A.T.E. Solar Thermal Technology: Advanced Energy Efficiency

Industries are the major consumers of conventional power. Earlier, the majority of the industries all over the world were dependent on non-renewable fossil fuels to generate power; however, with increasing awareness, industries are increasingly shifting towards cleaner and more energy efficient power sources.

Companies like A.T.E. Enterprises Private Limited offer advanced solar thermal technology in an effort to help reduce dependency on conventional fuel and industrial pollution. The company has a strong passion for developing energy efficient industrial solutions. The Solar Thermal Concentrator by A.T.E. is one of the most popular non-conventional and energy efficient sources of industrial power. This system works to effectively provide heat for various industrial and commercial applications as well.

The A.T.E. solar thermal concentrator is an excellent source of alternate power for the industry as it combines the advantages of renewable solar energy and energy efficiency. This, in turn, helps to save significantly on power bills and make the overall industrial performance more energy efficient and profitable.

Concentrated Solar Thermal System from A.T.E. Enterprises Private Limited

The innovative concentrated solar thermal system from A.T.E. is based on an advanced energy efficient technology. The system is designed to follow the movements of the sun throughout the day. This allows the reflector to reflect the maximum amount of solar energy on to the ‘receiver’ unit.

This highly advanced solar thermal system consists of a large paraboloid concentrator component which effectively helps to focus the solar energy on to the receiver unit. The receiver unit is filled with water. The heat generated by the focused solar energy on the receiver unit heats the water stored within it. The steam generated by heating the water is then used for various industrial applications. This helps to reduce the dependency on conventional carbon-intensive energy sources in a significant way and paves the path towards green and eco-friendly industrial performance.

The design of the concentrated solar thermal system provides a focal length of 4 m which effectively heats up the receiver unit, which is 0.35 m overall. The complete solar thermal technology system weighs around 1800 kg and can be efficiently installed in a 25 sq m area outdoors. This system is designed to work efficiently in temperatures ranging between 50 and 180 degree Celsius.
 

This advanced and innovative solar thermal system from A.T.E. efficiently helps to save greatly on carbon-intensive fuels and directly reflects as saving on the bottom line.

A.T.E. Solar Thermal Systems: Innovative and Efficient Energy Saving Industrial Solutions

India is rapidly growing to become an industrial superpower. Owing to the large variety of easily available natural resources, the country is an ideal ground for starting any type of industrial set-up.

The recent increase in FDI, as well as the various other increment schemes offered by the government for establishing industries in the country, has helped it attain the role of one of the leading industrial nations, not only in Asia but worldwide. On the one hand, the industries are growing at a remarkable rate; there is also an increasing concern for the effects of extensive industrial growth on the environment, on the other.

Need for alternate energy sources

Various Indian industries have integrated better, more energy efficient machinery and other equipment into use. The government has also made the industrial environmental regulations stricter to effectively reduce the carbon footprint.

Leading companies from India, mainly A.T.E. Enterprises Private Limited, which has been providing world-class technology to the Indian industries for more than 75 years now, have been providing ultra-modern and highly efficient industrial energy conserving technologies.

Concentrated Solar Thermal System:

 

Fully-automated moving-focus Paraboloid Concentrator Technology

The extremely efficient Solar Thermal Concentrator Technology from A.T.E. is the most reliable alternative industrial energy solution. This is an advanced solar energy collecting system which has an automatic focusing technology that enables the system's concentrator equipment to track the movement of the sun accurately.

The significantly large concentrator allows the device to absorb the maximum amount of solar energy which is then effectively concentrated onto the receiver unit. This unit is filled with water. When the concentrated solar energy falls on the receiver, it starts to heat the water stored within, turning it into steam.

This generated steam can then be used for a large variety of industrial applications. This device provides an alternative source of energy to be used in industries for various processes. This alternate energy is generated from an almost unlimited source, and is very clean in terms of after-effects from the dispersion.

The highly advanced and effective solar thermal technology used by this system reduces the carbon footprint and the effects that conventional energy sources have on the surrounding environment. Such energy efficient technologies are the need of the hour for the sustainable and continuous growth of industries in India.

