maintenance activities have decreased, resulting in a decline in market demand for dehydrating breathers.

DEHYDRATING BREATHER MARKET REPORT COVERAGE

SEGMENTAL ANALYSIS

Global Dehydrating Breather Market - By Type

• Self-dehydrating breather
• Conventional breather

In the global dehydrating breather market, the conventional breather segment is likely to play a significant role. Its rapid rise can be ascribed to the fact that it is widely employed in applications such as utility and automotive due to its low cost and convenient availability. Furthermore, the expansion of diesel- and oil-based power generation capacity encourages the growth of conventional breathers in the dehydrating breather market. The idea behind the design of the Dehydrating breathers is primarily to absorb moisture created by air intake into the transformer during the oil mass's thermal contraction.

Global Dehydrating Breather Market Analysis By Desiccant Volume

• <2.0kg
• 2.0kg to 4.0kg
• >4.0kg

Based on desiccant volume, 2 to 4kg volume attributes to the largest global dehydrating breather market share during 2022 - 2027. Because it is widely employed in numerous applications such as utilities, heavy-duty vehicles, and storage, the 2.0 Kg to 4.0 Kg category commanded the most significant market share, boosting heavy-duty vehicle sales.

Global Dehydrating Breather Market Analysis By Vertical

• Heavy-duty vehicles
• Utilities
• Industrial

Based on vertical, the utility segment tends to hold the most prominent global dehydrating breather market share in the upcoming years. The dehydrating breather market is predicted to develop due to increased demand for power generation and the restoration of old infrastructure. Therefore, the global dehydrating breather market is projected to be led by the utility segment. 

MARKET REGIONAL ANALYSIS

The Global Dehydrating Breather Market Report includes the segmentation of Regions:

• North America 
• Europe 
• Asia Pacific
• Latin America 
• Middle East & Africa 

Due to a significant manufacturing sector, rapid infrastructure development, and increased investments in the power transmission sector, Asia Pacific held the most crucial revenue share and is likely to maintain this position during the forecast period.

North American region has the highest CAGR in the Dehydrating Breather Market due to rising government investments in modernizing electricity transmission and distribution in constituent areas such as the United States and Canada, which strongly emphasize technological improvements.

Europe is also anticipated to have a significant global dehydrating breather market share due to the increasing demand for dehydrating breathers in the UK, France, and Germany.

MARKET KEY PLAYERS

The companies covered in the report include: 

1. ABB
2. Siemens
3. Des-Case
4. Dry-Tech
5. AGM Container Controls
6. BTRAC Ltd
7. Maier GmbH
8. Hubbell
9. HAMP
10. Trico

MARKET RECENT DEVELOPMENTS

• ABB introduced a conventional dehydrating breather, widely used to absorb moisture from the air intake into the transformer. It further added that the dehydrating breather comprises salts of pure silicon oxide, preventing oil contamination and absorbing moisture and humidity of the atmosphere. 
• AGM Container Controls announces that its desiccant breathers can be reused. Moreover, they are primarily utilized for safeguarding items in storage areas.
• Des-Case Standard breathers are designed to protect lubricants and equipment against moisture and particle contamination in various industries and applications.