The Indian residential diesel genset market will grow at a CAGR of 7.1% during 2020-2030, due to the increasing construction of residential units and the surging need for hybrid, inverter-based, and bi-fuel generators. In addition, the rising incidence of power cuts in the country will also attribute to the market growth in the coming years. According to P&S Intelligence, the industry was valued at $91.3 million in 2020, and it will generate $184.9 million revenue by 2030.

 

 

The increasing number of residential buildings, owing to the vast population and rapid urbanization, will drive the demand for residential diesel gensets in India. For instance, according to the 2022 World Population Review, the number of people in India will grow from 1.4 billion in 2020 to 1.6 billion by 2050. Further, as per the World Bank, the urban population of the country grew from 471,031,529 in 2019 to 481,980,332 in 2020. The population surge and rapid urbanization have encouraged government and industrialists to encourage housing units, which deploy such generator systems in abundance.

In recent years, the rising preference for high-power-rating gensets over low-power-rating gensets, owing to the surging electricity demand, has become a prominent trend in the Indian residential diesel genset market. Airports, real estate spaces, and data centers of the country are the prominent users of high-power-rating gensets. The increasing need for electricity can be attributed to the vast population of the country.

 

The stationary category, within the type segment, accounted for a larger share in the Indian residential diesel genset industry in 2020, and it is also expected to retain its dominance throughout this decade. The leading position of this category can be majorly owed to the continuous electricity supply offered by stationery diesel gensets. The deployment of these generator systems, therefore, ensures uninterrupted operations in residential settings. Owing to these advantages, the market in this category is also expected to display higher growth in the coming years.

 

Currently, the Indian residential diesel genset industry is fragmented, with the presence of a large number of players, such as Cooper Corporation Pvt. Ltd., Mahindra Powerol Ltd., Ashok Leyland Limited, Kirloskar Oil Engines Limited, Tractors and Farm Equipment Limited, Greaves Cotton Limited, Caterpillar Inc., FG Wilson, Kohler Power India Ltd., and Cummins India Ltd. Nowadays, market players are actively focusing on product launches and geographical expansions to gain a competitive edge.

 

Geographically, the Tamil Nadu residential diesel genset market is expected to register the fastest growth in the coming years in India. This can be primarily credited to the burgeoning demand for housing units in the state. The total population of Tamil Nadu will grow from 76,402,000 in 2021 to 77,546,000 by 2026 and 78,082,000 by 2031, as per the National Commission on Population Ministry of Health and Family Welfare. The number of men and women will surge from 38,165,000 in 2021 to 38,654,000 by 2026 and 38,237,000 in 2021 to 38,892,000 by 2026, respectively.

The Electric ATV and UTV market will reach USD 3,845.3 million by 2030, at a rate of 20.7% by the end of this decade.

 

The development is reinforced by the increasing acceptance of and recreational and adventurous sports and activities, low noise releases, and affordable possession and the increasing usage of these automobiles for military purposes.

For offering a zero-emission possibility, the powersports business, just as the automotive sector, requires to consider alternate propulsion strategies, as well as all-electric platforms.

 

Two-seater are the most prevalent kind of UTVs, holding around 50% share in the past; this will power with a rate of 20.5% till 2030.

 

Two seaters are typically bought for the reason that of their adaptability and an inordinate value. These vehicles offer solo or tandem riding possibilities and can be put to use for, transporting cargo, recreational riding, and towing and passengers.

UTVs had the larger revenue share in 2021, and it will grow at a rate of 22.4% in the years to come, majorly for the reason that UTVs are more powerful and rapider than ATVs.

As a result of their aptitude to carry payload and goods, along with navigating tough terrain, UTVs are becoming more and more prevalent amongst farmers, hunters, and ranchers. These automobiles are also common at universities, and colleges where they are employed for commutation, transporting athletes and sports, and other jobs.Outdoor recreational applications had approximately about 50% share, and it will grow at a rate of 20.1% in the future.

This can be credited to the increase in ATV riding actions as an outdoor recreation form, chiefly in advanced regions, Europe and North America. These are observing an increase in the income and living standard, together with being home to changing terrain, ranches, farms and unpaved roads.

