Diesel Gensets are a type of engine generator that is used to generate electricity. They are engine-driven machines that run on diesel fuel, but some models are also able to run on natural gas or other liquid fuels. They are especially useful when you need to generate power quickly in a disaster.
Demand for diesel gensets in India is expected to grow at a fast pace. The country’s rapid urbanisation and investments in infrastructure are driving demand for these products. Furthermore, increased connectivity in remote areas is expected to boost demand. In addition, the construction of data centers in India is expected to fuel growth.
In addition to the increasing production activities, rising energy expenditures and weather-related disasters will also boost the demand for diesel gensets in the near future. According to the U.S. Energy Information Administration, total national energy consumption is estimated to reach 93 quadrillion Btu by 2020.
The global diesel genset market is characterized by the presence of several key players. These companies are focused on continuous technical advancements to cater to the operational constraints of end-users. Some of these players include Cummins Inc., Caterpillar, Denyo Co. Ltd., and Southwest Products. Other players in the value chain include Mitsubishi Heavy Industries and Rolls Royce plc.
In the United States, there are several key players in the market. In addition to Caterpillar, other major players in the diesel genset market include Doosan Enerbility Co. Ltd., Wacker Neuson Group, AB Volvo, Generac Holdings Inc., Kubota Corporation, Kohler Co., and Cummins Inc. These players offer a wide variety of gensets for various applications.
The global diesel gensets market is segmented by types, applications, and regions. The report analyzes the market in detail and highlights key industry trends and opportunities. It also includes detailed market data and company profiles. It offers market estimates for 2016-2026 and discusses product innovations. It also provides detailed regional market data.
This report examines the market for diesel gensets, providing an in-depth analysis of key technology challenges. Among them are exhaust after treatment technologies, engine control systems, battery integration, and power management. In addition, the report covers different operational modes of diesel gensets and discusses their pros and cons. Furthermore, the report profiles leading global genset suppliers and manufacturers.
Noise absorption technology
Diesel generators are used by many construction workers due to their ability to provide cheap and convenient electrical power. Not only do they power the equipment needed in modern construction, they also assist in safety and security. Over the years, there have been many developments in this technology, including quieter engines and sound-attenuating housings.
The sound that is emitted by a genset is generated in three main areas: the motor, exhaust, and radiator. These components need large volumes of air to operate, which can result in a high noise level. The design of noise-absorbing enclosures must account for these factors. They should also feature plenty of airflow holes and adequate ventilation.
Demand for diesel gensets is increasing in India, particularly in Gujarat, as the construction industry is booming. Moreover, the demand is boosted by booming petrochemical and oil industries, which require reliable standby and emergency power. The Indian market for diesel gensets is segmented into four major segments, depending on their kVA ratings. Low-rated gensets account for the largest share of the market and are used in industries such as telecom and agriculture. In addition, these units are used as main sources of power in non-grid areas.
The market for silent gensets is expected to grow at a CAGR of more than 5 percent over the next six years. The growth in the sector will be driven by rising investments and consumer awareness about environmental sustainability. In addition, the growth of data centers and other infrastructure will support the industry’s growth.
Energy efficiency is an important consideration for any generator, especially diesel generators. The combustion process of diesel fuel produces carbon dioxide, nitrogen oxide, and particulate matter, which are harmful to the environment. Moreover, excessive use of diesel generators results in an increased demand for diesel, which is a nonrenewable fossil fuel. As a result, fuel efficiency is even more important.
In addition to their own benefits, diesel generators can also be used to supply secondary power to the utility grid. They can be used in times when the grid is unreliable, or to supplement the supply during periods of peak demand. In the UK, for example, the national grid has a program called STOR, which makes use of diesel generators to support the grid in times of peak load.