The Use of Concentrated Solar Thermal System

The world is evolving, and so are the sources of energy. Solar energy has always been one of the most efficient and traditional sources for obtaining energy. Although several sources of energy have evolved, with the use of water, hydrogen and nuclear power; the Sun remains as the ultimate source of energy.

With this simple fact in our mind, we have developed the most efficient system to obtain solar energy. The concentrated solar thermal system works on the principle of energy efficiency with solar energy –thus, aiding the largest savings in carbon-intensive fuels, and directly influencing the bottom-line

The solar thermal concentrator has been crafted such that it automatically captures the sun’s rays by following its motion in the sky. The sunlight is then reflected back and gets concentrated into a “receiver.” The receiver, mounted at the focal point of the concentrator, has a water-filled medium which helps in generating steam.

The steam is converted into mechanical energy in a turbine, which produces electricity.The electricity produced is then used for numerous applications ranging from commercial to household usage, from laundry usage to pasteurisation, sterilisation, and extraction to cooking. This ultimately helps in reducing the usage of carbon-intensive fuels.

The solar thermal technology is quite reliable as it has receiver absorptivity of 95 percent and a long-life structure of more than two decades. It is easy to handle and does not require any technical knowledge to be operated. The manufacturers have ensured that necessary safety measures be taken, and the system comes with in-built safety features.

The mirrors on the concentrator are of supreme quality and have a reflectivity of around 90 percent. The concentrator has been built in a way that the mirrors are able to capture and follow the Sun’s rays, most of the time. Another fascinating feature of this system is its maximum wind speed under tracking which was recorded to be around 10 metre per second. Moreover, the rate of steam generated is 100 kilograms per day.

The concentrated solar thermal system can generate 24000-30000 kg steam annually and has thermal power rated to be about 13.75 kW. It is manufactured by a qualified and experienced team of technical personnel who have worked hard to establish a robust set of the solar thermal system. To ensure the best results, advanced features are incorporated in the system with perfect precision. The maintenance cost is low, and is the system can be customised for the application.

Automated And Energy Saving Concepts Leading to Development of Solar Thermal Systems

With the growing emphasis on infinite energy sources, the dependencies on concepts like solar thermal systems have undoubtedly increased significantly in modern times. Modern day solar thermal systems can ensure greater efficiency, as these are focused on improving production flexibility. Especially, attentionison offering greater savings in operating as compared to using fossil fuels.

Concentrated solar thermal systems:

With the intention of improving the solar thermal systems’ standards, more emphasis is on blending automated technologies with such devices. In fact, modern systems are able to follow the Sun’s movement in a day. These automated solar thermal systems are based on a concept that lets the sun rays get reflected and accumulated over a focal point, through which water is passed, thus generating steam.

Through the process, these devices generate steam. Steam generated through this process is used for various processes. Thus, the ultimate aim of minimizing the fuel dependency can be achieved as no fossil fuels are used during this process.

The best part about these automated systems is ease of use. One doesn’t necessarily need special skills to operate such devices. Using the most of the renewable energy, it is already cost-effective. At the same time, considering the ROI and payback time, the original cost of these devices is also fairly nominal.

One doesn’t need to be worried about the safety aspects. Such automated solar thermal technology can guarantee you about ultimate safety with integrated safety systems. The maintenance cost is considerably low. In fact, going with a renowned manufacturer, one can enjoy considerable warranty.

Air-to-air heat exchangers:

Apart from automated systems, the demands of heat exchangers are also at the peak nowadays. Greater focus is being put to fine-tune such exchangers as these hold the ability to minimize energy expenditure to a great extent.

Air-to-air heat exchangers are such devices; they are able to use the exhaust heat have been absolutely useful in cost reduction. In addition, the maintenance costs of these devices are also incredibly low. The construction is simple; The exchanging units are made up of several equivalently distanced slim plates, but with greater area, which results in better heat exchange with nominal pressure drop. Warm exhaust air is channeled to comparatively lower temperature inlets, reducing the need to pre-heat air to these inlets, thus resulting in energy savings.