North America Electric ATV and UTV market had the highest revenue, of about USD 457.9 million. This is chiefly credited to the acceptance of adventure sports and existence of top companies manufacturing and market quad bikes.

 

 

Furthermore, government bodies around the region have increased the investment for the construction of off-road trails, for encouraging outdoor tourism and increase the region's adventure sports offerings.

Europe followed North America, with regards to revenue, in 2021, and the UTV market will have a rate of 22.6% in the years to come. This sort of vehicle has an enormous potential in the European market because of the rough terrain and stony mountain ranges, for example the Alps.

 

The automotive busbar market is estimated to generate USD 41,266.0 thousand in 2023, which will touch USD 168,858.1 thousand, propelling at a 21.4% compound annual growth rate, by 2030.

 

The progression of this industry is primarily because of the mounting advancement as well as acceptance of EVs, coupled with the operational advantages and low cost of busbars over cables.

 

 

Moreover, with the electrification of vehicles, power & inverter modules have been experiencing advancements and modifications in terms of their manufacturing, design, and integration with additional systems.

The low category, on the basis of power rating, is leading the industry, with approximately 84% share, in 2023. This can be because low-power busbars are extensively being employed in electric vehicles' battery components and pack interconnectedness and in electric vehicle charging stations.

 

In addition, as the usage of these busbars to the aforementioned extents is more than DC/AC converters as well as powertrain inverters, where high-power busbars are usually utilized, thus, the category is leading.

 

The copper category, on the basis of conductor, is leading the automotive busbar market, with an 84% share, in 2023. This will be because copper busbars have lower voltage drop, electrical resistance, and energy loss, as well as a greater ampacity than their aluminum counterpart.

Likewise, copper is utilized more generally for electronic cables, building wires, and various other products that need high conductivity.

 

The aluminum category, on the basis of conductor, will progress at a higher rate, of approximately 24%, in the years to come. This is because aluminum is more inexpensive and lighter as compared to copper, and it provides less electric conductivity than copper.

 

Moreover, as electric vehicle makers are trying to reduce the prices of vehicles without harming their quality, aluminum busbars are replacing the copper alternatives increasingly.

 

North America is likely to propel at a significant rate in the years to come. This is primarily because of the government's initiatives to reduce carbon emissions as well as the increase in the acceptance of EVs in this region.

 

It is because of the mounting development as well as acceptance of EVs, the automotive busbar industry will continue to grow in the years to come.

 

The bio-based polyurethane market will touch a value of USD 63.3 million by 2030, at a compound annual growth rate of 6.9% in the years to come. The growth of the industry is because of the numerous uses of this polymer, like in footwear, packaging, biomedical and transportation industry.

 

Bio-based polyurethane coatings are widely replacing petrochemical coatings as they do not pose much damage to the environment and are affordable, easily accessible and recyclable.

The largest share, more than 50%, was held by the flexible foam category, and rigid foam and coatings, adhesives, & sealants followed it.

 

Flexible foam made with bio-based polyurethane is strong, light and comfortable. The material is put to use for cushioning for a large number of consumer and commercial products, for example automotive interiors, carpet underlay, packaging, furniture, seating, mattresses, and specialty items. The acceptance of this material is because of its ability to be highly firm or soft and viscoelastic.

 

The packaging category will grow significantly at a rate of about 9%. Snack food bags, shopping bags, and printed films use one-component polyurethane adhesives largely.

Moreover, a custom-made two-component polyurethane adhesive is used to apply polyvinyl chloride to aluminum sheets for medical uses. Furthermore, hot-melt polyurethane is extremely appropriate for wrapping applications because of its low viscosity and low temperature.

 

Green buildings are getting popular as they are environment-friendly and help save on the costs of operations. Numerous government agencies have recognized and incentivized green buildings, such as the World Green Building Council, Ministry of Skill Development & Entrepreneurship, SIDBI and the GSA in the U.S.; in addition to municipal bodies and state governments across nations.

The bio-based polyurethane market will touch a value of USD 63.3 million by 2030, at a compound annual growth rate of 6.9% in the years to come. The growth of the industry is because of the numerous uses of this polymer, like in footwear, packaging, biomedical and transportation industry.

