POWER ON THE GO
Portable air compressors are multifunctional, with an auto cutoff mechanism that recognizes when the pressure is sufficient and turns off the compressor. These qualities are likely to boost the portable air compressors market.
Portable air compressors are multifunctional, with an auto cutoff mechanism that recognizes when the pressure is sufficient and turns off the compressor. These qualities are likely to boost the portable air compressors market.
The portable air compressor market has witnessed steady growth in recent years with rapid utilization in construction sites, road works, and packaging machines through myriad industries. Technological advances in air compression techniques are laying a profound influence on the equipment’s compression capabilities and are consequently expected to drive growth in the portable air compressor market during the forecast period. In addition, the increase in the adoption of robust and energy efficient equipment is also expected to fuel the industry’s demand for air compressors.
Since the oil and gas industry is one of the major market contributors, the countries with a strong infrastructure will prove to be the most lucrative air compressor markets.
The building and construction industry is currently the biggest investor in portable air compressors, with portable air compressors available in various sizes and weights. Air compressors are predominantly being used by building and construction companies for a variety of pneumatic tools and equipment.
Depending on the construction task at hand, portable air compressors are being used in nail guns, jackhammers, and compactors. Oil & gas follows close behind as the second most utilized segment for portable air compressors.
Key Drivers and Opportunities of the Market
A portable air compressor is strong, robust, and reliable. They are frequently utilized in dusty areas because they have high-quality air filters. Portable air compressors function in a variety of circumstances, including extreme cold and high altitude, making them ideal for a variety of sectors. All of these factors are driving the demand for portable air compressors, and the demand is anticipated to rise significantly over the next several years.
Portable air compressors are multifunctional, with an auto cutoff mechanism that recognizes when the pressure is sufficient and turns off the compressor. These qualities are likely to boost the portable air compressors market.
Industries all over the world have embraced the introduction of energy-efficient air compressor models, which are also available in portable forms. The new technology offers a considerable decrease in maintenance expenses, which is why it is being adopted by a large number of customers from various industries. The most prevalent issue with portable air compressors is engine failure. Engine failures can be caused by unclean air inlets, clogged oil filters, a defective speed controller, incorrect speed controller timing settings, or a blocked exhaust system. Furthermore, the portable air compressor is less efficient due to frequent fuel and compression issues.
The Air Compressor of Tomorrow is Flexible
There are several complaints involving today’s compressed air technology, notably how such systems run rather inefficiently and use a lot of power. But a key trend that’s driving the future of this technology is air compressors with variable speeds. Today, most air compressors run at fixed speeds. That is, regardless of the application they distribute the same amount of air. But a variable speed air compressor would allow users to adjust the flow of air relative to the application that they’re working with. This could result in a significant energy savings while also making compressors more efficient and productive. Today, a compressed air system can represent up to 10 percent of a facility’s total energy usage, which can represent a significant overhead cost. By moving toward a compressed air unit with variable speed control, the energy savings potential can be significant. This can ideally help a company improve its bottom line by reducing overhead.
Portability
Increased portability of air compressors is expected to continue well into the future, with Global Market Insights predicting that this segment will account for about 20 percent of the entire market by 2027. The concept of “power on the go” is crucial for location-based work, and advances in these types of portable compressors look to significantly advance the productivity and convenience of professionals who need to take compressed air systems with them from location to location based on their scope of work for a particular day and week.
Quieter Operation
One thing that’s synonymous with most air compressors today is their sound — and not in a good way. Air compressors are loud and they can represent a significant amount of noise pollution. In fact, the average noise level for air compressors today is 85 decibels, a noise level that typically requires hearing protection and operation within designated hearing protection zones. Studies show that prolonged exposure to noisy environments can have more dire health consequences than just hearing loss as well. In fact, exposure to noisy environments is also linked to stress, lack of sleep, productivity lapses and even cognitive issues. This is all to say that one of the big stressors for new air compressor technology is more silent operation. This is partially being helped by various government entities regulating the noise that is emitted from industrial air compressors. Manufacturers are working to stay compliant to these changing standards as well as permit work to be performed in a more favorable environment by reducing operating noise.
Oil-Less Systems Expected to Continue Surge
Oil-free systems are preferred by many due to being maintenance-friendly and requiring less of an operational investment compared to compressed air units that rely on this natural resource. This is especially becoming a more significant trend as oil prices continue to ebb and flow on a global scale. Oil-free air compressors have several notable advantages over their oil-using counterparts. For instance, they do not release contaminants into the environment, are generally less expensive and can represent a cost savings over time. They’re expected to continue to trend in environments where it’s difficult to acquire oil or in facilities that place a strong emphasis on environmental accountability.
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