 

Bio-based polyurethane coatings are widely replacing petrochemical coatings as they do not pose much damage to the environment and are affordable, easily accessible and recyclable.

 

The largest share, more than 50%, was held by the flexible foam category, and rigid foam and coatings, adhesives, & sealants followed it.

Flexible foam made with bio-based polyurethane is strong, light and comfortable. The material is put to use for cushioning for a large number of consumer and commercial products, for example automotive interiors, carpet underlay, packaging, furniture, seating, mattresses, and specialty items. The acceptance of this material is because of its ability to be highly firm or soft and viscoelastic.

 

The packaging category will grow significantly at a rate of about 9%. Snack food bags, shopping bags, and printed films use one-component polyurethane adhesives largely.
Moreover, a custom-made two-component polyurethane adhesive is used to apply polyvinyl chloride to aluminum sheets for medical uses. Furthermore, hot-melt polyurethane is extremely appropriate for wrapping applications because of its low viscosity and low temperature.

 

Green buildings are getting popular as they are environment-friendly and help save on the costs of operations. Numerous government agencies have recognized and incentivized green buildings, such as the World Green Building Council, Ministry of Skill Development & Entrepreneurship, SIDBI and the GSA in the U.S.; in addition to municipal bodies and state governments across nations.

The ammonium sulfate industry has captured $2,775.7 million revenue, and it is projected to generate $4,847.9 million revenue in 2030, advancing at a rate of 6.4% in the coming years. The industry is transforming and constantly evolving, with surging enterprises operating in a global ecosystem to propel the industry intensity.

 

Technological advancement in the end-use sectors such as the geographical expansion of companies, process innovations, and rising manufacturing capabilities to offer larger industry space, are projected to proliferate the industry in near future.

 

The growing reliance of the global farming community on numerous agricultural inputs, including pesticides and fertilizers has resulted in the growing usage of nitrogenous fertilizers.

Almost, nothing can replace ammonium sulfate in agricultural fertilizer applications in the industry. That is why, the rising application has been limited to specific crops such as maize, soybean, and therefore it is least likely to find a substitute.

 

Furthermore, the bargaining power of suppliers is moderate in the industry which results in the forward integration of operations of most feedstock suppliers, such as ammonia, and sulfuric acid suppliers, with their strong presence in the agriculture sector.

 

The low-cost availability of raw materials such as ammonia and sulfuric acid across major agrarian countries such as MEA, APAC, and LATAM offers advantages to ammonium sulfate producers. Due to the high potential in these regions, corporations are massively investing in enhancing the production and manufacturing capacities through separate companies or partnerships, to remain competitive in the industry.

 

The solid category holds the largest industry share, of over 85% share. It is due to their potential to enhance the sulfur deficit and soil nutrient content. Solid ammonium sulfate crystals are worldwide used as fertilizers in alkaline soils. It enhances crop quality and yield.

 

Moreover, the ammonium salt is economic compared to its substitutes, such as ammonium chloride and ammonium nitrate. The wide availability of ammonium sulfate in liquid form makes it highly accessible as a pale yellowish substance. It is stable, non-hazardous, and non-toxic material. The rising consumption of ammonium sulfate in water treatment operations is expected to fuel industry growth, as it is a widely accepted chlorination material.

Coding and marking systems are extensively utilized in the manufacturing sector. They have already been utilized particularly in the healthcare, chemical, and food & beverages sectors, for many years, however, many people are aware of industrial coding and marking systems. This blog will enhance your understanding of coding and marking systems.

 

Coding and marking is the printing of information, for instance, batch number, batch code, QR code, manufacturing date, MRP, expiry date, or more, on product packaging in the production procedure. Printing such details on any product manufactured across different sectors is also a regulation made by the government.

 

Various types of coding and marking systems are utilized across industries, some of the technologies are:

 

Continuous Inkjet

Continuous inkjet is the most used type of coding and marking system across the globe, it is a cost-effective and versatile solution of coding appropriate for almost every sector. It offers benefits such as the capability to print characters on almost any material and high-speed printing.

 

Furthermore, the utilization of the continuous inkjet enables systems to function for long duration, with lesser need of servicing, as a result making a cost-effective operation.

 

Thermal Transfer Overprinting

Thermal transfer overprinting utilizes heat to send ink onto packaging and products from a ribbon. It is an ideal selection for applications that need long-lasting codes, for instance, product tracking or identification; and durability.

 

Thermal Inkjet

Thermal inkjet offers benefits such as zero maintenance, breakdown-free, and reliability. It is a high-resolution printer suitable for the pharmaceutical sector and an excellent selection for shipper carton coding.

 

Laser

Laser printer utilize high-powered lasers to print symbols or codes onto components or products. It is primarily utilized for applications of high-precision, for instance, circuit boards or other electronic component marking.

 

Importance of Coding and Marking Systems in the Food & Beverage Industry

Manufacturers of food & beverage need to print visible and clear information on their products to meet FDA labeling rules, for precise traceability, and consumer knowledge. Therefore, the food & beverage sector needs to utilize coding and marking systems that can function under large production volumes, high-speed lines, and print the best quality of data such as barcodes, dates, or others onto the packaging.

 

Moreover, strict regulations of governments all over the world concerning the traceability and safety of shipments have made manufacturers to accurately show the nutritional facts, manufacturing date, manufacturer's details, and ingredient list on the secondary or primary packaging of food & beverage products.

 

Furthermore, supportive monitoring guidelines to avoid the entry of fake or counterfeit products across the globe, as well as advancements in technologies, are likely to boost the need for coding and marking systems all over the world.

The EV battery swapping for the two- and three-wheeler market is experiencing growth, according to P&S Intelligence.

 

The rising demand for two-wheelers in business-to-business services like hailing, scooter sharing, and last-mile transport armed with thriving electric three-wheeler (rickshaw sales) for passenger and load carrying has offered prospects for battery-swapping places to arise.

 

Asia-Pacific is a center for electric three-wheelers and two-wheelers, which are utilized mainly for passenger transportation, particularly for last-mile transport. However, the deficiency of satisfactory charging amenities is a key issue for most electric three-wheeler and two-wheeler possessors.

 

Additionally, the mainstream drivers of such vehicles charge the vehicles two times a day, mainly because a single charge is not enough to run them for the whole day. Charging such vehicles in the hours of daylight, for two to three hours during top work hours, outcomes in a loss of revenue.

 

 

In recent years, the subscription model category had the larger share in the EV battery swapping for the two- and three-wheeler market, based on service type. This can be credited to its advantages provided over the pay-per-use model, including, reduced price per swapping, battery rental, and affordability, due to which clientele have usually favored the subscription model.

 

 

Furthermore, the battery in a two- or three-wheeler costs 30-40% of its entire price. The subscription model provides the suppleness to buy the vehicle without the battery, therefore supporting reducing the price of electric vehicles.

 

The EV battery swapping for the two- and three-wheeler industry is projected to experience faster development in the Li-ion bifurcation, based on battery type, as Li-ion is being measured as the technology of the future.

 

 

Li-ion-battery-based two-wheelers accounted for 65% of entire EV sales in APAC, 92% of the total sales in North America, and 97% of the overall sales in Europe in recent years.

Additionally, in the coming few years, nearly all the two-wheelers sold throughout the world will be Li-ion-battery-based. The government aid for Li-ion-battery-based low-speed EVs in key markets, like India and China, is also projected to aid the development of this bifurcation in the near future.

 

 

Internationally, APAC, dominated by China, is the leading region in EV battery swapping for the two- and three-wheeler industry. India and China are the two largest industries for electric two and three-wheelers in the globe. The successful acceptance of the battery-swapping idea in Taiwan has given a lift to the industry in the region. Moreover, the high populace density in key metropolises, armed with the massive two-wheeler user base, is promoting the industry in the region.

Emergencies are not marked in anybody's calendar. They are not announced on social media or news. No one can predict when there will be trouble, so you can only prepare yourself.
Prevention is better than cure. It is an old saying, but it's repeated for generations.

Though there are devices for predicting some disasters such as an earthquake, thunderstorm, volcanic eruption, etc., other catastrophes are just impossible to foresee. That is the reason preventive measures, such as emergency lights, are used for helping to decrease the influence and hopefully avert casualties.

 

 

Emergency lights are lighting devices that turn on when there is no primary power. They can be installed on emergency exits. After the power is back, they will go back in recharge mode.
Emergency lights are mandatory in schools, offices, hospitals, retail shops, malls, restaurants, and cinemas.

Are Emergency Lights, Need of the Hour
Emergency lights give brightness when there is no power. Is there really a requirement of an emergency light for you? For helping you with the answer to this question, here are some reasons making emergency lights necessary.

 

Helps in Reducing Panic
Emergency lights can decrease the panic that individuals feel in a blackout. Since its system is wired for switching on when a power outage happens or in response to an alarm, it is a certainty that that there will be panic as people go toward the exits.

 

Emergency lighting can help the people maintain their calmness, and level-headed as they steer their way through marked exits as opposed to stressed in the dark and worrying to find an escape route.

 

Aids in a Timely Evacuation
During an emergency, particularly when there is fire, time is vital and not to be wasted. If people find it difficulties to the exit points, it will take longer to abandon the building, bringing about more casualties.

 

However, with emergency lights, evacuation can be done much faster and lives can be saved. These are important for large premises where exits might be down a staircase. It can provide proper lighting that can power people out of the building.

 

Come in Handy for Rescue Personnel

In case of an emergency, there is often a situation of chaos. If people are going out while rescue professionals are coming in, emergency lights can come in handy for navigation. Emergency rescue people require emergency lights so they can rescue people stuck in the building. It is not that hard to imagine that how difficult it will be if the rescue personnel are not able to see the site of the disaster properly.

 

 Browse detailed report on Emergency Lighting Market Size, and Regional Outlook

The global polyisobutylene market size stood at USD 1,995.3 million in 2022, and it will grow at a CAGR of 5.1% during 2022-2030, to reach USD 2,980.6 million by 2030.

In the manufacturing sector, polyisobutylene is widely used in the production of tires, internal tubes, and rubber components. The need for PIB rises as the auto sector develops, driving the market ahead.

 

In lubricants and fuel additives, PIB is used as a viscosity modifier and dispersant. The need for PIB in this market is fuelled by the developing automotive and manufacturing industries, as well as the rising demand for highly efficient lubricants and fuel-efficient additives.

Polyisobutylene is a desirable material in numerous adhesives and sealants due to its superior binding characteristics and chemical stability. The expanding demand for PIB-based adhesives and sealants is influenced by the expanding construction and packaging sectors.

 

Drug methods for administration like transdermal patches and sticky gels use polyisobutylene, particularly in the pharmaceutical industry. Due to its lubricating and thickening characteristics, it is also used in cosmetics, lotions, and creams for personal care.

 

Due to their capacity to improve lubricant performance and satisfy regulatory criteria, lubricant additives dominate the industry. They increase lubricants' overall performance, allowing them to survive harsh circumstances and offer the best lubrication and protection. Also, via promoting cleaning the engines, lowering emissions, and improving engine performance, lubricant additives help with adhering to industrial and environmental laws.

 

In order to fulfil the growing demands of manufacturing machines and automobile engines, lubricant additives are now absolutely necessary due to the expanding industrialization and machinery utilization across numerous industries.

 

Modern additives with enhanced functionality have been introduced as a result of ongoing research and development activities in lubricant additive technology. To fulfill the changing requirements of contemporary machinery and lubrication systems, additives including friction modifiers, anti-wear agents, and antioxidants are continuously developing.

 

APAC is the fastest-growing polyisobutylene market. Approximately 70% of the APAC market's revenues came from China in 2022, and throughout the forecast period, its revenue contribution is anticipated to expand at a strong CAGR of around 6%.

 

This is so that the government's plans for infrastructure development can help the building, automotive, and cosmetics industries as well as economic growth. However, these are not long-term predictions, and moderate industrial growth is expected to continue, which will impact the nation's use of polyisobutylene in the ensuing years.